Home

FX1000 Communication Interface (/C2, /C3, /C7) User`s Manual

1. Connecting to the PC Make the connection via a hub For a one to one connection with a PC make the connection as shown in the figure below Multiple FXs can be connected to a single PC in a similar manner Ethernet cable IM 04L21B01 17EN 1 11 uondo 19 20ej198 U JoUI9YIQ 94 Huish p 1 3 Connecting the FX Setting the IP Address Host Information and DNS Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt IP address Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt Host settings Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt DNS settings IP address setting Host information setting Basic Setting Mode Cink Basic Setting Mode IP address Host settings DHEP Hot Host name Domain name Fixed IP address recorder com IP address 186 B 23 T5 Subnet mask 255 255 255 A Default gateway 186 B 23 1 Input DNS setting Basic Setting Mode Server search order Primary Secondary A B A Domain suffix search order Primary bri recarder com Secondary bec recorder com Input Set the IP address to a fixed IP address or obtain it aut
2. YM pl p2 lt terminator gt pl Registration number 1 to 16 p2 Command usage OFF Query upi Example Register no command in command registration number 1 YM1 OFF IM 04L21B01 17EN When you are reading communication input data from another device Syntax Query Example YM pl p2 p3 p4 p5 p6 p7 lt terminator gt p1 Registration number 1 to 16 p2 Command type R M p3 First channel number communication input data number p4 Last channel number communication input data number p5 Address of the slave device 1 to 247 p6 First register number 30001 to 39999 40001 to 49999 300001 to 365535 400001 to 465535 p7 Type of data assigned to the registers INT16 UINT16 INT32_B INT32_L UINT32_B UINT32_L FLOAT_B FLOAT _L YM pl Register the following command in command register number 2 read the 32 bit signed integer data that is assigned to registers 30003 upper 16 bits and 30004 lower 16 bits in the slave device assigned to address 5 into channels C02 to C05 of the FX YM2 R M C02 C05 5 30003 INT32 B When you are writing data from a measurement channel to another device Syntax Query Example YM pl p2 p3 p4 p5 p6 p7 lt terminator gt p1 Registration number 1 to 16 p2 Command type W p3 First channel number measurement channel number p4 Last channel number measurement channel number p5 Address of the slave device 1 to 247 p6 First register number 40001 to 49999
3. User s Manual FX VOW FX1000 Communication Interface C2 C3 C7 vigilantplant YOKOGAWA IM 04L21B01 17EN Yokogawa Electric Corporation 2nd Edition Notes Trademarks Revision History 2nd Edition September 2012 YK Thank you for purchasing the FX1000 hereafter referred to as FX This User s Manual contains information about the Ethernet serial interface communication functions To ensure correct use please read this manual thoroughly before operation The contents of this manual are subject to change without prior notice as a result of continuing improvements to the instrument s performance and functions Every effort has been made in the preparation of this manual to ensure the accuracy of its contents However should you have any questions or find any errors please contact your nearest YOKOGAWA dealer Copying or reproducing all or any part of the contents of this manual without YOKOGAWA s permission is strictly prohibited The TCP IP software of this product and the document concerning the TCP IP software have been developed created by YOKOGAWA based on the BSD Networking Software Release 1 that has been licensed from the Regents of the University of California vigilantplant is a registered trademark of Yokogawa Electric Corporation Microsoft and Windows are registered trademarks or trademarks of Microsoft Corporation in the United States and or other countries Adobe an
4. 3 50 IM 04L21B01 17EN MO Manages and outputs the data that has been written to internal memory Syntax MO pl p2 p3 lt terminator gt p1 Type of operation DIR Data list output GET Data output SIZE Data size output p2 Output data type MANUAL Manual sampled data REPORT Report p3 File name Example Output report data file 000142 080102 004127H_ DAR from the FX MOGET REPORT 000142 080102 004127H DAR Description Parameter p3 is valid when p1 is set to GET or SIZE IM 04L21B01 17EN 3 8 Output Commands 3 9 Output Commands 3 9 Output Commands RS 422A 485 commands ESC O Opens an instrument ESC is 1BH in ASCII code For details see appendix 3 Syntax ESC O pl lt terminator gt p1 Instrument address 01 to 99 Example Open the instrument at address 99 and ena all commands ESC 099 ble Description e Specify the address of the instrument that you want to communicate with e You can only open one instrument at any given time e If you execute ESC O any instrument tha already open is automatically closed e When the FX receives this command tis successfully it returns ESC O instrument address e Normally you can use CR LF or LF as th terminator for communication commands However you must terminate this comma with CR LF ESC C Closes an instrument ESC is 1BH in ASCII code For details see appendix 3 Syntax ESC C pl lt terminator gt p1 Instrument address 01 to 99
5. e Decimal position and unit are not included Specify them on the client device Details Input Register Data Data Type 300001 Measured data of measurement channel 001 16 bit signed integer 300012 Measured data of measurement channel 012 e There is no decimal position information 301001 Alarm status of measurement channel 001 Bit string 301012 Alarm status of measurement channel 012 e Register structure and alarm status values 2 1 4 3 lt Alarm level 4bits 4bits 4bits 4bits lt Alarm status 4 bitsvalue Meaning o Noaam 6 Low limit on rate of change alarm 8 Delay low limitalarm _ _ 302001 Lower bytes of the computed data of computation channel 101 32 bit signed integer 302002 Higher bytes of the computed data of computation channel 101 302047 Lower bytes of the computed data of computation channel 124 302048 Higher bytes of the computed data of computation channel 124 e Register structure Example Channel 101 PEE Register 302001 fT LET Register 3020 Tt T Higher bytes Lower bytes i tt tt tr f 1 1 1 Computed data i f tii fins e There is no decimal position information 303001 Alarm status of computation channel 101 Bit string 303024 Alarm status of computation channel 124 e The register structure and alarm status values are the same as the alarm status of measurement channels 6 7 suoljeoyioads 2 6 3 Modbus Protocol Specifications 6 8 Inpu
6. 2 Press the View soft key The selected item displays in white GROUP 1 lt mal 06 16 10 35 17 Seo MEETS iy HODBUS CLIENT ais nn il View Hide soft key ae Toggles View and Hide each F time you press the soft key ia INFOR y SZL 3 Press ESC to return to the operation screen Displaying the Modbus Client Screen Press DISP ENTER and select INFORMATION gt MODBUS CLIENT Select INFORMATION gt MODBUS MASTER when you use the Modbus master via the serial communication OOBUS CLIENT lt gt OR PAAE A913 89 07 17 Aa IF X Read cucle Conect retra Comm Data Ho Status First Last Server name Fesisters mb i F Good Cel Cel 192 166 1 161 36881 2 3 4 5 6 T a 3 5 1 2 3 4 5 6 e pk p p jl j j IM 04L21B01 17EN 1 53 uondo 293 20ej198 U 73U19473 94 Huish pa 1 12 Using the Setting Measurement Server This section explains how to use the setting measurement server You can use this function to send commands to retrieve data from the FX and to control it For information about the maximum number of simultaneous connections see section 6 1 When Not Using the Login Function Access the server using the user name admin or user Of the commands in chapter 3 you can use either the administrator admin or user commands depending on which name you used to log in When Using the Login Function Log in as a administrator or user who has been registered on the FX Of the com
7. Configured channel information block 1 Configured channel information block n Format Details Item Description Output Value Version Format version 1 Number of blocks Number of configured channel information blocks Up to 36 Block size Configured channel information block size 72 fixed Block 1 ton Configured channel information blocks Up to 2595 bytes See Block Details 1 Output in the byte order specified by the BO command Block Details Each value is the corresponding setting on the FX but with the decimal point removed For example 120 corresponds to a setting of 1 20 on the FX Item Channel number Decimal place Reserved Channel type Unit information Tag information Minimum input value Maximum input value Span lower limit Span upper limit Scale lower limit Scale upper limit FIFO type Area in the FIFO Scale lower limit s mantissa Scale upper limit s mantissa 2 Number of Bytes 2 2 2 Description 1 to 124 0 to 4 When you are using the Log scale the decimal place of the FX digital display s mantissa is displayed 0 2H for measurement channels 4H for computation channels Logical OR is performed on this value and 800H for channels on which the range mode is DI 2400H on channels that are set to Log scale and 8000H for channels on which the range mode is skip The terminator is 0 You can enter up t
8. EACRLF S cccuuuuuu ppCRLF ENCRLF S Data status N D or S N Normal D Differential input S Skip When the measurement range is set to SKIP for a measurement channel or when the channel is turned OFF for a computation channel EE Channel number 3 digits QOL to Ulz Measurement channel 101 to 124 Computation channel uuuuuu Unit information 6 characters left justified mV mV V V a 6 C XXXXXX User defined character string pp Decimal place 00 to 04 No decimal 00000 for 00 One digit to the right of the decimal 0000 0 for 01 Two digits to the right of the decimal 000 00 for 02 Three digits to the right of the decimal 00 000 for 03 Four digits to the right of the decimal 0 0000 for 04 When you are using a channel that is set to Log scale LG1 option the decimal place of the FX digital display s mantissa is displayed B Space e Example EA N OO1lmvV 0l N 002mV 0L EN sasuodsay Ea 4 2 Output Format of Text Data Measured and Computed Data e The FD command is used to output the data e You can use the CB command to specify whether to output the data of measurement channels set to skip and computation channels set to OFF e Syntax The measured computed data is output in the following syntax along with the date and time information for each channel EACRLE DATE yy mo ddCRLF TIME bhimmsss mmmtCrLr e CCCalazaszasuuuuuurddddadk ppCrLr ENCRLE yy mo dd hh mm ss
9. Example Description PS Syntax Example Description AK Syntax Example UD pl p2 p3 p4 p5 p6 p7 lt terminator gt p1 Screen type 4 p2 Automatic display switching ON OFF p3 Switches between all channel display and group display ALL GROUP p4 Scale display ON OFF p5 Digital display ON OFF p6 Message display options 1 Normal display 2 List display p7 Trend space ON OFF Turn on automatic display switching switch to the group display turn on the scale display and turn off the digital display UD4 ON GROUP ON OFF e Parameter p2 is valid for the trend digital and bar graph displays Use the SE command to set the switching interval e Parameters p3 to p7 are valid for the trend display Starts or stops recording PS pl lt terminator gt p1 Starts or stops recording 0 Start 1 Stop Start recording PSO When you start recording the FX records display event and report data to the internal memory Clears alarm output acknowledges alarms AK pl lt terminator gt p1 Executes alarm acknowledgement 0 Alarm acknowledge Clear the alarm output acknowledge alarms AKO IM 04L21B01 17EN EV Syntax Example Description CL Syntax Example CV Syntax Example MS Syntax Example Description Executes manual sample generates a manual trigger takes a snapshot or causes a timeout EV pl lt terminator gt p1 Action type 0 Executes manual sampling
10. For the operating procedure of the log screen and the details on the displayed contents see the FX1000 User s Manual IM 04L21B01 01EN For details on the Modbus status log see section 1 10 For details on the log output using communication commands see section 4 2 For a description of the log display on the Web screen see section 1 5 uondo 19 29ej198 U JoUI9YIQ 84 Huish pa 1 2 Flow of Operation When Using the Ethernet Interface Follow the flowchart below to set the Ethernet communications Start of setting Connect the connector IP address assignment method Fixed IP address Set the IP address Set the subnet mask Set the default gateway Set the host name optional Automatic retrieval of the IP address DHCP Set the auto retrieval of the DNS Automatically register the host name Set the host name Not specified when the DNS Set the domain name auto setting is enabled Set the DNS server Not specified when the DNS search order auto setting is enabled Set the domain name optional Set the DNS server search order Set the domain suffix search order End of setting 1 10 IM 04L21B01 17EN 1 3 Connecting the FX Connecting to the Port Connector Connect an Ethernet cable to the Ethernet port on the FX rear panel Ethernet cable CAUTION Do not connect an Ethernet cable whose plug does not comply with FCC specifications If you do the FX may malfunction
11. Maximum number of connections 2 Supported functions The functions that the FX supports are listed below Function Function Operation Code 3 Read the hold register 4XXXXX The client device reads the FX s communication input ee 4 Read the input register The client device reads the computed measured SXXXXX alarm and time data of the FX 6 Single write to hold register The client device writes to the communication input 4XXXXX data of the FX Loopback test The client device performs a loopback test of the FX 16 Write to the hold register The master device writes to the communication input 4XXXXX data of the FX Register assignments shared with the Modbus slave function Inputregister Number Type Measurement ch Measured data 300001 to 300012 16 bit signed integer Alarm status 301001 to 301012 Bit strinc Computation ch Alarm status 303001 to 303024 Bitstring Measurement ch Alarm list 306001 to 306003 _ Bit string Computation ch Alarm list 306021 to 306026 Bitstring i Read Communication input data Number 0 to 400024 16 bit signed integer 400301 to 400348 32 bit floating point Operating devices See Operating Devices under Hold Register Write f Read IM 04L21B01 17EN IM 04L21B01 17EN 6 3 Modbus Protocol Specifications Input Register shared with the Modbus slave function Common Items e The client device can only read the input registers
12. cccccccceeseeeeeeeseeeeeeeees iii RS 422A 485 SettindS ccccceccscesssseeeesseeeseeeeeeseeesseeeeess 2 10 RS 422A 485 specifications cccccecccceeeeeeeeeeseeeseeeeeeees 6 2 a O ccc act A ieee EE Sat ant T EE AT AE ETT 3 10 S sample progra sesisrcooerenei iaeano E En EEN b a 4 4 scheduled e mail ccccccssscccsececeesecceeeeccuseeceueesseeseseaes 1 22 scheduled settings mall cccccssssseeeeeseesseeeeeessaneees 1 19 E E ETTE E E A A AEN 1 18 serial communication setting Of cccccceeeeeeeeeeeeeeeeee ee 2 10 serial interface SPeCifiCAatiONS cccccseecececeeeceeseeeeeeeeaeees 6 2 server NUMDETr acc acocunscorionssntewedicannedane tiene aeraicendadacsueed mablecce 1 43 server search order s gencvocccenendinnss denaenceveesedausausttaeeeeeaeanencecd 1 13 server server NUIMDED sersssesexcecceccstenctazccennaccocstcanigeaaatinedde 1 44 Se UNG COMMING S iisip iiia Ri Ni i ainne 3 4 setting commands setting c ccccssssseeeeeceeesseeeeesseneees 3 12 setting data basic setting data cceecccccecssseeeeeeeeeeaeeeees 4 6 Index 4 setting measurement FUNCTION cccceeeeeeeeeeeeeee eee 2 2 2 18 setting measurement SEPVEL cceccceceeeceeceeeeeeeeeeees 1 3 6 1 simultaneous ACCESS cece eccceccceceeeeeeeeceeeeeeeeeeteeseneeeeeneess 6 11 simultaneous users number Of cc ceceeceeceeeeeeeeeeeeeneeaees 6 1 Single nega
13. indication In this case reverse the connection For a two wire system the host device must control the transmission driver of the converter in order to prevent collisions of transmit and received data When you are using the recommended converter 1 use the feature that automatically switches between transmission and reception signals or 2 use the RS RTS signal on the RS 232 to turn the transmission driver on and off When the System Has Instruments That Support Only the RS 422A Interface When using the four wire system up to 32 FXs can be connected to a single host device However this may not be true if the system has instruments that support only the RS 422A interface When the System Has YOKOGAWA Recorders That Support Only the RS 422A Interface The maximum number of connection is 16 Some conventional YOKOGAWVA recorders such as the HR2400 and uR only support the RS 422A driver In this case only up to 16 units can be connected Note According to the RS 422A specification up to 10 devices can be connected to a single port when the four wire system is being used Terminator When using a multidrop connection including a point to point connection connect a terminator to the FX if the FX is connected to the end of the chain Do not connect a terminator to a FX in the middle of the chain In addition turn ON the terminator on the host device see the manual of the host device If a converter is being used turn
14. interval 3600 The scan interval unit is seconds IM 04L21B01 17EN TX Sets the ancillary operation of the start key M1 PM1 and IPWR1 options Syntax TX pl lt terminator gt pl Computation operation OFF START RESET START Query TX Example Configure the start key so that computation also begins when the start key is pressed TXSTART BH Sets a batch text field Syntax BH pl p2 p3 p4 lt terminator gt p1 Fixed to 1 p2 Field number 1 to 8 p3 Field title up to 20 characters p4 Field string up to 30 characters Query BHIpLI pZ112 Example Set the field title to OPERATOR and the field string to 123 01 for field number 2 BH1 2 OPERATOR 123 01 Description For the characters that you can use see appendix 3 EH Sets calibration correction CC1 option You cannot specify calibration correction for a channel whose log scale LG1 option mode is set to LogTypez2 When p2 is set to BEGIN Syntax EH pl p2 p3 lt terminator gt pl Measurement channel number p2 Type of operation BEGIN p3 Number of break points of the calibration segment OFF 2 to 16 OFF Turns calibration off 2to16 Number of break points When p2 is set to SET Syntax EH pl p2 p3 p4 p5 lt terminator gt pl Measurement channel number p2 Type of operation SET p3 A specific break point 1 to 16 p4 Input value of the specific break point p5 Output value of the specific break point Description e Set p1 by referring to the table in secti
15. option you can set p1 to SERVICEPORT Decimal point type Syntax WU pl p2 lt terminator gt pl Setting type DECIMALPOINT p2 Decimal point type POINT COMMA POINT COMMA A period is used for the decimal point A comma is used for the decimal point 3 35 mes e 3 6 Basic Setting Commands Detailed POP3 settings Syntax WU pl p2 p3 lt terminator gt pl Setting type POP3 p2 Delay after accessing POP3 until transmission in seconds 0 to 10 p3 POP3 login method PLAIN APOP Description On models that have the Ethernet interface C7 option you can set p1 to POP3 Detailed FTP server settings Syntax WU pl p2 lt terminator gt pl Setting type FTPSERVER p2 Directory output format MS DOS UNIX MS DOS UNIX Description On models that have the Ethernet interface C7 option you can set p1 to FTPSERVER Query WU p1 Example This is an example for general environment settings Display tags and use English as the display language WUGENERAL TAG ENGLISH WO Sets alarm and DO settings Alarm and DO settings Syntax WO pl p2 p3 p4 p5 lt terminator gt pl Alarm setting ALARM p2 Reflash operation OFF ON p3 Interval for the low limit on the rate of change 1 to 32 p4 Interval for the high limit on the rate of change 1 to 32 p5 Holding of the alarm status display HOLD NONHOLD Internal switch settings Syntax WO pl p2 lt terminator gt pl DO type SWITCH p2 AND switch number NONE No A
16. 2 bytes 2 bytes 1 byte 1 byte Configured alarm information block 1 Configured alarm information block n Format Details Item Description Output Value Version Format version 2 Number of blocks Number of configured alarm information blocks Up to 36 Block size Size of the of configured alarm information blocks 32 Block 1 to n Configured alarm information blocks Up to 1152 bytes See Block Det 1 Output in the byte order specified by the BO command Block Details Item Channel number Decimal place Reserved Alarm type Alarm value Alarm value exponent Reserved 1 2 Each value is the corresponding setting on the FX but with the decimal point removed For example 120 corresponds to a setting of 1 20 on the FX Number of Bytes meee 2 1 to 124 0 to 4 1 When you are using a channel that is set to Log scale the decimal place of the FX digital display s mantissa is displayed 1 0 The following settings are entered in order from level 1 to 4 0 Setting off 1 H high limit 2 L low limit 3 h difference high limit 4 difference low limit 5 R high limit on rate of change 6 r low limit on rate of change 7 T delay high limit 8 t delay low limit The alarm values are entered in order from level 1 to level 4 aA When the Log scale is not used Alarm setting on the FX on the FX The alarm values are entered in order from level 1 to level 4
17. DATE 99 02 23 TIME 19 56 32 500 N 0Olh mV 12345E 03 N 002 mV 67890E 01 Ss 003 EN Note e Data for non existing channels are not output not even the channel number e For channels set to skip output values from alarm status to exponent are spaces Relay Status and Internal Switch Status The FD command is used to output the relay status and internal switch status e Syntax EACRLE T01 I106 aaaaaaCRLF T11 I116 aaaaaaCRLF SpUl S230tadaa gt CRD ENCRLF aaa Indicates the relay or the internal switch status in ascending order by number from the left 1 ON 0 OFF ao Relay not installed e Example 1 When relays 101 to 104 are on and 105 and I06 are not installed EA LOL LoGe dies Se S01 I30 000000000000000000000000000000 EN IM 04L21B01 17EN 4 9 soasuodsay Ea 4 2 Output Format of Text Data Communication Log e The FL command is used to output the data e Alog of setting basic setting output commands and responses is output Up to 200 logs are retained Logs that exceed 200 are cleared from the oldest data e Syntax EACRLF yy mo dd_ hh mm ss n_uuu ufd _mmm mCRLF ENCRLE yy mo dd hh mm uuu e o mmm ee 4 10 Year 00 to 99 Month 01 to 12 Day 01 to 31 Hour 00 to 23 Minute 00 to 59 Second 00 to 59 Connection ID Anumber used to identify the user that is connected Os Serial 1 to 3 Ethernet User name up to 20 characters Multiple command flag Spa
18. I Generates a manual trigger 2 Takes a snapshot 3 Causes a timeout in display data 4 Causes a timeout in event data Execute manual sampling EVO EV1 is only valid when the key trigger is set to ON using the event data sample condition command the TE command The EV1 command is equivalent to a key trigger Executes manual SNTP C7 option CL pl lt terminator gt p1 Executes manual SNTP 0 Synchronize the clock CLO Switches between the normal and secondary trend intervals CV pl lt terminator gt p1 Trend interval 0 1 0 Switches to the first trend interval the normal trend interval iL Switches to the secondary trend interval Set the trend interval to the secondary trend interval CV 1 Writes a message display and write MS pl p2 po lt terminator gt pl Message number 1 to 100 p2 Message write destination GROUP A specific display group ALL All display groups p3 Display group number The display group number when p2 is set to GROUP This parameter has no meaning when p2 is set to ALL Write the message in message number 8 to display group 1 MS8 GROUP 1 e If you omit p2 the message is written to all display groups e Set p3 by referring to the table in section 3 3 IM 04L21B01 17EN BJ Syntax Example Description EJ Syntax Example TL Syntax Example Description DS Syntax 3 5 Control Commands Writes a free message BJ p1 p2 03 p4 lt terminator gt pl
19. including in queries on models with the M1 Syntax PM1 or PWR1 math option For computation channels the only alarm types that you can specify are H high limit alarm L low limit alarm T delay high limit Query alarm and t delay low limit alarm Example Description Example Sets the trend interval and auto save interval SW pl p2 p3 p4 lt terminator gt pl 1 p2 Waveform type T Y p3 Trend interval 15S 30S 71MIN 2MIN SMIN 10MIN 15MIN 20MIN 30MIN 1H 2H 4H 10H p4 Auto save interval 10MIN 20MIN 30MIN 1H 2H 3H 4H 6H 8H 12H 1DAY 2DAY 3DAY 5DAY 7DAY 10DAY 14DAY 31DAY SW pl p2 Set the trend interval to 5MIN and the auto save interval to 1H SW1 T Y 15MIN 1H e You cannot use this command to configure settings while recording memory sampling is in progress e The selectable auto save intervals p4 vary depending on the trend interval p3 For details see the FX1000 User s Manual IM 04L21B01 01EN e You can specify 15S on the high speed input models e Set the trend interval p3 to a value less than the scan interval Sets the secondary trend interval TW pl lt terminator gt p1 Trend interval 15S 30S 71MIN 2MIN SMIN 10MIN 15MIN 20MIN 30MIN 1H 2H 4H 10H TW Set the trend interval to 2 minutes TW2MIN Description e Set the trend interval p1 to a value less than the scan interval e You can specify 15S on the high speed input
20. t Timeout value UO t OU to Data dropout slaves 2 and 3 Slave device 2 Slave device 3 3 When the slave device that is not responding is disconnected retry count is set to 1 Read cycle Slave device 1 1 f Ij Timeout value i Timeout value Slave device 2 Y Retry R Slave device 3 Li Data dropout Disconnect slave 2 slaves 2 and 3 Data dropout slaves 2 and 3 G Y R Status lamp Command from the FX A Response from the slave device App 2 IM 04L21B01 17EN Appendix 2 Login Procedure You log into the FX from your PC to use the functionality of the setting measurement server and the maintenance test server via the Ethernet interface If you complete the procedure successfully up to login complete in the following figure the commands in chapter 3 become functional When Using the Login Function Standard Security Function of the FX No Within the number of connections a Z Within 2 minutes Yes Entered quit Q lt q Within 2 minutes No 3 Increment retry count i Within 3 retries O No Verification match No No Within the number o mp Te within 3 reres gt gt Login complete Start lt gt Judge End Cc D Transit User entry bie i E1 403 Response from the FX message omitted For a description of the response format see section 4 1 Code for a
21. the DC voltage measured by channel 001 and output the result Set the measuring range to 6 V the span lower limit to 1 V the span upper limit to 5 V the scaling lower limit to 1 00E 01 and the scaling upper limit to 1 00E 04 SR001 LogT2 6v 1000 5000 100 1 100 4 e Set the parameters so that p4 is less than p5 e The settable scaling range is 1 00E 15 to 1 00E 15 e Use three digits to set p6 100 means 1 00 e You cannot set p8 It is set to the same value as p e You can set the parameters so that p7 is less than p9 or p7 is greater than p9 e Set the parameters so that the absolute value of p9 p7 is greater than or equal to 1 and less than or equal to 15 e When p6 is a value other than 100 the maximum value of the exponent is 14 and the maximum absolute value of p9 p7 is 14 SO Syntax Query Example Description IJ Syntax Query Example Description Sets an expression M1 PM1 and PWR1 options SO p1 p2 p3 p4 p5 p6 p7 lt terminator gt p1 Computation channel number p2 Computation ON OFF p3 Expression up to 120 characters p4 Span lower limit 9999999 to 99999999 p5 Span upper limit 9999999 to 99999999 p6 Span decimal place 0 to 4 p7 Unit up to 6 characters SO p1 Compute the sum of channels 001 and 002 using channel 106 Set the span lower limit to 10 0000 the span upper limit to 15 0000 and the unit to V 5O0106 0N 0014 002
22. 100000 150000 4 V e You cannot use this command to configure settings while recording memory sampling or computation is in progress e For details on expressions see the FX1000 User s Manual IM 04L21B01 01EN e Set p1 by referring to the table in section 3 3 e For parameters p4 and p5 enter values with seven digits or less for negative numbers and with eight digits or less for positive numbers In both cases the number of digits excludes the decimal e For parameters p4 p5 and p6 either set all three parameters or omit all three parameters Sets memory sampling TJ pl p2 lt terminator gt pl Measurement or computation channel number p2 Memory sampling OFF ON TJ p1 Perform memory sampling on channel 002 TJ002 ON e You can specify computation channels including in queries on models with the M1 PM1 or PWR1 math option e You cannot use this command to configure settings while recording memory sampling or computation is in progress IM 04L21B01 17EN SA Sets an alarm When Not Using Alarms Syntax Query Example SA pl p2 p3 lt terminator gt pl Measurement or computation channel number p2 Alarm number 1 to 4 p3 Alarm on or off OFF SA pl p2 Turn off alarm number 1 of channel 010 SA010 1 OFF Description You can specify computation channels including in queries on models with the M1 PM1 or PWR1 math option When Using Alarms Syntax Query Examp
23. 11 05 11 12 30 00 REPORT 375 1 userl user2 EN soasuodsay 4 2 Output Format of Text Data SNTP Log e The FL command is used to output the data e The SNTP log is output Up to 50 accesses to the SNTP server are retained e Syntax EACRLF yy mo dd_ hh mm ss nnn xxxxxxxxxxCRLF ENCRLE 3Y mo dd hh mm Ss nnan Year 00 to 99 Month 01 to 12 Day 01 to 31 Hour 00 to 23 Minute 00 to 59 Second 00 to 59 Error number 000 to 999 XXXXXXXXXX Detailed code 9 characters e Example EA 11 05 11 117 053711 147 03 11 EN SUCCESE Success OVER Over the limit DORMANT Internal processing error HOSTNAME Failed to look up the host name TCPIP Internal processing error SEND Failed to send the request TIMEOUT A response timeout occurred BROKEN Packet was corrupt LINK The data link is disconnected Space 12 20 00 SUCCESSO 12 21 00 SUCCESS 12 30 00 292 HOSTNAME IM 04L21B01 17EN DHCP Log IM 04L21B01 17EN The FL command is used to output the data The DHCP log is output Up to 50 accesses to the DHCP server are retained Syntax EACRLF yy mo dd_ hh mm ss nnn xxxxxxxxxCRLF ENCRLE Yy mo dd hh mm g3 nnan XXXXXXXXX The table below shows the contents of the log during normal operation Error Number 562 563 564 565 566 567 568 Year 00 to 99 Month 01 to 12 Day 01 to 31 Hour 00 to 23 Minute 00 to 59 Second 00 to 59 Error nu
24. 1H 2H 3H 4H 6H 8H 12H 24H p4 Time to send e mail to recipient 1 00 00 to 23 59 p5 Recipient 2 ON OFF p6 Interval for sending e mail to recipient 2 1H 2H 3H 4H 6H 8H 12H 24H p7 Time to send e mail to recipient 2 00 00 to 23 59 p8 Inclusion of instantaneous data ON OFF p9 Inclusion of the source URL ON OFF p10 Subject up to 32 characters p11 Header 1 up to 64 characters p12 Header 2 up to 64 characters YU p1 Send an e mail to recipient 1 every day at 17 15 Do not include instantaneous data but include the source URL Set the subject to GOOD and header 1 to LP2 YUTIME ON 24H 17 15 OFF OFF ON GOOD LP2 3 41 mens e 3 6 Basic Setting Commands When you want to send system notifications Syntax Query Example YU pl p2 03 p4 05 po bp lt terminator gt p1 Information to send SYSTEM p2 Recipient 1 ON OFF p3 Recipient 2 ON OFF p4 Inclusion of the source URL ON OFF p5 Subject up to 32 characters p6 Header 1 up to 64 characters p7 Header 2 up to 64 characters YU pi Send system notification e mails that include the source URL to recipient 1 Set the subject to SystemAlert and header 1 to LP2 YUSYSTEM ON OFF ON SystemAlert LP2 When you want to send report generation notifications Syntax Query Example Description 2 Syntax Query Example Description 3 42 YU pl p2 p3 p4 p5 p6 p7 lt termin
25. 800 to 5200 p5 Span upper limit 800 to 5200 p6 Scaling lower limit 30000 to 30000 p7 Scaling upper limit 30000 to 30000 p8 Scaling decimal place 0 to 4 p9 Unit up to 6 characters p10 Low cut function ON OFF SR p1 Set the channel 005 input type to 1 5V the span lower limit to 1 V the span upper limit to 5 V and turn on the 1 5V low cut function SR005 1 5V 1 5V 1000 5000 74 7 70N IM 04L21B01 17EN Description 3 4 Setting Commands e Set p1 by referring to the table in section 3 3 e For parameters p4 and p5 enter values with four digits or less excluding the decimal point e For parameters p6 p7 and p8 either set all three parameters or omit all three parameters When Setting Channels to Log Scale LG1 option For details on log input and log linear input pseudo log input see section 3 13 in the FX1000 User s Manual IM 04L21B01 01EN e When Setting Channels to Log Input Syntax Query Example Description SR pl p2 p37P47 P57 P67 pl pS p97 elo lt terminator gt pl Measurement channel number p2 Setting type LogT1 p3 Measuring range 20MV 60MV 200MV 1V 2V 6V 20V 50V p4 Span lower limit p5 Span upper limit p6 Mantissa of the scaling lower limit 100 to 999 p7 Exponent of the scaling lower limit 15 to 15 p8 Mantissa of the scaling upper limit 100 to 999 p9 Exponent of the scaling upper limit 15 to 15 p10 Unit up to 6 characters SRI
26. Example Description Description Saves setup data LI pl lt terminator gt pl File name up to 32 characters p2 Medium 0 CF slot 1 USB Save setting mode setup data and basic setting mode setup data to a file named SETFILE2 on the CF card LISETFILE2 e When you specify the file name do not specify the extension e You can set p2 to 1 on models that have the USB interface USB1 option e If you omit parameter p2 the medium is set to the CF slot e An extension is appended to the file name when you save the file e You cannot use this command when there is no external storage medium inserted in the FX e You cannot use this command on models that do not have a CF card slot or USB interface USB1 option Sets communication input data M1 PM1 and PWR1 options CM pl p2 lt terminator gt pl Communication input data number p2 Communication input data The ranges are 9 9999E 29 to 1 0000E 30 and 1 0000E 30 to 9 9999E 29 You can also specify 0 Five significant digits CM Set communication input data C01 to 1 0000E 10 CMC0O1 1 0000E 10 Starts or stops the e mail transmission function C7 option EM pl lt terminator gt pl Action type 0 Start 1 Stop Start the e mail transmission function EMO To use the e mail transmission function you must configure the Ethernet interface set e mail addresses and enter the contents you want to transmit IM 04L21B01 17EN CU Reco
27. In other words write to registers 410601 to 410603 using one command The message write destination can be omitted write only to 410601 If you omit it the operation is the same as when all groups are specified e You can only write from the first register e Afree message is written using one command If you omit the free message section an all space message is written The message write destination and subsequent registers can be omitted write only to 410611 If you omit them an all space message is written to every group Example To write the free message ABCD to all display groups in batch group number 4 using message number 10 write the values in the following table using one command denotes any value Register Value to Write Hexadecimal Notation 410611 10 OOOAH 410612 0 0000H 410613 1 0001H 410614 A B 4142H 410615 C D 4344H 410616 0 00 H Simultaneous access Batch numbers and lot numbers can be written using one command for each batch Example You can write to registers 407833 to 407851 using one command 6 12 e When reading you can access the following registers simultaneously e Internal switches 1 to 30 IM 04L21B01 17EN 6 3 Modbus Protocol Specifications Modbus Error Response Common to Modbus server and Modbus slave The FX returns the following error codes to a client or master device Code Error Description 1 ILLEGAL FUNCTION An attempt was made to
28. Parameter p3 and subsequent parameters vary as shown below depending on the p2 setting When p2 is set to OFF There are no parameters after p3 When p2 is set to R M read communication input data p3 First channel communication input data number p4 Last channel communication input data number p5 Server number 1 to 16 p6 First register number 30001 to 39999 40001 to 49999 300001 to 365536 400001 to 465536 p7 Register data type INT16 UINT16 INT32_B INT32_L UINT32_B UINT32_L FLOAT_B FLOAT_L When p2 is set to W write to measurement channels p3 First channel measurement channel number p4 Last channel measurement channel number p5 Server number 1 to 16 p6 First register number 40001 to 49999 400001 to 465536 p7 Register data type INT16 FLOAT B FLOAT L IM 04L21B01 17EN 3 6 Basic Setting Commands When p2 is set to W M write to computation channels p3 First channel computation channel number p4 Last channel computation channel number p5 Server number 1 to 16 p6 First register number 40001 to 49999 400001 to 465536 p7 Register data type INT16 UINT16 INT32_B INT32_L FLOAT _B FLOAT L Query Yep 2 Example For command number 5 set the command type to W the first channel to 001 the last channel to 004 the server number to 1 the first register number to 40001 and the register data type to INT16 YR5 W 001 004 1 40001 INT16 Description e Set p3 to a va
29. Select whether to fix the RS and CS signals to TRUE or to use the signal for flow control Select whether to use the X ON and X OFF signals to control the transmitted data only or both the transmitted and received data X ON ASCII 11H X OFF ASCII 13H 2047 bytes 6 point terminal block terminal screws M3 nominal length 6mm Electrical and mechanical specifications Connection Transmission mode Synchronization Baud rate Start bit Data length Parity Stop bit Received buffer size Escape sequence Electrical characteristics Communication distance Terminator Conforms to the EIA 422 RS 422A and EIA 485 RS 485 standards Multidrop Four wire type 1 32 Two wire type 1 31 Half duplex Start stop synchronization Select from 1200 2400 4800 9600 19200 and 38400 bps 1 bit fixed Select 7 or 8 bits Select odd even or none 1 bit fixed 2047 bytes Open and close FG SG SDB SDA RDB and RDA six points SG SDB SDA RDB and RDA terminals and the internal circuit of the FX is functionally isolated FG terminal is the frame ground Up to 1 2 km External recommended resistance 120 Q 1 2 W IM 04L21B01 17EN 6 3 Modbus Protocol Specifications Modbus Client Function Basic Operation e The FX as a Modbus client device communicates with Modbus servers periodically by sending commands at specified intervals e The Modbus client function operates independently from the Modbus master fu
30. e The number of registers that are read from or written to is determined by the values that you specify for p3 p4 and p7 An error occurs if the specified number of registers exceeds the number of registers that actually follow the first register p6 Sets the instrument information output F1 option WR pl p2 p3 p4 lt terminator gt pl Memory and media status OFF ON p2 Self diagnosis OFF ON p3 Communication errors OFF ON p4 Memory stop OFF ON WR Set the FX to transmit each type of information WRON ON ON ON ON On models that do not have a communication interface C2 C3 or C7 option you can specify a value for parameter p3 communication errors but it will be ignored 3 45 spuewwoy 3 6 Basic Setting Commands QA Syntax Query Example RH Syntax Query Example WE Syntax Query Example WG Syntax Query Example Description WP Syntax Query Example Description 3 46 Sets the number of mantissa digits to display LG1 option QA pl lt terminator gt XE Syntax pl Number of digits to display 2 3 QA Set the number of mantissa digits to display to 2 QA2 Example Sets LogType2 LG1 option RH pl pl LogType2 Linear Pseudo Linear Sets LogType2 to log linear input Pseudo Sets LogType2 to pseudo log input RH YE Set LogType2 to pseudo log RHPSEUDO Syntax Sets the Modbus connection limitation C7 option WF pl
31. timeoutdrop TCP keepdrops TCP sndtotal TCP sndbyte TCP sndrexmitpack TCP sndrexmitbyte TCP revtotal TCP revbyte DLC 16 collisions O O O Fo Gi O O S w Fie Oo IM 04L21B01 17EN 3 53 3 12 Instrument Information Output Commands 3 12 Instrument Information Output Commands Available when using the instrument information server function through Ethernet communications The instrument information server function interprets one UDP packet to be one command and returns a single packet containing FX information in response to the command Port number 34264 udp Transfer data ASCII Receive buffer size 128 Transfer buffer size 512 Maximum number of parameters 32 In the command packet arrange the parameters that correspond to the information that you want to receive Parameter Description serial Outputs the serial number host Outputs the host name the host name that you specified in section 1 3 ip Outputs the IP address the IP address that you specified in section 1 3 Example Query the IP address and host name The first frame below contains the command packet The second frame contains the response packet EA ip 192 168 111 24 Description 3 54 host FX1000 1 EN Separate each parameter with one or more white space characters space tab carriage return or line feed Parameters are not case sensitive Undefined parameters are
32. to scaling lower limit 1 e The decimal place and the number of digits are the same as those for the span or scaling settings see the SR command e You can use this command including its query when the partial expanded display function is set to ON using the WU command e You cannot use this command if the partial expanded display range does not exist for example when the span range is 1 e You cannot use the partial expanded display on a channel that is set to Log scale LG1 option 3 17 M e 3 4 Setting Commands ST Sets a tag Syntax ST pl p2 lt terminator gt pl Measurement or computation channel number p2 Tag up to 16 characters Query ST ipl Example Set the channel 002 tag to TAGZ2 ST002 TAG2 Description e For the characters that you can use for tags see appendix 3 ASCII Character Codes Note that you cannot use semicolons or commas e You can specify computation channels including in queries on models with the M1 PM1 or PWR1 math option SX Sets a display group Syntax SX pl p2 p3 p4 lt terminator gt pl Display group number p2 Enable or disable ON OFF p3 Display group name up to 16 characters p4 Channel configuration SX p1 Assign channels 001 003 and 004 to 006 to group number 1 and name the group GROUP2 SX1 ON GROUP2 001 003 004 006 Assign channels by using periods to separate Query Example each channel and hyphens to specify ranges of channels Des
33. 00 C DROPOUT 11 05 11 12 21 00 C READY NONE 01 R 11 05 11 12 2500 C HALT NONE 01 R EN IM 04L21B01 17EN 4 21 sasuodsay 4 2 Output Format of Text Data Alarm Summary 4 22 e The FL command is used to output the data e The alarm summary is output Up to 1000 alarm events are retained Alarm events that exceed 1000 are cleared from the oldest data e Syntax EACRLF yy mo dd_ hh mm ss kkk ccc 1S nnnnnnnnnnCRLF ENCRLF yy mo dd hh mm ss Time when the alarm occurred yy Year 00 to 99 mo Month 01 to 12 dd Day 01 to 31 hh Hour 00 to 23 mm Minute 00 to 59 SS Second 00 to 59 kkk Alarm cause OFF Alarm release ON Alarm occurrence ACK Alarm acknowledge coe Measurement or computation channel number 1 Alarm level 1 to 4 S Alarm type H h L 1 R r T or t nnnnnnnnnn Alarm sequence Space For all channel alarms the channel number alarm level and alarm status items are all set to asterisk e Example EA 11 05711 12720 00 ON 001 1IL TEO 7 11 12 000 OFF teal 22 117 09 11 12 3 L 00 OFF see ax 117 05 11 12732100 ACK EN gt W NM H gt IM 04L21B01 17EN 4 2 Output Format of Text Data Message Summary e The FL command is used to output the data e The message summary is output Up to 100 messages are retained Messages that exceed 100 are cleared from the oldest log e Syntax EACRLF yy mo dd hh mm ss mmm Gog zz7 uut nin CRLF ENCRLF yy Year 00 to 99 mo Month 01 to 12 dd Day 01 to
34. 0000 V you have to enter 10000 If you want to set the limit to 0 5000 V you have to enter 5000 The table below shows configuration examples Measuring Input Type Selectable Range of the Specified Range Parameter Range Parameter Measuring Range VOLT 20mV 20 000mV to 20 000mV 10 000mVto 20 000mV 10000 to 20000 SQRT 2V 2 0000V to 2 0000V 2 0000V to 0 50007 20000 to 5000 TC R OOO 1760 20 0 0 to 400 0 0 to 4000 K 200 0 to 1370 0 200 0 to 1370 0 2000 to 13700 RTD Pt100 200 0 to 600 0 10 0 to 500 0 100 to 5000 DI LEVEL O to 1 0tol 0tol IM 04L21B01 17EN 3 9 e 3 3 Setup Parameters List of Measuring Range Parameters 3 10 The table below shows the relationship between the input types and the range parameters For details on the selectable range see the FX1000 User s Manual IM 04L21B01 01EN Input Type DC voltage Thermocouple RTD Contact input 1 5V voltage Input Type Parameter VOLT TC RTD DI 1 5V Range 20 mV 60 mV 200 mV 1 V 2 V 6 V 20 V 50 V ve SS ee ad oe Kp vs Au7Fe PLATINEL PR40 20 NiNiMo WRe W WRe26 TypeN AWG14 XK GOST PE JPE N1100 SAMA Ni100 DIN Nil20 PELOO GOST Cul00 GOST Cu50 GOST Pt200W WEED Level Cont 1 5V Range Parameter 20MV 60MV 200MV 1V 2V 6V 20V 50V GJESS Z Al a EHK wanj a N a0 PLATI PR NIMO WRE W WRE N2 XK PT JPT Nil NI2 NI3 Pt100G Cul00G Cu50G Pt200
35. 01 to 31 hh Hour 00 to 23 mi Minute 00 to 59 SS Second 00 to 59 The month day hour minute and second of the time information are output in the order specified by the date format in the basic setting mode e Host name domain name and header information headerl Header 1 displayed only when it is set header2 Header 2 displayed only when it is set host Host name or IP address IP address when the host name is not assigned In the case of an IP address the lt Host gt section is set to lt IP address gt domain Domainname E Space 1 26 IM 04L21B01 17EN 1 5 Monitoring the FX on a PC Browser Setting the Web Server Function From the basic setting mode menu set the server function and Web page of Communication Ethernet Setting the Web server Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt Server gt Server modes Basic Setting Mode Server FTF Use Web se SMTP Hot Hodbus Hot e Web For the Web item under Server select Use or Not don t use When Use is selected the Web page item is added to the basic setting mode menu Port Number The default value is 80 To change the setting Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Environment tab gt Communication gt Service port For the selectable ra
36. 10 in this example one can Send the command Outout th conclude that there are no more file lists eee subsequent file lists Text see section 4 2 l l I File list l l l App 8 IM 04L21B01 17EN Appendix 5 Flow Chart of the FIFO Data Output Overview of the FIFO Buffer The FX has a dedicated internal memory for outputting measured computed data This memory is structured as a FIFO First In First Out Measured computed data are constantly acquired to the internal memory at the specified acquiring interval FIFO acquiring interval set with the FR command By using this function it is possible to read measured computed data that have been saved at the specified intervals regardless of the frequency at which the PC periodically reads the measured computed data The following example shows the case when the acquisition interval is 1 s and the capacity of the FIFO memory is for 8 intervals Block 1 Previous read lt _ 4 Position RP1 5 Current read lt 6 lt Most recent acquire Position RP2 Position WP e Acquiring of the Measured Computed Data e The measured computed data are acquired to the internal memory at 1 s intervals e Measured computed data is acquired to positions 1 through 8 in order After acquiring to position 8 the next data is acquired to position 1 e Reading the Measured Computed Data FF GET command is used Outputs the data from the previous read position R
37. 11 1 4 Sending E mail Messages sc ciscceceranserecaveenescscnaideeadacenssetaxaevandateassdicensedncndlaasesecncsdaetetaneeveces 1 17 1 5 Monitoring the FX on a PC BrOWS f ccc ceccedceciescncasedes sae resaiiscasancnedeanencestnaet se besneassasneneeess 1 27 1 6 Accessing the Measurement Data File on the FX from a PC ssssssssssssssssnsessrrrrrrsrsrrrrrreernn 1 34 1 7 Transferring Measurement Data Files and Other Files from the FX cceeeeeeeeeeeeees 1 36 1 8 Synchronizing the Time x coe aetecep se cc cessienaeccaassaecectenesmepiacctesmeanserestyansereute asenueteradespeauareseeensess 1 39 1 9 Using the Modbus Server Function wisccicte dain ccevebaceeveulsteexsdenesladecteed cedehedasuastlaveddeateaeentess 1 41 1 10 Using Modbus to Read Data From and Write Data to Other DeVICES ceeeeee eens 1 43 1 11 Usage Example of the Modbus FUunction ccccccssceececseesseeeeeessesseeeeesseaseeeeessanaeeeeees 1 49 1 12 Using the Setting Measurement Server ccccccccsssssceeeesseesseeeeeessassseeeeesseaeeeeesseageeeenes 1 54 1 13 Using the Maintenance TES Server vv csicnssscsncratncasencevutewnncaetinds cued endteabeivaninwatiuneeassbeasbestentats 1 55 Using the Serial Communication Interface C2 and C3 Options 2 1 What You Can Do with the FX1000 acspccaseadesceaebetcua cee seereeeeepeeneee pictessnciaeeeeauenine ss sunnari nenti 2 1 2 2 Flow of Operation When Using the Serial Interface ccccccss
38. 400001 to 465535 p7 Type of data assigned to the registers INT16 FLOAT_B FLOAT_L YM pl Register the following command in command registration number 3 write the measured data of channels 003 to 006 to registers 40003 to 40006 in the slave device assigned to address 7 M3 W 003 006 7 40003 INT16 IM 04L21B01 17EN 3 6 Basic Setting Commands When you are writing data from a computation channel to another device Syntax Query Example Description WR Syntax Query Example Description YM pl p2 p3 p4 p5 p6 p7 lt terminator gt pl Registration number 1 to 16 p2 Command type W M p3 First channel number computation channel number p4 Last channel number computation channel number p5 Address of the slave device 1 to 247 p6 First register number 40001 to 49999 400001 to 465535 p7 Type of data assigned to the registers INT16 UINT16 INT32_B INT32_L FLOAT_B FLOAT_L YM p1 Register the following command in command registration number 2 write the computed 32 bit integer data of channel 101 first write the lower 16 bits and then write the upper 16 bits to registers 40003 and 40004 in the slave device assigned to address 5 YM2 W M 101 101 5 40003 INT32 L e You can use this command when the serial interface protocol is set to MODBUS M For information about the serial interface settings see section 2 3 e Set p3 to a value that is less than or equal to p4
39. 42 14 ABC 2 2H 2008 12 06 1639 41 ABC iH 20084206 16 39 38 All Channel Display Click All Channels to display the measured values and alarm status of all channels Click Refresh to update the data e Based on the FX settings the Channel column displays channel numbers or tags All channel display example Creation date 2008 12 02 13 29 32 ae status i i D a 3 a j 5 I ABC 1 E 0 6014 I ABC 2 1 0745 ABC 3 A 1 4745 F ABC 4 1 7740 L z i nrar TT S05 45 Lo ae the message summary error log FTP log login log Web operation log e mail log SNTP log and Modbus log in a separate window From the Log list box select the log you want to display Click Refresh to update the data 1 You can display up to 100 messages and up to 50 added messages LOG Close Creation date 2008 12 02 13 54 41 ae User Name Bea a ere ae Time 1 32 IM 04L21B01 17EN IM 04L21B01 17EN 1 5 Monitoring the FX on a PC Browser Writing Messages Operator page only You can assign a text string to one of the FX messages 1 through 10 and write the message to a specified group at the same time The maximum message length is 32 alphanumeric characters The current message setting is overwritten Example of Writing a Message Use message number 9 and write the message ALARM to all groups Successful completion of the writing operation is indicated in the Comm
40. 6 3 monitoring with a Web browser cccccseeeesssseeeeseeeeeens 1 29 montor paga essien iraa aak EER 1 30 monitor page setting OM sccrccnncc av nnnteincunadsnndendaiaacaetocedvsnwenant 1 28 multiple negative rESPONSES cccceecceceeeeceeeeeeaeeeeeeeeeeees 4 1 O D SF AIEE EAE AAN AEAT PE VAPA eee teres 2 5 operation emor lOQ six sinistacrssctacintad nodnsseacoiiasermeetaunaabectiat 4 13 operation TOW Of ssincanvossnsictionitenddrtaasinatteaniatunteuacnaecnmvensineentientuns 1 10 operatorn RES sxtespitaidaatainntuntnaeetantentennaiuntaniaiinslactheseniedietubia iil operation MOUS irrcsctctcctsentnuaneccasstre aid nenteuiensnaewnadabetdntebiedets 3 4 operation when the data transfer fails ccccceee eee 1 37 Operator page os eon cp sancenccceatesonsansnbeanivennenceatnayneanausenenecnonrsasy 1 31 operator page setting OF cceccccccscescesnsadasessereseedanteeceasnoessse 1 28 output commands note ccotccanvecsecesenorantcnesteecceiousetieteeataennesceees 3 8 output commands CONMO siccsiecicssnicnnccnnwepeciatsdteastenetentena 3 47 output commands RS 422A 485 commands 086 3 51 output commands setting measured and computed data UO sexsi sect e E PEAN A E E A A E 3 48 output commands special response commands 3 52 output example erisin ninini n Eai Ri aaa ai 4 34 output flow of the Til iva isecnctinnscascendecnuceicuenececcenieeueramacsensertes App 7 output format of bina
41. Example Close the instrument at address 77 ESC C77 e nd Description e This command closes the connection to the instrument you are communicating with e When the FX receives this command successfully it returns ESC C instrument address e Normally you can use CR LF or LF as th terminator for communication commands However you must terminate this comma with CR LF e nd 3 51 eiea e 3 10 Output Commands Special response commands 3 11 Maintenance Test Commands 3 10 Output Commands Special response commands Outputs instrument information Syntax I lt terminator gt Description Upon receiving this command the FX outputs the following information about itself as a comma separated string of ASCII characters with a terminator at the end manufacturer model serial number and firmware version Output example YOKOGAWA FX1000 99AA0123 F1 01 3 52 3 11 Maintenance Test Commands Available when using the maintenance test server function through Ethernet communications close Closes another device s connection Syntax close pl p2 p3 lt terminator gt p1 Port on the FX 1 to 65535 p2 PC IP address 0 0 0 0 to 255 255 255 255 p3 Porton the PC 0 to 65535 Example close 34159 192 168 111 24 1054 EO Description You cannot use this command to disconnect a server port You also cannot use this command to disconnect from the instrument that you are operating Use the quit com
42. Message number 1 to 10 p2 Message up to 32 characters p3 Message write destination GROUP AL A specific display group All display groups p4 Display group number The display group number when p2 is set to GROUP This parameter has no meaning when p2 is set to ALL Using message number 3 write the string ALARM to all groups BJ3 ALARM ALL e If you omit p3 the message is written to all display groups e Set p3 and p4 by referring to the table in section 3 3 Changes the password of the login function C7 option EJ p1 p2 p3 lt terminator gt p1 Old password up to 8 characters p2 New password up to 8 characters p3 New password up to 8 characters Change the password from PASS001 to WORDOOS EJPASS001 WORDO005 WORDO05 Starts stops resets computation MATH or clears the computation dropout status display M1 PM1 and PWR1 options TL pl lt terminator gt pl Action type 0 Starts computation 1 Stops computation 2 Resets computation 3 Clears the computation data dropout display Start computation TLO You cannot use this command while the FX is saving or loading setup data Switches between execution modes operation and basic setting DS pl lt terminator gt pl Mode 0 Operation mode 1 Basic setting mode 3 31 e 3 5 Control Commands Example Description LO Syntax Example Description 3 32 Switch the FX to basic setting mode Dsl LI Sy
43. NO MABOU NEUSE WRD Example Output all the file lists in the DRVO directory MEDIR DRVO e Output the DRVO directory file list for 10 files MEDIR DRV0O 10 e Output the data in the file 72615100 DAD in the DRVO DATAO directory MEGET DRVO DATA0 72615100 DAD are logged in to the general purpose service Example Output information about the users who are logged in to the general purpose service FUL Description This command outputs information about the Peele MOAI en Ome ls Description e Parameter p2 is valid when p1 is set to DIR GET DEL or CHKDSK FA Outputs internal FX information Parameter p3 is valid when p1 is set to DIR Syntax FA pl lt terminator gt e If an error occurs during data transmission pl Action type you can set p1 to RESEND to retransmit data IP Output address information that Path name specifications includes the IP address subnet e The first level directories point to the following mask default gateway and DNS locations Beer d Wel es We neei nan Paths that start with MEMO DATA Internal and domain name memory Description On models that have the Ethernet interface C7 Paths that start with DRVO External storage option you can set p1 to IP mediun On models that do not have a CF card slot ME Outputs data stored on the you cannot specify the DRVO directory external storage medium and in Path names are case sensitive internal memory e You can access files whose n
44. Parameters p4 and p5 are the corresponding channel s span range the scaling range when scaling is enabled e Set the parameters so that p4 is less than p5 e Parameters p6 and p7 are Don t care values in setting commands In queries these parameters will always be returned as 0 When using a channel that is set to Log scale LG1 option e Parameters p4 and p5 are the mantissas of the upper and lower limits respectively of the color scale band e Parameters p6 and p7 are the exponents of the upper and lower limits respectively of the color scale band e The range defined by the display position lower limit and the display position upper limit is 1 00E 16 to 1 00E 16 Mantissas p4 and p5 100 to 999 The corresponding values are 1 00 to 9 99 Exponents p6 and p7 Parameter p6 must be between 16 and 16 when p4 is 100 Parameter p6 must be between 16 and 15 when p4 is a value other than 100 The same conditions hold for the relationship between parameters p7 and p5 e Set the parameters so that the lower display position limits 04 and p6 are less than their upper display position limits p5 IM 04L21B01 17EN SQ Syntax Query Example Description TC Syntax Query Example IP Syntax Query Example 3 4 Setting Commands and p7 Sets the LCD brightness and the screen backlight saver SQ pl p2 p3 p4 lt terminator gt p1 LCD brightness 1 to 8 p2 Screen backlight saver type OF
45. SO e E E e 3 18 S cdnuasanieaaes ie aunesi evant guecp ese arediusteneocnenieee ace 3 24 AS 8 See ee ese ee eee ere eRe eet ae ae ne eeet eaae are eee 3 24 S 5 a ee E Pree 9 a E Bee ere oer 3 24 Tengo eu ebro psn sacra ordain eases pans Geass 3 18 SMe a A i E A 3 27 SO a A a a 3 14 SP N E 3 17 SOn E e E E E 3 21 SR ee a a a 3 12 See ee ee ee et a ere ee 3 18 E EEE E A EA E EAT N 3 20 A EEA ITE PTA LES E EATE E ATE 3 16 onset E A N E I A E A E S 3 18 E EE cepa E E E E E senna as 3 17 DE i e O AE oe EA E E ETAT E T setae 3 20 TED E AA A AAE OAOE T 3 20 TG EET E E E A A A A EN 3 21 TO E acsace ones 3 19 TE nace reer tee denen areet aetenieescsadea 3 17 p E spot E siete pte A cena E T EE 3 19 E E EE A A ENA E ETE EA AE AT E 3 21 TTT eeraa A E E 3 18 Tl E EA IEE E E AET TE NEAT 3 14 E EAE EEE E EA ESA E A 3 22 5 E E E ETEA P N E E A T 3 31 TA aar a A E connec 3 20 Aa E A A EE N E EE r A ae ee ee A A S 3 21 Te E E EEA 3 22 TR E A TELA EA ET AT TT TTT 3 22 TD W E E E EAE E TE ET 3 19 TE e E A P E E A E A A T E 3 23 TEV TE E A E E E E E E E 3 16 i EEE E TE AE I A IEE IEEE EE 3 25 TZ soe ON A T IT EA N AEN T TA E T 3 18 COD TEE E TT AT ET 3 30 WE oe EE TS 3 43 ai A O EEA ATE A io sere nc ta E E 3 44 WE ar E saad iceanetcaesamaners 3 46 LAE EI EEA EEA A AIE E ne eee 3 46 UT a E PE EA T EATA ATE 3 36 y OD PAEA E EE PTA T T TEE 3 36 NIP E E E E E E E E E E E E 3 46 a E E EA E E TE A E E E 3 45 MES EEE A E E E E E 3 40 a E EEP E
46. Slave Function Communicate via ModbusRTU Communication media Control system Baud rate Start bit Data length Parity Stop bit RS 232 RS 422A 485 No flow control None only Select from 1200 2400 4800 9600 19200 and 38400 1 bit fixed 8 bit fixed Select odd even or none 1 bit fixed Message termination determination Time equivalent to 48 bits Modbus Master Specifications Read cycle Timeout value Retry count Auto recovery cycle Select the cycle at which data is read from other devices from the following 1 2 5 and10s Select the timeout value when there is no response from the specified slave after sending a command from the FX from the following 125 250 500ms 1 2 5 10 s and 1 min Select the retry count when there is no response for a command sent from the FX to the specified slave OFF 1 2 3 4 5 10 and 20 Select the cycle for automatically recovering from the following OFF 1 2 5 10 20 30 min and 1 h Wait between commands Select the wait time after receiving a response of a command Command type Command setting Command items Access method Supported functions Data type until sending the next command from the following OFF 5 10 15 45 and 100 ms 1 When communicating using an RS 485 two wire system the signals may collide because the master and slave devices driving the communication switch in half duplex mode If the comm
47. Subject Periadic_data Header 1 Header 2 Report settings Basic Setting Mode Report settings Recipient 1 ia Recipient 2 oft Include source URL oft Subject Report_data Header 1 Header 2 IM 04L21B01 17EN 1 17 1 4 Sending E mail Messages Basic Settings Set the SMTP server and mail address e SMTP server name Enter the host name or IP address of the SMTP Server e Port number Unless specified otherwise set the number to the default value The default value is 25 e Security Select PbS if you want to enable POP before SMTP To enable authenticated e mail transmission Authentication SMTP select Auth When you select Auth the SMTP authorization items appear SMTP authorization To enable support for authenticated e mail transmission Authentication SMTP set a user name and password to use for authentication e User name Enter the user name You can enter up to 32 characters e Password Enter the password You can enter up to 32 characters Recipients e Recipient1 and Recipient2 Enter the e mail address Multiple e mail addresses can be entered in the box of one recipient When entering multiple addresses delimit each address with a space Up to 150 characters can be entered e Sender Enter the sender e mail address You can enter up to 64 characters POP3 Settings If you need to use POP before SMTP specify the POP3 server that will be used for authentication For instructions on how to
48. W M Set up to 16 commands See the table below Symbol Description INT16 16 bit signed integer UINT16 16 bit unsigned integer INT32_B 32 bit signed integer higher and lower order INT32_L 32 bit signed integer lower and higher order UINT32_B 32 bit unsigned integer higher and lower order UINT32_L 32 bit unsigned integer lower and higher order FLOAT B 32 bit floating point higher and lower order FLOAT_L 32 bit floating point lower and higher order e Reading Values into Communication Input Data e Reads values from the server register into the communication input data of the FX e Communication input data is an option M1 PM1 or PWR1 e The data type of the communication input data is 32 bit floating point e You can display communication input data on a computation channel by including the data in the equation of an FX computation channel M1 PM1 or PWR1 option The measurement range and unit are also set using the computation channel FX1000 Communication input data type Number C01 to C24 Register Datatype 30001 to 39999 INT 16 UINT 16 Data type 32 bit floating point 300001 to 365536 INT 32_B INT 32_L 40001 to 49999 UINT 32_B UINT 32_L Read 400001 to 465536 FLOAT_B FLOAT_L e Writing the Measured Values of the Measurement Channels e Writes the measured values of the measurement channels to the server registers e The data type of measured values is signed 16 bit integer W
49. and Recipient2 select On to send e mail or Off to not send e mail Interval Select the interval for sending e mail to Recipient1 and Recipient2 from 1 2 3 4 6 8 12 and 24 hours Ref time Enter the time used as a reference for sending the e mail at the specified interval to Recipient1 and Recipient2 Include instantaneous value Include source URL Subject and Header These items are the same as the e mail that is sent when an alarm occurs The default subject is Periodic_data System Settings Specify the settings for sending e mail when the FX recovers from a power failure at memory end and when an error occurs Recipient1 and Recipient2 Set the e mail recipients For Recipient1 and Recipient2 select On to send e mail or Off to not send e mail Include source URL Subject and Header See the explanation of alarm e mail The default subject is System_warning Report Settings M1 PM1 and PWR1 options Specify the settings for sending e mail when reports are created Recipient1 and Recipient2 Set the recipients For Recipient1 and Recipient2 select On to send e mail or Off to not send e mail Include source URL Subject and Header See the explanation of alarm e mail The default subject is Report_data uondo 19 29ej198 U JoUI9YIQ 84 Huish pa 1 4 Sending E mail Messages Configuring the POP3 Server Connection Specify how the FX operates when it connects to a POP server Press MENU to switch to
50. cece ceeeneeeeeeeeeseeeeeeeeueeeeeeeaeeaeens 1 1 6 3 MODBUS CLIENT display selection menu 00 1 53 Modbus client function wisicssccnscsrierscsnecccsdiersntsanesexeiesntacaeeiaeens 6 3 Modbus client setting example Of cccccccseeeeeeaeeeeees 1 51 Modbus client setting OF soiticdecisecccasvaccandantevcenneasneiiwenendavdacs 1 43 Modbus Communication lOQ cccseecceeeseeeeeeseeeeeeeeeeeees 4 21 Modbus error response ccccceeeecceseeceeseeceeeessueeeseaeees 6 13 Modbus MA SIEP vicscccvsctsicncriciccecsctnasulesteisisenceasacsdeeeewtend 2 1 6 14 Modbus master function setting example of 000 2 17 Modbus master Setting Of ccccceecceesseeeeeeseeeeeeseeeeeees 2 12 Modbus operating status Of cccccccccceeeeeeeaeeeeeesaeeeeees 1 47 Modbus protocol Specifications cccccccceseeceeeeeeeeeeeaes 6 3 MODUS SEPVEP oe ccceececcecceeeeceeeeeeeeeceeeeeeeeeeeeeaeeeeeeeneees 1 2 6 1 Modbus server function 20 00 cece cece c cess cece eeeeeeeeseeeeneeeaees 6 6 Modbus server function setting example of 0 1 50 Modbus server NAME ce cece cece eee eeseeeeeeeeeeueeueeueeueeueeaueues Modbus server Setting Of ccccccecseecceeceeeeeeseeeeeeeseeeees Modbus setting example of Modbus slave cscs sccscatevesbiceesencepseneeensbieseedeaccedetes Modbus slave function setting example Of 008 2 16 INO CIS CP E E PE A T
51. characters e Password Enter the password for accessing the FTP server using up to 32 alphanumeric characters e Account Enter the account ID for accessing the FTP server using up to 32 alphanumeric characters e PASV mode Select On when using the FX behind a firewall that requires the passive mode The default setting is Off e Initial path Enter the directory of the file transfer destination using up to 64 alphanumeric characters The delimiter for directories varies depending on the implementation of the destination FTP server Example When transferring files to the data directory in the home directory of an FTP server on a UNIX file system nome data When There Is a File with the Same Name at the Transfer Destination Under all circumstances when there is a file with the same name at the transfer destination it is overwritten Operation When the Data Transfer Fails If the FX fails to transfer files to both the primary and secondary FTP servers the FX aborts the file transfer operation When the FX is attempting to transfer display data files event data files or report data files if the connection to the destination recovers the FX transfers new data files along with the files that the FX failed to transfer Note that because the FX transfers data from its internal memory if the data that the FX failed to transfer is overwritten it is lost 1 37 uondo 19 29ej19 U JoUI9Y Q 94 Huish pa 1 7 Transferring
52. data Basic setting mode Resets a relative timer Operation mode Enters a string can only be used during serial communication All modes Performs key operations Operation mode Yes No Loads a setup file that includes the settings for basic setting mode Basic setting Yes mode ae l ee 3 3 3 3 3 3 3 3 3 3 3 3 C a Y 7 Y 5 B 0 0 0 0 0 1 1 1 1 1 1 3 32 3 32 3 32 3 32 3 33 3 33 3 33 3 33 3 3 33 U O C V KE IM 04L21B01 17EN 3 2 List of Commands Basic Setting Commands e To apply settings that you have changed using the basic setting commands you need to save the settings using the YE or XE command Be sure to save the settings before you change the execution mode from the basic setting mode to the operation mode Otherwise the new settings will not be applied e The settings that are returned in response to a query in basic setting mode contain the new settings even if they have not been saved However the new settings are not applied unless they are saved If the settings are cleared or if you change the execution mode from basic setting mode to operation mode before saving the settings the settings that are returned in the response to a query contain the settings that were in use before they were changed Note e The settings that are changed using the YA YK RU YQ YS YB YD WS WW and W commands are applied after saving the new settings using the XE command and resta
53. description of codes and messages see the FX1000 User s Manual IM 04L21B01 01EN 1 Connections cannot exceed the maximum number of connections see section 6 1 2 If you try to log in using a wrong password four consecutive times the communication is dropped the number of retries for login is three 3 If you try to log in causing the number of simultaneous uses at the administrator or user level to be exceeded see section 6 1 four consecutive times the communication is dropped even if the password is correct IM 04L21B01 17EN App 3 xipueddy ES Appendix 2 Login Procedure When Not Using the Login Function of the FX Login as admin or user e The user name admin can be used to login to the FX as an administrator e The user name user can be used to access the FX as a user No Within 2 minutes Yes Entered quit Q Increment retry count No Verification match Within the number of simultaneous uses Login complete Within 3 retries ro No Within 3 retries gt gt 1 E App 4 IM 04L21B01 17EN Appendix 3 ASCII Character Codes Upper 4 bits V Fo i D z a ae EE 2 3 EE 5 6 8 B D E E i a E a e a daaa A H gt re mmo ele e E Aerie Pee r r IiNj jn fil pli p Pi o _ fo l jl jrn il e The delimiter sub delimiter query symbol and terminator CR LF characters are reserv
54. e Data length Select 7 or 8 bits To output the data in binary format select 8 e Parity Set the parity check method to Odd Even or None e Handshaking Not specified e Address Select a number from 1 to 99 e Protocol This is the same as with the RS 232 2 10 IM 04L21B01 17EN 2 5 Using the Modbus Slave Function The FX is used as a Modbus slave For the Modbus specifications see section 6 3 Setting the Serial Communication Select Modbus as a protocol on the Basic settings For detail see section 2 4 Setting the Serial Communication Reading Writing the FX Data on Another Device Another device master device sends commands to the FX to read the FX data or write data to the FX You can perform some operations such as memory start by writing in the registers For the function codes that the FX supports and the FX registers that the master device can access see Modbus Server Function in section 6 3 IM 04L21B01 17EN 2 11 suondo 9 pue ZD Fdejs9a U UOIFEXIUNWIWIOD jeas y Buisn gt 2 6 Using Modbus to Read Data From and Write Data to Other Devices The FX is used as a Modbus master For the Modbus specifications see section 6 3 Setting the Serial Communication Select Modbus M as a protocol on the Basic settings For detail see section 2 4 Setting the Serial Communication Setting the Modbus Master Press MENU to switch to setting mode hold down FUNC for 3 s to swit
55. file 16 Event data file 17 18 Report file 19 Setup data file 25 26 Binary Data Type Instantaneous data Manual sample file Setup channel information output Configured alarm information output Yes Disclosed No Undisclosed Common format The table above shows the different types of binary data Binary data comes in two types data and file e Data e Measured computed data can be output using the FD command Type file Data Data File PNG File DAD File DAE File DAM File DAR File PDL Data Data e FIFO data can be output using the FF command e The data format is disclosed See section 4 3 e File Format Yes Yes No No Yes Yes No Yes Yes Output Command ME FD e The FXA120 DAQSTANDARD software that is included with the FX can be used to manipulate display data event data and setup data files For details see the FXA120 DAQSTANDARD software user s manuals IM 04L21B01 63EN and IM 04L21B01 64EN e Files that are in common formats can be opened using software programs that are sold commercially e Other formats are written in ASCII code A text editor can be used to open these types of files 4 3 sasuodsay 4 1 Response Syntax Calculating the Sum Value If you set the parameter of the CS command to 1 enabled the checksum value is output only during serial communications The check sum is the same as that used
56. flow of the file 10101000 DAD in the DATAO directory of the external storage medium START Send the command Command to send Command description Received response data Specify the file name using full path and output the data Binary see section 4 1 r re Binary header Binary data Binary footer Is there more data NO YES Send the command Freise subsequent data Binary see section 4 1 r Binary header Binary data Binary footer a ee ee IM 04L21B01 17EN 1 Bit O of the binary header flag 0 There is more data 1 Data transmission is complete App 7 Xxipueddy ES Appendix 4 Output Flow of the File or the File List on the External Storage Medium and Internal Memory Example in Which the File List Is Output 10 Files at a Time The figure below shows the flow in which the file list in the DATAO directory of the external storage medium is output 10 files at a time Command to send START Command description Received response data Send the command it a wie ie Output command for the first file list Specify the number of file lists to be output when issuing this command Text see section 4 2 File list xxxKbyte free EN NO 1 When the number of output file lists is Are there more file lists 1 smaller than the maximum number of YES file lists specified by the ME DIR command
57. in the TCP IP and is derived according to the following algorithm Buffer on Which the Sum Value Is Calculated For the header sum it is calculated from data length flag identifier fixed to 6 bytes e For the data sum it is calculated from the binary data 1 byte Padding 0 SSSA 1 2 3 4 5 6 If the data length of the buffer is odd a zero is padded so that it is even 1 through 6 are summed as unsigned two byte integers unsigned short If the digit overflows a 1 is added Finally the result is bit wise inverted Sample Program The sum value is determined using the following sample program and the calculated result is returned The sum determined by the sample program can be compared with the header sum of the output binary header section and the data sum of the output binary footer section Sum Calculation Function for a 32 bit CPU Parameter buff Pointer to the top of the data on which the sum is calculated len Length of the data on which the sum is calculated Returned value Calculated sum int cksum unsigned char buff unsigned short p unsigned int InG 13 int odd csum 0 odd len 2 len gt gt 1 p unsigned short for 1 0 4 lt l en i Coun t Fri if odd union tmp unsigned short s Csum int len Pointer to the next two byte data word in the buffer that is to be summed Checksum value
58. injury to the user and precautions that can be taken to prevent such occurrences Calls attentions to actions or conditions that could cause light injury to the user or damage to the instrument or user s data and precautions that can be taken to prevent such occurrences Calls attention to information that is important for proper operation of the instrument e Bold characters Bold text is used to represent characters and numbers that appear on the display The 0 symbol indicates key and menu operations e High Speed and Medium Speed Model Groupings This manual uses the terms high speed input model and medium speed input model to distinguish between FX models as follows Model Type Model High speed input model FX1002 and FX1004 Medium speed input model FX1006 FX1008 FX1010 and FX1012 IM 04L21B01 17EN Names and Uses of Parts and the Setup Procedures Using the Operation Keys Front Panel LCD Lt cs Cc Soft keys Press these keys to select the DISP ENTER key menu displayed on the Press this key to confirm the screen setting or to close the entry box Arrow keys Press these keys to
59. limit alarm T delay high limit alarm and t delay low limit alarm Set the alarm value by specifying the mantissa p5 and exponent p9 Set the mantissa of the alarm value p5 to a value between 100 and 999 excluding the decimal point set using an integer 100 means 1 00 The alarm hysteresis is fixed to 0 3 15 mens e 3 4 Setting Commands 3 16 If p6 is set to OFF the relay number p7 is SW a Don t care value in setting commands In queries this parameter will always be returned as a space eyes An error will occur if p7 is set to a number of a relay that is not installed Parameter p8 is valid when No logging under Alarm is set to On in basic setting mode When parameter p8 is invalid it is a Don t care value in setting commands In queries this parameter will always be returned as On Parameter p9 is valid on models with the Log scale LG1 option Query Parameter p9 is valid when p1 is set toa measurement channel Use parameter p9 to set the alarm value s exponent e When using a channel that is not set to Log scale LG1 option In setting commands this parameter is a Don t care value In queries this parameter will always be returned as 0 e When using a channel that is set to Log scale LG1 option If the mantissa of the alarm value is 100 16 to 16 If the mantissa of the alarm value is a value other than 100 16 to 15 You can specify computation channels TW
60. number for each function Function Maximum Number of Connections Setting measurement 3 server Maintenance test server 1 FTP server 2 Web server HTTP 1 SNTP server Modbus server Instrument information server 1 21 11 21 1 There are user limitations For details see section 1 1 2 The port numbers are fixed User Number of Simultaneous Uses Port Number Administrator 34260 tcp 34261 tcp 21 tcp 80 tcp 123 udp 502 tcp 34264 udp 3 The default port number You can set the value in the range of 1 to 65535 Use the default port number unless there is a special reason not to do so 4 Assign a unique port number to each function 6 1 suol eoinads 2 6 2 Serial Interface Specifications RS 232 Specifications Connector type D Sub 9 pin plug Electrical and mechanical specifications Connection Transmission mode Synchronization Baud rate Start bit Data length Parity Stop bit Hardware handshaking Software handshaking Received buffer size RS 422A 485 Specifications Terminal block type Conforms to the EIA 574 standard for the 9 pin interface of the EIA 232 RS 232 standard Point to point Half duplex Start stop synchronization Select from 1200 2400 4800 9600 19200 and 38400 bps 1 bit fixed Select 7 or 8 bits To output data in BINARY format be sure to set the data length to 8 bits Select odd even or none 1 bit fixed
61. see section 3 12 see the corresponding sections or the examples for each command Command name Parameter Sub delimiter Terminator Command example SROOZ SKIP SROUS VOT 2V 1500 1800 lox a E Se Parameter Delimiter Command name SR Sub delimiter Command Name A command name is defined using two alphabet characters Parameters e These are the command arguments e These are set using alphabet characters or numeric values e Parameters are separated by delimiters commas e All numeric values are specified using integers e The valid ranges of numeric parameters vary depending on the command e Spaces around parameters are ignored However spaces are valid for parameters for example units that are specified using ASCII character strings In the examples given in this manual spaces are not used e You can omit the parameters that do not need to be changed from their current settings However delimiters cannot be omitted Example SR001 2V lt terminator gt e If multiple parameters are omitted and there are multiple delimiters at the end of the command those delimiters can be omitted Example SR001 VOLT lt terminator gt SRO0O1 VOLT lt terminator gt e For the following parameters the number of digits or characters is fixed If a value is entered with the incorrect number of digits a syntax error will occur e Date YY MM DD 8 characters YY Enter the last two digits of th
62. set the POP3 login method see Configuring the POP3 Server Connection later in this section e POP3 Server name Enter the POP3 server host name or IP address e Port number Use the default setting unless you need to change it The default value is 110 e Login name Enter the POP3 server login name e Password Enter the POP3 server login password using up to 32 characters Alarm Settings Specify the settings for sending e mail when alarms occur or release e Recipient1 and Recipient2 Set the e mail recipients For Recipient1 and Recipient2 select On to send e mail or Off to not send e mail e Active alarms Sends an e mail when an alarm occurs or releases You can select On send e mail or Off not send e mail for alarms 1 to 4 e Include instantaneous value Select On to attach instantaneous value data The data that is attached is the instantaneous value that is measured at the time the e mail is transmitted IM 04L21B01 17EN IM 04L21B01 17EN 1 4 Sending E mail Messages Include source URL Select On to attach the source URL Attach the URL when the Web server is enabled Subject Enter the subject of the e mail using up to 32 alphanumeric characters The default setting is Alarm_summary Header1 and Header2 Enter header 1 and header 2 using up to 64 characters Scheduled Settings Specify the settings for sending e mail at scheduled times Recipient1 and Recipient2 Set the e mail recipients For Recipient1
63. setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt Server gt Allowed Modbus clients Hodbus client connect limits UsesNot Client number l n ff On Allowed IP Address A B A Use Not To place a limitation on the IP addresses that can connect to the FX Modbus server select Use Only the IP addresses specified here can connect to the FX Modbus server To not place a limitation select Not Client number You can register up to 10 IP addresses Select the client number from 1 to 10 On Off To allow connections select On Allowed IP Address Enter the IP address in the range of 0 0 0 0 to 255 255 255 255 You cannot enter a host name 1 41 uondo 23 20ej19 U 73U19473 94 Huish 1 9 Using the Modbus Server Function Port Number The default value is 502 To change the setting Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Environment tab gt Communication gt Service port For the selectable range of port numbers see section 6 1 Reading Writing the FX Data on Another Device 1 42 Another device client device sends commands to the FX to read the FX data or write data to the FX You can perform some operations such as memory start by writing in the registers For the function codes that the FX supports and the FX registers that the client
64. transfer for a given time For example this function prevents a PC from being connected to the FX indefinitely without transferring data and prohibiting other users from making new connections for data transfer uondo 19 29ej198 U JoUI9YIQ 84 Huish pa 1 1 What You Can Do with the FX1000 FTP Server You can use a PC to access the FX via FTP You can perform operations such as retrieving directory and file lists from the external storage medium of the FX and transferring and deleting files In addition you can also retrieve the directory or file list and transfer files in the internal memory For a description of the settings required to use this function see section 1 6 PC Files on the external storage medium Files in the internal memory Ethernet FTP server IM 04L21B01 17EN 1 1 What You Can Do with the FX1000 FTP Client Automatic transferring of files e The display data event data report data M1 PM1 and PWR1 options and snapshot data files that are created in the internal memory of the FX can be automatically transferred to an FTP server The result of the transfer is recorded in the FTP log The FTP log can be shown on the FX s display see Log Display described later or output to a PC using commands You can specify two destination FTP servers primary and secondary If the primary server is down the file is transferred to the secondary server e Fora description of the setting
65. y y Year Month pay Hour min s ms Swinter Type Channel A2A1 A4A3 Measured data S aa E S ES S S E FE a e IM 04L21B01 17EN 4 3 Output Format of Binary Data e Flag The meaning of the each flag is given in the table below The flags are valid during FIFO data output The flags are undefined for other cases Bit Flag Meaning of the Flag 0 1 7 No Yes Indicates that the screen snapshot was executed 6 5 z 4 _ 9 Z 2 No Yes Indicates that the decimal position or unit information was changed during measurement 1 No Yes Indicates that the FIFO acquiring interval was changed with the FR command during measurement 0 No Yes Indicates that the internal process took too much time computation for example and that the measurement could not keep up at the specified scan interval The bits that have for the flag column are not used The value is undefined e Block Member Name Binary Value Year 0 to 99 Month 1 to 12 Day 110 31 Hour 0 to 23 Minute 0 to 59 Second 0 to 59 Millisecond 0 to 999 Summer winter 0 Winter time 1 Summer time Type 0x0 16 bit integer measurement channel 0x8 32 bit integer computation channel Channel 1 to 12 and 101 to 124 Alarm status A1 Bit 0 to 3 A2 Bit 4 to 7 0 to 8 A3 Bit 0 to 3 A4 Bit 4 to 7 Measured data 0 to OxFFFF Computed data 0 to OxFFFFFFFF 1 Abinary value 0 to 8 is entered in the upper and l
66. 00 Span_U 2 0000 IM 04L21B01 17EN 2 7 Usage Example of the Modbus Function Setting the FX1000 Master Modbus Master IM 04L21B01 17EN Assumes the settings other than those below are left to default values Setting the Modbus Master Function Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Serial gt Basic settings Serial Baud rate JAH bps Data length bit Parity Even Handshaking OFF OFF Address 2 Protocal Hodbus H Normal Modbus Hodbus H Item Settings Address You can specify any value The Modbus master does not use this setting Protocol Modbus M Note Set the communication conditions the same as those of the slave device Setting Command Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Serial gt Modbus master gt Command settings Basic Setting Mode Haster command number First Last Addr Regi Type ifr H cai cai 1 2000 1 INTIE ajot 3 off dott 5 Off Bl Off a Off a Ott Item Settings Command type R M First and Last c01 Addr 1 Regi 300001 Type INT16 Setting the Computation Channel See section 1 11 Usage Example of the Modbus Function Assigning the channel to a Group See section 1 11 Usage Example of the Modbus Function Starting the Co
67. 02 30 50 IM 04L21B01 17EN Description SP Syntax Query Example Description 3 4 Setting Commands e You can specify computation channels including in queries on models with the M1 PM1 or PWR1 math option e Set the boundary positions as percentages of the entire amplitude axis in the waveform display area e The zone size must be at least 5 e Set the parameters so that the upper zone boundary position is greater than the lower zone boundary position Sets a partial expanded display SP pl p2 p3 p4 lt terminator gt p1 Measurement or computation channel number p2 Partial expanded display ON OFF p3 Boundary position 1 to 99 as a percentage p4 Boundary value SP p1 Partially expand the display of channel 001 Set the boundary position to 25 and the boundary value to 1 00 V SPO01 ON 25 100 e You can specify computation channels including in queries on models with the M1 PM1 or PWR1 math option e Fora channel whose input range is set to SKIP using the SR command p2 cannot be set to ON e For a channel whose computation channel is turned off using the SO command p2 cannot be set to ON e Set p3 as a percentage of the range defined by the span upper and lower limits scaling upper and lower limits when scaling is enabled e Set p4 to a value from span upper limit 1 to span lower limit 1 If scaling is enabled set p4 to a value from scaling upper limit 1
68. 1 by referring to the table in section 3 3 e The p3 unit is pV IM 04L21B01 17EN XM Syntax Query Example 3 6 Basic Setting Commands Sets the memory sampling condition XM pl lt terminator gt pl Datatype DISPLAY Display data EVENT Event data E D Display data and event data XM Set the memory sampling condition to display data XMDISPLAY Description You cannot specify E D when RE e Trend interval switching is on Sets the key lock When p1 is set to KEY Syntax RF p1 p2 p3 p4 p5 p6 lt terminator gt pl Type KEY p2 START key FREE LOCK p3 STOP key FREE LOCk p4 MENU key FREE LOCK p5 USER key FREE LOCK p6 DISP ENTER key FREE LOCK When p1 is set to FUNC function key Syntax RE p1 p2 p3 p4 p5 p6 p7 p8 lt terminator gt pl Type FUNC p2 Alarm ACK FREE LOCK p3 Message and batch FREE LOCK p4 Computation FREE LOCK p5 Data save FREE LOCK p6 E mail and FTP FREE LOCK p7 Time operations FREE LOCK p8 Display operations FREE LOCK Description Even on models that do not have the Ethernet interface C7 option if you set p1 to FUNC you can specify a value for parameter p6 the E mail and FTP setting but it will be ignored When p1 is set to MEDIA external storage media Syntax RF pl p2 p3 lt terminator gt pl Type MEDIA p2 External storage media operations FREE LOCK p3 Setting load operations FREE LOCK Description You cann
69. 120 V 00 W three wire system 240 V 00 W Setting the low cut power Syntax NP pl p2 lt terminator gt pl Setting type LOWCUT p2 Low cut power 5 to 2000 Query NP pl p211 Example Set the low cut power to 1 00 NPLOWCUT 100 Description Use parameter p2 to set the low cut power The range is 5 to 2000 which corresponds to actual settings of 0 05 to 20 00 3 26 FR Sets the interval for acquiring data to the FIFO buffer Syntax FR pl p2 lt terminator gt p1 Fixedto 1 p2 FIFO acquisition interval 125MS 250MS 500M5 1S 2S 5S Query FR Example Set the FIFO acquisition interval to 1 second FRI 15S Description e Set the acquisition interval to a value that is greater than or equal to the scan interval e If you use the XV command or the FX screen to set the scan interval to a value greater than the acquisition interval the acquisition interval is automatically set to the same value as the scan interval e The FX has a FIFO First In First Out ring buffer The FX acquires measured values and computed values in the internal memory at predetermined time intervals from the time that the FX is turned on The FX outputs the data in internal memory when it receives an FF command The FX retains the previous output position for each connection and updates the position when it outputs the next set of data upon the receipt of another FF command This scheme compensates for the communication delay and the differences i
70. 168 111 24 the subnet mask to 255 255 255 0 and the default gateway to 0 0 0 0 YA192 168 111 24 255 255 255 0 70 0 0 0 Sets keepalive C7 option YK pl lt terminator gt pl Keepalive ON OFF YK Disable keepalive YKOFF RU Sets DNS parameters C7 option Server settings Syntax RU p1l p2 p3 lt terminator gt p1 Setting type SERVER p2 Primary DNS server address 0 0 0 0 to 255 255 255 255 p3 Secondary DNS server address 0 0 0 0 to 255 255 255 255 Suffix settings Syntax Query Example WS Syntax Query Example WW Syntax Query Example RU p1l p2 p3 lt terminator gt p1 Setting type SUFFIX p2 Domain suffix 1 up to 64 characters p3 Domain suffix 2 up to 64 characters RU p1 Set domain suffix 1 to rec1 recorder com and domain suffix 2 to rec2 recorder com RUSUFFIX recl recorder com rec2 recorder com Sets a server C7 option WS pl p2 lt terminator gt p1 Server type FTP WEB MODBUS SNTP p2 Server usage USE NOT WS p1 Enable the Web server WSWEB USE Sets web page parameters C7 option WW pl p2 p3 p4 lt terminator gt p1 Web page type OPERATOR Operator page MONITOR Monitor page p2 Web page ON OFF p3 Authentication OFF No authentication ADMIN Administrator privileges USER User privileges p4 Command input USE NOT WW p1 Enable the operator page disable authentication and enable command input WWOPERATOR USE OFF
71. 1x4 When the Log scale is not used 0 When the Log scale is used Same value as the exponent of the FX alarm setti 4 0 Output in the byte order specified by the BO command LG1 option Manual Sampled Data Report Data IM 04L21B01 17EN The ME or MO command is used to output the data The ID number of the output format is 17 See section 4 1 For the data format see the FX1000 User s Manual IM 04L21B01 01EN The ME or MO command is used to output the data The ID number of the output format is 18 See section 4 1 For the data format see the FX1000 User s Manual IM 04L21B01 01EN ails When the Log scale is used The same value as the mantissa of the alarm setting ng 4 33 sasuodsay pa 4 4 Output Format of Instrument Information Response Output Example 4 34 This section describes the instrument information output format of the instrument information server Note The CRLF used in this section denotes carriage return line feed The parameters of the packet that are returned as a response are lined up according to the following format EACRLF Parameter 1 value of parameter 1 CRLF Parameter 2 value of parameter 2 CRLF ENCRLE e The parameter values are output in the order specified by the command parameter e Even if the same parameters are specified numerous times only the first occurrence is output e Lower case characters are used for the parameters e An undersc
72. 30 The FD command is used to output the measured computed data e The FF command is used to output the FIFO data e You can use the CB command to specify whether to output the data of measurement channels set to skip and computation channels set to OFF e The ID number of the output format is 1 See ID in section 4 1 e When you are using a channel that is set to Log scale LG1 option the logarithmic values are output You can convert logarithmic values to physical values e About logarithmic values The relationship between the physical value V and the logarithmic value V is shown below V 104 V 1000 V 1000 x logV However V must be greater than or equal to 30000 and less than or equal to 30000 and V must be greater than or equal to 1 00E 30 and less than or equal to 1 00E 30 The special data of V such as Skip Over and Over may exceed 30000 or be less than 30000 This special data is output as is For details on the special data see the Special Data Values table on the following page Examples 1 699 OVER B09 OVER S e OOE Number of blocks Number of bytes i Boki O o ery cata The binary data section on the Conceptual diagram in section 4 1 Number of Blocks This is the number of blocks Number of Bytes This is the size of one block in bytes Block 1 byte 1 byte 1 byte 1 byte 1 byte 1 byte 2 bytes 1 byte 1 byte y y y y y y y
73. 31 hh Hour 00 to 23 mm Minute 00 to 59 SS Second 00 to 59 mmm Message 32 characters Spaces are embedded when the number of characters is less than 32 characters ggg Message write destination display group 11 characters xe The number of the group in which the message was written for example 01 ALL All display groups ZZZ Operation property KEY Key operation COM Communication REM Remote ACT Event action SYS System uuu User name up to 20 characters nnn Message sequence number 0 for add messages E Space e Example EA 11 05 11 12 20 00 operation start 01 KEY admin 10 11 05 11 12 20 00 operation start O01 KEY admin 1l 11 05 11 12 20 00 0123456789abcdefg 01 KEY admin 12 EN IM 04L21B01 17EN 4 23 sasuodsay 4 2 Output Format of Text Data Status Information e The IS command is used to output the data The output format varies between ISO and S1 e The operation status of the recorder is output e For details on the status information see section 5 2 Bit Structure of the Status Information Output for the ISO command e Syntax EACRLF aaa bbb ccec dddCkRir ENCRLF aaa Status information 1 000 to 255 bbb Status information 2 000 to 255 eed Status information 3 000 to 255 ddd Status information 4 000 to 255 e Example EA 000 000 032 000 EN Output for the IS1 Command e Syntax EACRLF aaa bbb ccc ddd eee fff ggg hhhCRLF ENCRLF aaa Status informatio
74. 407834 Up to 17 registers up to 33 characters with 0 R W termination The batch number must be 32 characters or less 409503 Memory start or stop Stop 0 Start 1 NT16 409504 Alarm acknowledge Applies to all alarms lt When writing gt Execute alarm ACK 1 fixed lt When reading alarm summary gt Alarm off 0 Alarm illuminated 1 Alarm blinking occurring 2 Alarm blinking not occurring 3 409506 Computation operation lt When writing gt Stop 0 Start 1 Reset 2 Computation dropout ACK 4 lt When reading gt Stop 0 Start 1 409512 Manual sampling start Manual sampling 0 Manual trigger 1 Snapshot INT16 or other action 2 Message write destination 0 All groups 1 to 10 Specified group number Specified value Reserved Preset message R W R W R W 5 op Z Z zs EN 7 O O K S T Description 410611 Free message writing 410612 410613 410614 to 410631 Supplementary Information Message number 1 to 10 Message write destination 0 All groups 1 to 10 Specified group number 6 3 Modbus Protocol Specifications Specified value Free message Up to 18 registers up to 35 characters with 0 termination The message must be 32 characters or less 410632 to Reserved Free 410680 message Notation used in the Access column W Writable R Readable If you read a write only W registe
75. 6 4 DC VONE eere Eie aoai 3 10 decimal place unit information cccccceeeeeceeeeeseeseeeeees 4 7 default gateway cririscscsnncenciesveantoccadieetepariaieoreatuetenadine 1 13 delimite anga E e E Ea A E E cages 3 2 destination server SettiNgS cccccccccssssseeesssseeesseseeeenees 1 43 DHCP ore a EA 1 13 1 14 DHCP Clenti seredan A STEE AAN a 1 9 DAC P IOGear A 4 19 DISP ENTER KOV a oarerrecee teenies tiencepedvcnsetactetieaianasientencdeeeicnceuee iii display OUPS ecesas a ERREEN RRi 3 11 DNS e sp E A A AAE E 1 12 DNS ACCESSION 200 0 cece cece eee eeceeeeueeeeeeeueeueeeeeeueeeueeeaeeueeeues 1 13 domain VAMNS o 2 2 cecczcazacicisanncictendscatectaianetussatedicataicsatetessnedien 1 13 domain suffix Search Order cccccccceceeeeeeeeeeeee esse esaeeeaees 1 13 FX execution MOCES ececccc cece cccecceceeeeeseueeeeeaueueeuesaeeuaeees 3 4 E EBCREF sen a a e tee a r N 4 2 e mail format ccc cee cc eeceeeee esse eeueeeeeeeseaeeaeeeeeeaeeenees 1 21 Sa NOG PEETA E TA EA AA E 4 17 e mail retransmission ssseseeesesensrnenererirrerrrrererrrrererrrrn 1 20 e mail teSt oo eee ecceececeeeeeeeeeeeeeeeeeeseeeeeeeeeeeeeeesaeseees 1 8 1 20 e mail trPAENSMISSION ce ccc cc eee ce ese eseeeeeeeeseeeeaeeuseueeaeeaeeuss 1 8 e mail transmission starting Of cccccceeeeeeceeeeeeeeeeeees 1 20 e mail transmission Stopping Of ccceeeeeeeeeeeeeeeeeae es 1 20 BN AO E A TSE 4 3 EG KOV nonn E
76. 85 interface terminal a oO A serial communication terminal that comes with the C3 option Each terminal corresponds to the signal indicated below Signal Name Meaning FG Frame ground of the FX SG Signal ground SDB Send data B SDA Send data A RDB Receive data B RDA Receive data A Connection As shown in the figure below remove approximately 5 mm of the covering from the end of the cable to expose the conductor Keep the exposed section from the end of the shield within 5 cm Four wire system Two wire system CNC G G ANG CGA GA CA CA EA E FG SG SDB SDA RDB RDA FG SG SDB SDA RDB RDA lt Shield Electric potential of the shield Connecting to the host device The figure below illustrates the connection of the FX to a host device If the port on the host device is an RS 232 interface connect a converter Host computer RS 422A 485 or host device terminal on the FX Host device side RS 422A 485 RS 422A 485 Host computer terminal on the FX Host device side lt Converter RS 232 RS 422A 485 IM 04L21B01 17EN 2 7 suondo 9 pue ZD Fdejs9a U UOIJEDIUNWIWIOYD jeas y Bulsn gt 2 3 Connecting the FX Connection example to the host device You can connect the FX to a host device that has an RS 232 RS 422A or RS 485 port Use a converter to connect to an RS 232 port See the following connection examples for typical c
77. A E AA EAE A E A EE E 1 6 1 29 login function oss nccncdesdsnandasnecetredscaoxerdcceones 1 6 1 35 1 54 1 55 OO oae E E E sie enmactceh 4 14 eia IEE E aL E E E TA 1 37 lodin Procedu G orinda inanan aR EAA RAE App 3 IM 04L21B01 17EN Index M maintenance test COMMANAGS c cecceeeeeeeeeeeeeeeeees 3 8 3 52 maintenance test Server ceeeeeeceeeeeeeeeeeeeeeenes 1 5 1 55 6 1 manual sampled data xacssssiiicstnesccorcdetenushantacsecasdosaceseelaxseacs 4 33 manual sampled data information 00cc088 4 27 4 28 master command NUMDEL ccccccc ese eece eee eseesueeaeeeeeeees 2 12 match time tiMer sascvccs ncedevcacaatescevidscoccssadaansactaicecocaceaseaaccans 3 11 maximum number of Connections ccc ccc cceee cess esse esse eee 6 1 measured CEU aii cesses esesesccesa uns avackctusteccedewessewaCeeswndos veces 4 8 4 30 measurement Channel c ccccecc cece eeeeeseeeeeeeeeueeueeaeeaeeees 3 11 Measurement FUNCTION ce cece ccc cce eee eeeeeeeeeeeueeeeeeneeeues 1 54 measuring range parameters ccccccccsseeeeeseeseeeees 3 9 3 10 medium speed input model ccsccesseeecseeeceeeesseeeeees 3 11 MENU KOY rea etceise ty siosardisticc testes stead aeteew eneceneceetteneeeseoet ili message Summary ccc siaincacargorsedecthninnitnddwactmecttblebeeminbaclexewes 4 23 messages writing operator page Only 00seeeeeeees 1 33 Modbus client cece ceccec
78. C Yes 3 etup measurement and computed data output 3 Outputs data stored on the external storage medium and in Operation mode Yes No internal memory Manages and outputs the data that has been written to internal Operation mode memory RS 422A 485 commands Esc O Opens an instrument All modes Esc C Closes an instrument All modes Common commands among instruments Outputs instrument information All modes Maintenance Test Commands Available when using the maintenance test server function through Ethernet communications Command Name Function Administrator User Page _ Closes the connection to the instrument that you are operating Instrument Information Output Commands Available when using the instrument information server function through Ethernet communications Parameter Name Function Page Outputs the serial number i D A 00 N Q iN O GW Ay SB oO IK CO Q9 aN CO TH THY eH TY Ty T T CW OO O11 O01 O1 O O O ME O M Outputs the host name ip Outputs the IP address 3 8 IM 04L21B01 17EN 3 3 Setup Parameters Example of Entering Measuring Range Parameters When you enter the span upper and lower limit parameters of the SR command the input range setting command you have to enter all the digits including those to the right of the decimal point For example if you want to set the upper limit to 1 0000 V when the measuring range is 2 0000 V to 2
79. CRiF HostCcREr CRE lt Time gt CRLF mo dd hhimirss CRLF CRLF B Mdid message s did not reach intended recipient s CRLE Lol iG Count nnCRLEF mo dd_ hh mi ssCRLF CRLE lt Time gt CRLF mo dd_ hh mi ssCRLF occ c ddd ACRLE CRF Access the following URL in order to look at a Scre n CRLF http host domainy CRLF CRIP ccc c Channel number or tag Up to 16 characters Channels set to Skip or Off are not output For the channel number see section 3 3 ttt t Type of discarded e mail Alarm summary Alarm mail Periodic data Scheduled mail System warning System mail Report data Report mail nn Number of discarded e mails ddd d Measured Computed value up to 10 digits including the sign and decimal point unit up to 6 characters OVER Positive overrange OVER Negative overrange Burnout Burnout data FERRE Error data The time that follows the type and count of discarded e mails is the time when the e mail is discarded last 1 22 IM 04L21B01 17EN 1 4 Sending E mail Messages System Mail Power Failure Format e Subject Subject System warning e Syntax header1lCRLF header2CRLF CRLF Power failure CRLF lt Host name gt CRiF hostCRiF CRLF lt Power fail gt mo dd hhimiissCRLF lt Power on gt mo dd_ hh mi ssCRLF CRLF Access the following URL in order to look at a screen CRLF http host domain CRLF CRLF c v gt ro r gt D m r gt D gt D r r D f ie
80. Clear to send Handshaking signal when receiving data from the PC Input signal to the FX Note Pins 1 4 6 and 9 are not used Connection e Signal direction lt RS Request to send Ready to receive CS Clear to send Ready gt lt SD Send data RD Received data _ gt 2 4 IM 04L21B01 17EN 2 3 Connecting the FX e Connection example e OFF OFF XON XON e CS RS CTS RTS PC FX PC FX SD SD 3 SD RD RD 2 RD RS RS 7 RS cs cs 8 CS SG SG 5 SG e XON RS XON RTS PC FX SD SD The connection of RS on the PC and CS a RD on the FX is not necessary However we S RS cs cs recommend that you wire them so that the SG SG cable can be used in either direction Handshaking When using the RS 232 interface for transferring data it is necessary for equipment on both sides to agree on a set of rules to ensure the proper transfer of data The set of rules is called handshaking Because there are various handshaking methods that can be used between the FX and the PC you must make sure that the same method is chosen by both the FX and the PC You can choose any of the four methods on the FX in the table below Table of Handshaking Methods Yes indicates that it is supported Data transmission control Data Reception Control Control used when sending data to a computer Control used when receiving data from a computer Software Hardware Software Hardware Han
81. Commands Special response COMMANAS c cseccceeeeeeeeeeeeeeeeeeseeeeeseeeeeseeeeees 3 52 3 11 Maintenance Test Commands Available when using the maintenance test server function through Ethernet COMMUNICALIONS ccccseeececcesseeeceeeeeeecseuecececeuseeecseeeeeseuseeesseneeeeseas 3 52 3 12 Instrument Information Output Commands Available when using the instrument information server function through Ethernet COMMUNICATIONS cccceeeeeeeeceeeeeeeeaeeeeeesaeeeeeeeaeeeees 3 54 Responses AT Response Ve Sasa ek nad ssc E ap seo aa eee ieitscalde Cowes den seenasteeceepedeedeeeuavesadontoe 4 1 4 2 Output Format OF Text DAN yeaa ete csa nce cseteeeeeteses eetcaieqsmateeceaent een abeecenedaceentencdecseieheenieeescaneniete 4 6 4 3 Outp t Format of Binary Data eissis acc renseneeserac eis ascetic asda teesetteseqeasntealauieacigideencte 4 29 4 4 Output Format of Instrument Information cc cc ccccccsececeeeeeceeeeeeeeeeeseeeeessaeeesseeesseeeees 4 34 IM 04L21B01 17EN Contents Chapter 5 Status Reports Chapter 6 Appendix Index IM 04L21B01 17EN 5 1 Status Information and Filter ce ccccsecceceeeeeeeeeeeseeeeceeeeeseeeeseeeeeseeseeseeeeseneeeseneessaas 5 1 5 2 Bit Structure of the Status Information usicsevvcacercseves siedcevecseedoectedacesedecidevesthebers vesndventcseeereceos 5 2 Specifications 6 1 Ethernet Interface Specifications 0nnnn0nnneennneninnnnensnnnenrrrrrrnnrrrn
82. E E E I A iii Ethernet information ccccccicniceiavecenveceeaievedsitecanesuerebiacsasieserons 4 25 Ethernet interface connector sessesesoeseenersorrererrerrorrererrerren iil Ethernet interface Specifications c cccccccceeeeceeeeeeeeeees 6 1 execution MOE 20 0 0 cc ceceececceceeceeceeceeeeeeeeeeeeeueeeeueaeeaeness 3 4 3 6 PE FRIFO DOUNET cesor EEE EEEE App 9 FIFO data acacacixitancqccttesanetaneaeeaananttsceennacdacaanoaiseusaneoasdasieretes 4 30 FIFO data UNO es prcnceeaecataccecitnacuncavecan Stieloutenuacesewsadtattens App 9 MES Goa ce cease eeemadecse ecedactc suasingsiekeoensaigeneeasneenasseace 4 26 App 7 TIVE a ant onieutceau cau E E A E 5 1 IM 04L21B01 17EN final character ccs vencsdisccbaxcsossvnsiensaccdanenacnonewenneseddaxouadeacesansns 3 2 first last Client Channels ccccccssssseeeeeceeesseeeeeseeeeeeees 1 44 first last master Channel cccccssssseeeeecenesseeeeeseaeeseees 2 13 fixed IP AC GES wee ca cicncsdackeniesaiptncheddcdaviasienVousptupleaectadiweteueeis 1 13 WA EE A T T E E E 3 11 4 3 4 31 flow chart FIFO CAI esses ccis sina ti Gnaeaies disana a App 9 flow of operation scicczessaccaserecesnoccanehusasuencerensssedesaccupasaerocness 1 10 format details 5 covers aedaccosstuasrartenandnsboweanesautinanduawacionss 4 32 4 33 four awire SV SUCIN hg cic conevesenccexaecasecenceacasegeaterceatedeneeierseaterden 2 8 FONDANE eeror Ra jii FTP Gleni cree E E S 1 5 FTP client O0 oe
83. E E ess E E E 3 34 MN EEEE EE EAE E A TE E E niet 3 40 DOD OEE E AA N AA A 3 37 ME a E a E 3 46 h E E TE E E E O A N E 3 39 Pee T E E E E E A T T 3 37 ba AA E E N AE TE E A oe 3 37 AN eea Ea E E A E 3 39 AN a E E E laces 3 37 Ne E A E E E E A E AE TT 3 40 ha E EE E E O E T E E 3 39 A E PA E E E E T 3 33 h E PEE AEA EE TEA A EEE Sect E E E 3 40 NE e E T E 3 46 i A EEEIEE A A A O A AEE 3 42 OVE E I EEEE EE E EE S EET E 3 40 A a N E E E E E ee 3 44 2 Wins E E P E EE T 3 44 YO aetec ee ee oc ae ne oeenee cee 3 33 UI PE OE EA E EA E A E T 3 43 TY E AAE E A AE I AE E A 3 41 VIER E E E E E E aceeneseee vacances eeueee 3 43 E E EE E EEE E E E 3 44 iA E E E Goce EAEE A E E 3 41 0 EEEE EAT AEE ET A A TA res 3 41 oY A E EA AAEE TE A T A AANE A ATE 3 42 h A i EEEE A AA E E ENT 3 42 e EEEE E EET E AAT E A EEE AE 3 42 command setting Example cccccssssseseeeseseeseseeessenees 1 45 command settings ix inci asinuncwsminnacudsndinteuseinlenuatentcnamnipseusincidel 2 12 commands list Ol vccercccticcricccestalidiocauantwactirertecinielattdacstivauactcoonedinctracs 3 4 COMMONS AX i cas canoxearduensamedeadoranceduaamnesates toamniundeassanobeasts 3 1 Index 2 command TY DG sspecnecesereneswnsrerestecdterseudansrenentacdseds 1 44 2 12 6 4 COMMUNICATION conditions ccceceeeeeceeeeeeeeeeeeeeeees 1 47 2 14 COMMUNICATION distance 20 0 cece cece eee eeeeeeeeeeeeaeeueeeeeeeeeaes 6 2 COMMUNICATION input Cala vo cavicadcsecsss
84. F Disables the saver function DIMMER Dims the backlight TIMEOFF Turns off the backlight p3 Amount of time until the FX switches to saver mode 1MIN 2MIN 5MIN 10MIN 30MIN 1H p4 Event that causes the FX to return from saver mode KEY Pressing of a key KEY ALM Pressing of a key or occurrence of an alarm SQ Set the LCD brightness to 2 and the screen backlight saver type to DIMMER Set the amount time of until the FX switches to saver mode to 5 minutes and the event that causes the FX to return from saver mode to the pressing of a key SQ2 DIMMER 5MIN KEY If p2 is set to OFF do not set p3 or p4 Sets the background color TC pl p2 lt terminator gt p1 Screen WHITE BLACK p2 Historical trend screen WHITE CREAM LIGHTGRAY BLACK TC Set the screen background color to black and the historical trend screen background color to cream TCBLACK CREAM Sets automatic display group switching TP pl lt terminator gt pl Auto switching interval 5S 10S 20S 30S 1MIN TP Switch between display groups at 5 second intervals TP5S 3 21 e 3 4 Setting Commands TR Sets the automatic monitor return function Syntax TR pl lt terminator gt pl Automatic return time limit OFF 17MIN 2MIN 5MIN 10MIN 20MIN 30MIN 1H Query TR Example Set the automatic return time limit to 5 minutes TR5MIN TQ Sets a timer When p2 is set to OFF no timer Syntax TQ pl p2 lt terminator gt pl Timer number p2
85. Hone 181 163 192 168 1 56 m 1 2 3 4 5 6 7 a q 5 1 2 3 4 5 6 Ree eee Detail code Status lamp Cursor to select a command Fesisters Register number Host name or IP address of the server device FX channels Used when resuming command transmission to a server device using the front panel keys e Communication Conditions The Read cycle and Connect retry settings are displayed e Communication Status The communication status is displayed using the status lamp and the detail code Status Lamp Detail Code Green Good Yellow Orange Red Common to yellow None orange and red Func Regi Err Link Host Cnct Send BRKN Space IM 04L21B01 17EN Meaning Communication is operating normally Command is readying Trying to establish a TCP connection Communication is stopped No response from the server device The server device cannot execute the command from the FX The server device does not have the specified register There is an error in the response data from the server device Ethernet cable is disconnected Unable to resolve the IP address from the host name Failed to connect to the server Failed to transmit the command Failed to receive the response data or detected a disconnection The detail code is not displayed until the status is confirmed when communication is started 1 47 uondo 19 20ej19 U JoUI9Y Q 94 Huish pa 1 10 Using Modbus to Read Data Fro
86. Initialize Check whether the number of data points is even Determine the number of data points using a short data type DUET Sum using an unsigned short data type When the data length is odd Pad with a 0 and add to the unsigned short data unsigned char eL2 rump tmp c 1 0 tmp c 0 unsigned char p csum tmp s IM 04L21B01 17EN 4 1 Response Syntax if csu um csum amp OXELEL esum gt gt 16 amp OxXELEL OxffffT Add the overflowed digits esum casum Oxfff Tr lf the digit overflows again add a 1 return csum amp Oxffff bit inversion Dedicated Commands for RS 422A 485 The dedicated commands for the RS 422A 485 interface and the corresponding responses are listed in the following table Command Syntax Meaning Response ESC OXX CRLF Opens the device e Response from the device with the specified address ESC Oxx CRLF e No response when the device with the specified address does not exist ESO Cxx CRLF Closes the instrument Response from the device with the specified address ESC Cxx CRLF e No response when the device with the specified address does not exist 1 Some of the possible reasons that cause the condition in which the device with the specified address cannot be found are a command error the address not matching that of the device the device is not turned ON and the device not being conn
87. Measurement Data Files and Other Files from the FX Testing the FTP Transfer You can test whether a test file can be transferred from the FX to an FTP server Press FUNC and select FTPtest Items to check before performing this test e Connect the Ethernet cable correctly For the connection procedure see section 1 3 e Check that the Ethernet interface settings are correct For the procedure see section 1 3 Checking the results of the FTP test e When an FTP test is executed a test file named FTP_TEST TXT is transferred to the directory indicated by the initial path at the FTP destination specified in this section e You can view the result of the FTP test in the FTP log This log can be displayed on the FX see the FX1000 User s Manual IM 04L21B01 01EN displayed in a Web browser see section 1 5 or output with the FL command see section 3 8 1 38 IM 04L21B01 17EN 1 8 Synchronizing the Time The FX time can be synchronized to the time on an SNTP server The FX can also function as an SNTP server Setting the SNTP Client Synchronize the FX time to the time on an SNTP server Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt SNTP client Basic Setting Mode SHTP client UsesNot Server name Ente recorder com Fort number 123 Access interval oh Access reference time AB AB Access timeou
88. N 5MIN Set the time offset to 9 hours ahead of GMT and the deviation limit to 30 seconds XG0900 30S Sets the date format XN pl lt terminator gt pl Date format Y M D M D Y D M Y D M Y XN Set the date format to year month day XNY M D Sets host information C7 option YB pl p2 lt terminator gt pl Host name up to 64 characters p2 Domain name up to 64 characters YB Set the host name to fx1000 and the domain name to fxadv recorder com YB x1000 fxadv recorder com 3 39 _ e 3 6 Basic Setting Commands YD Sets network parameters C7 option When you are not retrieving network parameters automatically Syntax YD pl lt terminator gt pl Automatic retrieval NOT When you are retrieving network parameters automatically Syntax Query Example YA Syntax Query Example YK Syntax Query Example 3 40 YD pl p2 p3 lt terminator gt pl Automatic retrieval USE p2 DNS information retrieval USE NOT p3 Automatic host name registration USE NOT YD Set the FX to automatically retrieve the IP address and DNS information and automatically register the host name YDUSE USE USE Sets the IP address subnet mask and default gateway C7 option YA pl p2 p3 lt terminator gt p1 IP address 0 0 0 0 to 255 255 255 255 p2 Subnet mask 0 0 0 0 to 255 255 255 255 p3 Default gateway 0 0 0 0 to 255 255 255 255 YA Set the IP address to 192
89. ND setting SOL Only specify S01 SO1 Sxx Specify S01 to Sxx xx 02 to 30 3 36 Output relay settings Syntax WO 01 2 03 04 05 lt terminator gt pl DO type RLY p2 Relay number NONE No AND setting 101 Only specify 101 I01 Ixx Specify 101 to Ixx xx 02 to 06 and 11 to 16 p3 Energize or de energize the relay DE ENERGIZE ENERGIZE p4 Holding of the relay NONHOLD HOLD p5 Relay action on ACK NORMAL RESET Query WO p1 Example Specify no AND operation of the output relays set the relay action to energize and release the relay output when the ACK operation is performed regardless of the alarm status WORLY NONE ENERGIZE HOLD RESET WH Sets alarm hysteresis Measurement channels Syntax WH pl p2 p3 lt terminator gt pl Channel type MEASURE p2 Hysteresis on high and low limit alarms 0 to 50 p3 Hysteresis on difference high and low limit alarms 0 to 50 Computation channels Syntax WH pl p2 lt terminator gt pl Channel type MATH p2 Hysteresis on high and low limit alarms 0 to 50 Query WH p1 Example For measurement channels set the high and low limit alarm hysteresis to 4 0 and the difference high and low limit alarm hysteresis to 0 0 WHMEASURE 40 0 Description e You can set computation channels on models with the M1 PM1 or PWR1 math option e The hysteresis of any channels that are set to Log scale LG1 option is fixed to 0 IM 04L21B01 17EN XV Syntax Query Example Description
90. O D O O O _ System Mail Memory Full Format e Subject Subject System warning e Syntax header1lCRLF header2 CRLF CRLF Memory Tull CRLEF lt Host name gt CRLF hostCRLF CRLE mo dd_hh mi ssCRLF lt Memory remain gt ppp pMbytesCRLF lt Memory blocks gt bbb 400CRLF lt Media remain gt rrr rMbytesCRLF CRLF Access the following URL in order to look at a screen CRLF http host domain CRLF CRLF ppp p Remaining amount of internal memory bbb Number of unsaved blocks 0 to 400 rrr r Remaining free space on the external storage medium when an external storage medium is connected IM 04L21B01 17EN 1 23 1 4 Sending E mail Messages 1 24 System Mail Error Format e Subject Subject System warning e Syntax headerlCRLF header2CRLF CRLF EYrOY CRLF lt HOST name gt CRiF NOSCCECRLEF CRLF mo dd_ hh mi ssCRLF ERROR ff fCRLF Operation aborted because an error was found in media CRLF CRLE mecess the following URL in order to look at a Screen Ceay http 7 7 host domain CRiF CALE cir Error number 200 201 211 281 to 285 The error messages that appear vary depending on the error type For details on the error see the FX1000 User s Manual IM 04L21B01 01EN IM 04L21B01 17EN 1 4 Sending E mail Messages Report Mail Format e Subject pUDTeCTTRepOrT data e Syntax headerlCRLF header2CRLF CRLE EL Preport e CRLF lt Host name gt CRiF hostCRiF CRF mo dd_ hh mi ssC
91. OIS WAN OM sencan annida 1 6 users SIMUMGENGOUS iicccsscccestceccncsicctsnctiestcecendcassianctdaeteveeneens 6 1 We web browser to access the FX ccccecceeeeeeeteeeeeeeeeeneees 1 35 web operation 160 ce atisianccutisuuemniniantebonsantcanisTancedupsentonteabictabaaat 4 15 Web page setting Of cccccecccccecssssseeeeeseeeeseeeessaeaaeees 1 27 Web SONY CP vec crsersexeccstndantecbacredtaceetuecedacsucrenbebecciandedeeanastuumbease 6 1 WED Server o0 ccc cccccc cece ecceceeeee cee ceeeeuueueeeeseueeueeeeeaseueeaueneeueeanes 1 7 Web server fUNCTION 00 ccc cece cece eee eeeeeeeeeeeeeeeeeeaeeneeeaeees 1 27 Web server Setting Of cccccccceccceceeeeeeeseeeeeseeeeeeeseeees 1 27 writing measured values to the SEIrve cccceeeeeeee eee 1 46 IM 04L21B01 17EN Index X XON RS cece tocies Cecedecdce eset connec otis aon dees Jeweoe ores 2 6 cere beta ade ceeeteeet ened edeec edna ctncebncentee sedate ncebaues 2 6 Z OOM acces cosh eon ti cect oct pats esse ee ee 1 30 IM 04L21B01 17EN Index 5 Blank Page S l
92. ON its terminator The recommended converter is a type that has a built in terminator Select the appropriate terminator 120 Q indicated in the figure according to the characteristic impedance of the line the installation conditions of the instruments and so on 2 9 suondo 9 pue ZD Fdejs9a U UOIJEXIUNWIWIOD jeas y Bulsn gt 2 4 Setting the Serial Communication Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Serial gt Basic settings Serial basic settings Baud rate Data length bit Parity Even Handshaking OFF OFF Address 1 Protocal Standard i200 2408 daaa 566A Next 1 2 For RS 232 e Baud rate Select 1200 2400 4800 9600 19200 or 38400 bps e Data length Select 7 or 8 bits To output the data in binary format select 8 e Parity Set the parity check method to Odd Even or None e Handshaking Select Off Off XON XON XON RS or CS RS e Address For Modbus protocol enter a value in the range of 1 to 99 For a general purpose communication protocol this value is not set e Protocol Select Standard for a general purpose communication protocol Modbus for Modbus slave and Modbus M for Modbus master If Modbus master is selected Modbus master settings must be entered See section 2 6 For RS 422A 485 e Baud rate Select 1200 2400 4800 9600 19200 or 38400 bps
93. P 1 2011 01 01 14 59 21 ec a S i2 T o Ee E TE O 2D AE Gene lt P eeh JEER AEE r r LEENH E i ee E kei EA ES titi tt a a oe p ae ee ee ee eee eee ee Wee Ee eee ee itr the Select Screen gt q DISP ENTER 7 H 2183 8 2437 i i For the procedure to set the Web server function see section 1 5 For operations on the monitor page and operator page see section 1 5 IM 04L21B01 17EN 1 7 uondo 23 92 13 U1 73U19473 94 Huish 1 1 What You Can Do with the FX1000 E mail Transmission Transmitting e mail messages The available types of e mails are listed below E mail can be automatically transmitted for each item You can specify two groups of destinations and specify the destination for each item In addition you can set a header string for each item e Alarm mail Reports alarm information when an alarm occurs or clears e System mail Notifies the time of the power failure and the time of recovery when the FX recovers from a power failure Notifies the detection of memory end when it is detected Notifies the error code and message when a media related error occurs an error on the external storage medium or when the data cannot be stored due to insufficient free space on the external storage medium Notifies the error code and message when an error related to FTP client when a data transfer fails using the FTP client function occurs e Scheduled mail Transmits an e mail messa
94. P1 to the most recent acquisition position WP In this example more than 2 s has elapsed from the previous read operation Therefore data in blocks 5 and 6 are output The size of the internal memory reserved for FIFO FIFO buffer data size varies depending on the model Model Data size FX1002 and FX1004 1200 intervals 150 seconds at the shortest write interval of 125 ms FX1006 FX1008 FX1010 and FX1012 240 intervals 240 seconds at the shortest write interval of 1 s IM 04L21B01 17EN App 9 Xxipueddy ES Blank Page S l Index Numerics SS OAC esinsin nnii n erioa R 3 10 OE See Wage aseet ce teseetestesectenoyete nbs case tensicturnenbetieeaedeseeseseanes 6 3 A ACCESS INTEPVAl cece cece eee eee eeeeeeeeeeeeeeveeueaeeaeeaeeueeuennanes 1 39 ACCESS UNMCOUN rasiccicocccecssccasoeceina ncaececuanSeadseaiacabeveieiennebees 1 39 ACCOUNT serso enie nnie EAE E Ere EEE EE EENT 1 37 active alarms cctcrrcctszenictacacttationchinictaccsseunterienacictasaesecatecaeid 1 18 218 0 1c ae a oe ce oe ee oe 2 10 2 13 218 001 eee ene ee a ee ee eo 1 54 1 55 administrator vcs erersicdectsrcceacawsvdeiaiaeteedstessesvdcisiacneceenesens 1 6 3 4 affirmative response civeevcccczehscnanedeeasdsceciesateacenseiecedsouamene 4 1 alarm notification Mall ccc cece cceceeeseeeeeeeeeeseeeeueeeaees 1 21 alarm settings e mail ccccsccececeesssseeeesseneeeeeeessaneaees 1 18 alarm SUNTAN Y ssicsneearcnsaatoxa
95. RLF lt Ch cec CCRLE lt tp gt eee eCair lt UCpeeee eCRiLF lt Up eecs eCRLPF lt Tp gt ees eCRLF lt ni ron aCRLF c v gt ro r gt D m r gt D gt D r r D f ie O D O O O CRLF Access the following URL in order to look at a_screen CRLF http host domain CRLF CALE ca Contents of the report mail hourly daily weekly or monthly report ccc c Channel number or tag Up to 16 characters Channels set to Skip or Off are not output For the channel number see section 3 3 tp Report content average maximum minimum instantaneous and sum Four items among these are output eee e Measured Computed value up to 10 digits including the sign and decimal point However for the sum value the value is output as a combination of the sign mantissa E sign and exponent such as in 3 8000000E 02 OVER Positive overrange OVER Negative overrange Burnout Burnout data Empty data Error data uuu u Unit up to 6 characters IM 04L21B01 17EN 1 25 1 4 Sending E mail Messages Test E mail Format e Subject Subject Test e Syntax Test mail CkLF lt Host name gt CRiF hostCRLF Cn Gr lt Time gt CRLF mo dd_ hh mi ssCRLF CRLF lt Message gt CRLE x ms CRLF X Message number 1 to 10 ms Message content only specified messages are output Common Display Items for All Formats e Time information mo Month 01 to 12 dd Day
96. RUSSIAN KOREAN Batch settings Syntax WU pl p2 p3 p4 lt terminator gt pl Setting type BATCH p2 Batch function OFF ON OFF Disables the batch function ON Enables the batch function p3 Number of lot number digits OFF 4 6 8 p4 Auto increment ON OFF Description Parameters p3 and p4 are valid when p2 is set to ON Display settings Syntax WU pl p2 p3 p4 lt terminator gt pl Setting type DISPLAY p2 Trend type T Y T Y display p3 Partial expanded display OFF ON p4 Trend interval switching OFF ON Message settings Syntax WU pl p2 p3 p4 lt terminator gt p1 Setting type MESSAGE p2 Where to write messages that you enter using keys COMMON All display groups SEPARATE The display group that you specify p3 Power failure message OFF ON p4 Change message OFF ON 3 34 Input settings Syntax WU pl p2 lt terminator gt p1 Setting type INPUT p2 How to detect values that exceed the scale FREE When the measuring range is exceeded OVER When 105 of the scale is exceeded Description The setting of parameter p2 how to detect values that exceed the scale is not applied to channels that are set to Log scale LG1 option Alarm settings Syntax WU pl p2 lt terminator gt pl Setting type ALARM p2 Alarm suppression function OFF ON Security settings Syntax WU pl p2 p3 lt terminator gt pl Setting type SECURITY p2 Key OFF Disables the security features KEYLOCK Locks the keys LOGIN Enables the login functi
97. S MASTER on the screen selection menu you need to change the setting using the menu customize function Operate as follows Press MENU to switch to setting mode and select the Menu tab gt Menu customize gt Display menu 1 Select INFORMATION gt MODBUS MASTER 2 Press the View soft key AaA 123d BaR5TS A S A a OBAG AL 17 17 20 26 MRADI ake IEA e Read cucle Inter block delay Off r aaa Time out 1 Auto recovery i 2min Communication condition Fetrials Comm Data Slave Ho Status First Last Address Registers Good Cel Chl 1 36881 F WU Hone 1 1 1 46681 Lo Hone 161 161 1 dha Register number Address for a slave device 1 2 3 4 5 6 7 a q B 1 2 3 4 5 6 Bee eee FX channels Detail code Status lamp Cursor to select a command Used when resuming command transmission to a slave device using the front panel keys 2 13 suondo 9 pue ZD Fdejs9a U UOIJEXIUNWIWIOYD jeas y Buisn gt 2 6 Using Modbus to Read Data From and Write Data to Other Devices Communication conditions The read cycle Inter block delay Time out Auto recovery and Retrials settings are displayed Communication Status The communication status is displayed using the status lamp and the detail code Status Lamp Detail Code Meaning Green Good Communication is operating normally Yellow Command is readying Red Communication is stopped Common to yellow None No response from the slave
98. Sending E mail Messages Settings for Sending E mail Set the server configuration and the contents of the e mail transmission Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt E Mail Basic settings Recipients Basic Setting Mode Basic Setting Mode Basic settings Recipients SHTP server name E Recipient 1 Co Port number 25 Recipient 2 Security uth Sender SHTP authorization User name Po Password Srrerrerttrtt ttt rts c v gt re r gt D m am gt D gt D r r D f ie O D 2 O O Input POP3 Settings Alarm settings th nert Basic Setting Mode Basic Setting Node POPS Settings Alarm settings POPS Server name Po Recipient 1 Recipient 2 Off ne AMM DEE a Active Alarms ogin name Alarm 1 oft Alarm 2 ott errerrerrtrttr ttt ttt Ts Password Alarm 3 ott Alarm 4 ott Include INST ott Include source URL oft Subject larmsummary Header 1 Header 2 Scheduled settings System settings 3 z thernet F thernet Basic Setting Mode Basic Setting Mode Scheduled settings System settings Recipient 1 za Recipient 2 oft Recipient Bott Recipient 2 oft Les real eth Hee real eth Include source URL oft Ref time Aa Be Ref time Aa Ae Subject ystem warning Include INST oft Header 1 Include source URL oft Header 2
99. Serial Interface The following flow chart shows the procedure to follow to configure communications using RS 232 or RS 422A 485 The procedure varies for RS 232 and RS 422A 485 Start of setting Communication RS 232 RS 422A 485 Setting the handshaking Set the protocol Set the Modbus Configuration required when Modbus master master is selected in the protocol setting End of setting Set the address Cc o Q P gt D D D O O 3 3 c O fa3 cR O r D i fat O D O N fas Q a oo O cR O 2 IM 04L21B01 17EN 2 3 2 3 Connecting the FX Connecting the cable Connect a cable to the serial port on the FX rear panel RS 232 Connection Procedure Connect a cable to the 9 pin D sub RS 232 connector Connector pin arrangement and signal names 12 3 4 5 Ho Rear panel 6 7 8 9 Each pin corresponds to the signal indicated below The following table shows the signal name RS 232 standard JIS and ITU T standard signals Pin Signal Name Name Meaning JIS ITU T RS 232 2 RD 104 BB RXD Received data Input signal to the FX 3 SD 103 BA TXD Transmitted data Output signal from the FX 5 SG 102 AB GND Signal ground Signal ground 7 RS 105 CA RTS Request to send Handshaking signal when receiving data from the PC Output signal from the FX 8 CS 106 CB CTS
100. Starts or stops computation Starts computation Stops computation Resets computation Causes a timeout in display data Causes a timeout in event data Writes a message Takes a snapshot Performs manual sampling Resets the relative timer Switches the trend interval Switches the display group Raises a flag Adjusts the time Loads settings Query Example Description 3 4 Setting Commands p5 Action details 1 p4 TIMERRESET Timer number p4 DISPLAYGROUPCHANGE p FLAG p4 MESSAGE p4 PANELLOAD p6 Action details 2 p4 MESSAGE ALL SELECT p7 Action details 3 Display group number Flag number Message number 1 to 100 Setup file number 1 to 3 Method of specifying the destination to write the message All display groups A specific display group p4 MESSAGE and p6 SELECT Display group number TU p1 Use the remote control input terminal 1 to execute a memory start TUREMOTE 1 MEMORYSTART e Set the numbers such as the relay number and internal switch number by referring to the table in section 3 3 e Depending on the value of parameter p2 event type there are some values that you cannot select for parameter p4 action type e Depending on other FX settings or the installed options there are some values that you cannot select for parameter p4 action type e You can specify SNAPSHOT and MANUALSAMPLE regardless of the FX specifications However depend
101. Timer type OFF When p2 is set to ABSOLUTE absolute time Syntax TQ pl p2 p3 p4 lt terminator gt pl Timer number p2 Timer type ABSOLUTE p3 Time interval 1MIN to 6MIN 10MIN 12MIN 15MIN 20MIN 30MIN 1H to 4H 6H 8H 12H 24H p4 Reference time hh fixed format hh Hour 00 to 23 When p2 is set to RELATIVE relative time Syntax TO pl p23 p4 lt terminator p1 Timer number p2 Timer type RELATIVE p3 Time hh mm fixed format hh Hour 00 to 24 mm Minute 00 to 59 p4 Reset at computation start OFF ON Query TO pI Example Set the timeout value of timer number 1 to 10 hours 30 minutes Set the timer so that it is not reset when computation is started TQ1 RELATIVE 10 30 OFF Description e Set p1 by referring to the table in section 3 3 e You cannot use this command to configure settings while recording memory sampling is in progress e When p2 is set to RELATIVE you can set p3 to a value less than or equal to 24 00 3 22 TK Sets a match time timer When p2 is set to OFF the match time timer is disabled Syntax TK pl p2 lt terminator gt pl Timer number pa Timer type OFF When p2 is set to DAY specify the time Syntax TK pl p2 p3 p4 p lt terminator pl Timer number p2 Timer type DAY p3 Day 1 to 28 p4 Time hh mm fixed format 00 00 to 23 59 p5 Timer operation SINGLE REPEAT SINGLE The action is executed once when the condition is met REPEAT The action is executed each t
102. USE Description e Parameters p3 and p4 are valid when p2 is set to ON e You can set parameter p3 to OFF or ADMIN when p1 is set to OPERATOR e Parameter p4 is valid when p1 is set to OPERATOR IM 04L21B01 17EN YQ Sets the communication timeout C7 option When you are not using a timeout Syntax Query Example YQ pl lt terminator gt pl Communication timeout OFF YQ Disable the communication timeout YQOFF When you are using a timeout Syntax Query Example YT Syntax Query Example YQ pl p2 lt terminator gt pl Communication timeout ON p2 Timeout value in minutes 1 to 120 YQ Enable the communication timeout and set the timeout value to 3 minutes YOON 3 Sets the FTP transfer timing C7 option YT pl p2 p3 lt terminator gt p1 Automatically transfer data when display data files and event data files are created ON OFF p2 Automatically transfer data when report data files are created ON OFF p3 Automatically transfer data when snapshot data files are created when a snapshot is executed ON OFF YT Set the FX to automatically transfer display data files and event data files Do not transfer report data files or screen image data files YTON OFF OFF Description When the method to save data to the external storage medium is set to Auto the FX automatically transfers data files when they are created For the setting procedure for the method to s
103. W LEVEL CONT 1 5V Required Option N3F N3F N3F N3F N3F N3F N3F N3F N3F N3F N3F N3F N3F N3F IM 04L21B01 17EN 3 3 Setup Parameters List of Notations Such as Channel Numbers and Valid Ranges Type Notation and Valid Notes Range Measurement channel 001 to 012 Varies depending on the model Computation channel 101 to 112 High speed input model M1 PM1 and PWR1 101 to 124 Medium speed input model M1 PM1 and PWR1 Report channels R01 to R12 High speed input model M1 PM1 and PWR1 R01 to R24 Medium speed input model M1 PM1 and PWR1 Internal switches S01 to S30 Output relays 101 to 106 111 to 116 Varies depending on the option A or A4A Constants K01 to K60 M1 PM1 PWR1 Communication input C01 to C24 M1 PM1 PWR1 data Display groups 1 to 10 Remote control 1to8 R1 PM1 terminals Pulse inputs 1to8 PM1 Flags 1 to 8 M1 PM1 PWR1 Timers 1 to 4 Match time timers 1 to 4 Report groups 40 2 High speed input model M1 PM1 and PWR1 stacked bar graphs 1 to4 Medium speed input model M1 PM1 and PWR1 High speed input models FX1002 and FX1004 Medium speed input models FX1006 FX1008 FX1010 and FX1012 Note Regarding Don t care parameters for each command Don t care parameters do not affect the settings that are made by a command Set these parameters to any values that you want Examples abc When abc is entered 1
104. When 1 is entered 7 When nothing is entered When a space is entered IM 04L21B01 17EN 3 11 e 3 4 Setting Commands 3 4 Setting Commands SR Sets an input range You cannot use this command to configure settings while recording memory sampling or computation is in progress When Setting Channels to Skip Syntax SR pl p2 lt terminator gt pl Measurement channel number p2 Setting type SKIP Query SR p1 Example Skip channel 001 SR001 SKIP Description e Channels set to SKIP are not measured e Set p1 by referring to the table in section 3 3 When Setting the Channels to Voltage TC RTD or ON OFF Input Syntax SR pl p2 p3 p4 p5 lt terminator gt pl Measurement channel number p2 Input type VOLT DC voltage TC Thermocouple RTD Resistance temperature detector DI ON OFF input p3 Measuring range p4 Span lower limit p5 Span upper limit Query SRIpL Example Set the channel 001 input type to TC type R the span lower limit to 0 C and the span upper limit to 1760 0 C SR001 TC R 0 17600 Description Set p1 and p3 by referring to the table in section 3 3 e For parameters p4 and p5 enter values with five digits or less excluding the decimal point When Computing the Difference between Channels Syntax SR pl p2 p3 p4 p5 p6 p lt terminator gt p1 Measurement channel number p2 Setting type DELTA p3 Input type VOLT DC voltage TC Thermocouple RTD Resistance temperature detector DI ON OFF input p4 Me
105. XB Syntax Query Example Description XJ Sets the scan interval and A D integration time XV pl p2 p3 p4 lt terminator gt p1 Fixed to 1 p2 NORMAL Fixed p3 Scan interval 125MS 250MS 1S 2S 5S p4 A D integration time AUTO 50Hz 60Hz 100ms XV p1 Set the scan interval to 1 second XV1 NORMAL 15S The selectable scan intervals vary depending on the model See the FX1000 User s Manual IM 04L21B01 01EN You can only set p4 to 100ms when p3 is set to 2S or 5S Sets burnout detection XB pl p2 lt terminator gt pl Measurement channel number p2 Burnout processing OFF No processing UP Sets the measured result to positive overflow DOWN Sets the measured result to negative overflow XB p1 Set the measured result to UP positive overflow when a burnout is detected on channel 001 XB001 UP Set p1 by referring to the table in section 3 3 Sets RJC When using the internal compensation circuit Syntax Query Example XJ pl p2 lt terminator gt pl Measurement channel number p2 RJC mode INTERNAL XJ pl Set the channel 001 RJC to internal compensation circuit XJ001 INTERNAL When using an external RJC Syntax Query Example Description XJ pl p2 o3 lt terminator gt pl Measurement channel number p2 RJC mode EXTERNAL p3 External RJC value 20000 to 20000 XJ pl Set the channel 002 RJC to external and set the compensation value to 0 uV XJ002 EXTERNAL 0 e Set p
106. a File List e The ME command is used to output the data e The file sizes and a list of files from the specified directory in the external storage medium or internal memory are output e Syntax EACRLF yy mo dd_hh mm ss_ssssssssss fffee n xxxe CRLF ENCRLF yy Year 00 to 99 mo Month 01 to 12 dd Day 01 to 31 hh Hour 00 to 23 mm Minute 00 to 59 SS Second 00 to 59 ssssssssss Data size of the file 0 to 99999999 byte s fff File name 51 characters including the extension If it is less than 51 spaces are entered If this is a directory the characters lt DIR gt are shown at the position displaying the file data size n Fixed to 0 Rees Data serial number 16 digit hexadecimal Space The and directories are not output The values n fixed to 0 and xxx the data serial number are included only for files in the internal memory DATA directory For all other files the values are blank e Example 1 File list output of an external storage medium EA 117 02 24 202072121204 sercting onl 11 02 24 20 18 36 lt DIR gt DATAO EN e Example 2 Output of a file list in the DATA directory in the internal memory EA 117 02 24 20 07 12 1204 006607 050101 000402 DAD 0 1ABCDE123 117 02 24 20 07 12 1204 006608 050101 000403 DAD 0 1234567890123456 EN 4 26 IM 04L21B01 17EN 4 2 Output Format of Text Data Check Disk The ME command is used to output the free space on the storage medium e Synt
107. a and computed data in binary format 6 Relay status and internal switch status p2 First channel number measurement channel or computation channel p3 Last channel number measurement channel or computation channel Output the most recent measured data and computed data for channels 001 to 005 from the FX in text format FDO 001 005 e The most recent measured data and computed data means the most recent measured data and computed data in the internal memory when the FX receives the FD command e Make sure that the last channel number is greater than or equal to the first channel number e Parameters p2 and p3 are valid when p1 is set to 0 or 1 If you omit p2 or p3 the command will specify all channels e Set p2 and p3 by referring to the table in section 3 3 IM 04L21B01 17EN FF Syntax Example Description 3 8 Output Commands Setting measured and computed data output Outputs FIFO data FF pl p2 p3 p4 lt terminator gt p p2 p3 p4 Action type GET Output starting with the next block following the previous output RESEND Retransmit the previous output RESET Set the FIFO buffer read position block to the most recent data position block First channel number measurement channel or computation channel Last channel number measurement channel or computation channel Maximum number of blocks to read out 1200 FX1002 FX1004 240 FX1006 FX1008 FX1010 FX2012 If the amount of meas
108. a 3 52 aac E A ican esa coe ee sso 3 47 Ch oc zansu nn tina E A EA 3 33 OV scateestuae A Eea a E aE 3 31 DS gaw pu egaeaaeeacaeieeeeruueaacneaaeiem 3 31 Faerie EE ENE E EEEE E 3 25 EJ a E A E 3 31 EM E E E a a a 3 32 ESCO ae e a 3 51 ESC Oea a A a e a 3 51 GIN ee a E E a 3 53 EV oe a E ices brae etceeeet 3 31 FA a E a a a a 3 50 FO A aceon esas 3 48 a D gas E EEE E TE E E E E T 3 48 FE a 3 48 FE E E 3 49 PE A E ected inet E eerimncek 3 49 FR tater ated E E A E E E sorcerer 3 26 FU a atc E byes badaeiades ana 3 50 OHD oeaan e EEE EAN 3 53 NOSU A E E 3 54 13 52 M E E E E A EE E TEE AE A E 3 47 E EEEE AI A EAE AE IE tere eee 3 54 IR e a a E pst E E ae eee 3 33 E E A E E AE E TEET 3 49 A EE E E E E 3 33 E E E E A E E E A T 3 32 LO a deanna eaieteen ead ieetacadoaeeoiacencenan aeaseeaeeen 3 32 ME a e E cnc A ate pienso eee 3 50 MO e e ae eee Cee te e E a eee eres ee 3 51 MS a a 3 31 PVCU E E E E E EE E A E E E E soeeteuseee 3 53 NP eae teeta gees a 3 25 FF ee E E EE EEE 3 30 QA e a T 3 46 E T N E EE E E E E A eet ne ee 3 53 Pel e a E A 3 37 PPP AE EE E EET T E 3 46 RM E E A 3 39 RN e cumat een esbeaueicwmat ee neneseeionaaentcenceeciaions 3 38 RO crs tse eE oe retest ota ess ea EE eee 3 38 PR a erect nba anal aa ae E aca bes 3 38 RU E E E E 3 40 SA a E ee 3 15 SB E 3 20 SO ee e E E a a 3 20 SD A oe a eee 3 19 ne Tee ee ee ee EE 3 20 BOM Acapanorscecerecsasceqn scons ce casveees cecaecanscoasacecubesncaoneceant cesses 3 54
109. aen 6 6 OA STAG ereraa R a 4 9 releasing network informatiOn ccccccsseseseeeseseeeeeeeeeees 1 15 remote control terminals ccccccssecccseeeeceseeceeeessaeeeees 3 11 report channel S xz scsccsciasnscieannncecasccasecpareecbateecoeaateadasesatadueseence 3 11 Reael dee PE P A E A E A E E A 4 33 report data information cccccecccseeeeceeeeeeeeeeeeees 4 27 4 28 ceca pe ee ae a tee eee ee 3 11 POD ON ell s can aadeat eeneriounenasnaettdcannedenenaensasedeeabente seatanaseceseneets 1 25 report settings E MAll aisccscscsscacacsacsassateaccaciavaaiarssdnaibadeatonnd 1 19 requesting network information c sccceeeeesseeeeeeeeeaes 1 14 SS ONS Oca errcctesis corse ane So ete centacteecidecdnvediaeteaeces 3 3 4 34 response RS 422A 48B5 cccccccssseeeeeceeesseeeeeeseesseeeeeseanees 4 5 response SVAN sideccetcxntuslnncnidawistcnesuntenneanienbatesnntenmceaiauaans 4 1 resuming Command transMiISSION ccseeeeeeees 1 48 2 14 DSRS TEE E A E TEA E A E T 2 12 AERALA E E E E 1 43 A ON na E E emt oyectantonsuseaataniens i RS 232 connection PrOCECUSE ccccccsseeceeeeeeeeeeaaeeeeees 2 4 RS 232 interface Connector ose aciaasiacins eoacacuuiecwenioyaadacnaicwedeaecs jii RS 232 Se UNIO oe os caer cmaatennsancunashsuimerauveaneencehadeaanancusesancene 2 10 RS 232 specifications ic sccssasecnntlocancssensananbecdecadadeaneannscanieas iad 6 2 RS 422A 485 interface terminal
110. alia OUDE 2 caicewdvaniacmsstanstncennasenentsteriuiinetedentonnieihe titty 4 2 bit SCT Sng crac ccneacstuhigencaacs coaansencubassenatsessmnduaduiusseteeaearencs 5 2 block COTM Sisccscesisastunctactcantcuaneacnetshsiacacntsutnesnadeceiecienicats 4 32 4 33 block NUMDET ea eteeitee crc re tceetecstemeeteatn patetectiententeenyloaietecuecuietes 4 31 2108 2 0 Receeeee eereee E eee rn tere eer eee 4 3 buffer on which the sum value is calculated 05 4 4 C cables connection procedure RS 422A 485 ee 2 7 channel MUMDER veces cccitscndeteresntvet eccuetedrwsmeteeuianbeedbivenemeestenel 3 11 check 22 gt eae ee ne nen ore See eee ee eee eee 4 27 client command NUMDET ccc cee cee cece eee eese eee eseeeeeeeeeeaaes 1 44 command MAMNS a cccncsicicveritesemicacincnntadsetecteseanaacauiebtosmnmictuntcusictien 3 1 COMMANGC FESPONSE 0ccceecccececeeeeeeeeeeeeeeeeeeeneeseeeees 3 3 4 1 commands AIK ou teecencananancensancrtuncaaorsanceacchmecescenerasedencescetneccounesecandae 3 30 BD OTE AE PIETET EE E TTA 3 25 EEEE E EE E EET E E 3 25 A EEE TETEE AE E ETE TETEE E ETTE 3 31 Be E E ace se sie ceetaee ae 3 47 D ne er a eae E EI A eer te eT ne ke ce eo ee 3 30 tigate se E cts ie es A I E NEA A A E TT 3 30 PB EE E TEE EEN EEA E PEET 3 33 CE e E 3 47 Nasa E EE EAE EE MA ENAN T AE TEE 3 47 IM 04L21B01 17EN O E A ET EAE EEEE E 3 31 HoE e EE A TA E E E 3 52 CM a e E E E 3 32 COM ee a E E E
111. alues with five digits or less excluding the decimal point e For parameters p7 p8 and p9 either set all three parameters or omit all three parameters IM 04L21B01 17EN When Setting Channels to Square Root Computation Syntax Query Example Description SR p1 p2 p3 p4 p5 p6 p7 p8 p9 p10 plli lt terminator gt pl Measurement channel number p2 Setting type SQRT p3 Measuring range p4 Span lower limit p5 Span upper limit p6 Scaling lower limit 30000 to 30000 p7 Scaling upper limit 30000 to 30000 p8 Scaling decimal place 0 to 4 p9 Unit up to 6 characters p10 Low cut function OFF ON p11 Low cut point 0 to 50 SR p1 Convert the DC voltage measured on channel 001 to a flow amount using the square root computation Set the measuring range to 6 V the span lower limit to 1 V the span upper limit to 5 V the scaling lower limit to 10 0 m s and the scaling upper limit to 100 0 m s SROOL SORT 6V 1000 5000 100 1000 1 m3 s Set p1 and p3 by referring to the table in section 3 3 e For parameters p4 and p5 enter values with five digits or less excluding the decimal point e For parameters p6 p7 and p8 either set all three parameters or omit all three parameters For 1 5V DC Voltage Input Syntax Query Example SR p1 p2 p3 p4 p5 p6 p7 p8 p9 p10 lt terminator gt p1 Measurement channel number p2 Input type 1 5V p3 Measuring range 1 5V p4 Span lower limit
112. ames are 48 Syntax ME pl p2 p3 lt terminator gt characters or less in length and that are within pl Action type three directory levels DIR File list output e Wildcards have the following limitations GET Output first time e When p1 is set to DIR you can use NEXT Output subsequent times asterisks in parameter p2 This parameter is used to e Ifa path ends with a slash the path is output the remaining data when equivalent to the same path ending with an asterisk Example DRV0O DATAO and DRVO RESEND _ Retransmit the previous output DATAO are equivalent DEL Delete e For file names and extensions if you DIRNEXT Output the subsequent file list specify an asterisk the FX will match the character at the asterisk position and all the first output operation is not enough to output all the data after the file list is output by setting p1 to DIR The number subsequent characters to any characters Example Assume that there are five files parameter p3 when p1 is set to ab001 ef1 ab002 ef1 ab001 ef2 DIR If you set p1 to DIRNEXT ADVARE ANG ARUST YYY If you specify ab 01 ef1 the FX will select ab001 ef1 and ab002 of output lists is specified by and send this command after all lists have been output the following data is output ef EACRLF If you specify ab001 e 1 the FX ENCRLF will select ab001 ef1 and ab001 CHKDSK Checks the disk Outputs the ef2 free space on the external storage medium
113. and Response box J COMMANDIMAIN 10 0 23 75 Microsoft Inte a X Active Message Message No Write message to All Groups O Group Number GROP 1 Input Characters Specify a message number Se wite to display the corresponding character string Command Response 000 0K E 1 33 uondo 293 20ej19 U JoUI9Y Q 84 Huish pa 1 6 Accessing the Measurement Data File on the FX from a PC You can access data files stored on the external storage medium and data files stored in internal memory However you cannot access the external storage medium on models that do not have a CF card slot Setting the FTP Server Server Function Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt Server gt Server modes Basic Setting Mode Server FIP Web SNTP Hot Hodbus Hot e FTP For the FTP item under Server select Use or Not don t use FTP Server Output Directory Format Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Environment tab gt Communication gt FTP Server Details Basic Setting Mode FTF Server Details Qutput Directory Format HS Doas HS Dos e Output Directory Format Set the directory output format to MS DOS or UNIX 1 34 IM 04L21B01 17EN 1 6 Accessing the Measurement Data File on the FX fr
114. asuring range p5 Span lower limit p6 Span upper limit p7 Reference channel number measurement channel number Query SR pL 3 12 Example Set the channel 010 setting type to differential computation between channels with the reference channel set to 001 and set the input type to TC Set the measuring range to R Set the span lower limit to 10 0 C and the span upper limit to 100 0 C SR010 DELTA TC R 100 1000 001 Description Setp1 and p4 by referring to the table in section 3 3 e For parameters p5 and p6 enter values with five digits or less excluding the decimal point When Setting Channels to Scaling Syntax SR pL p27 Ps 04705 06 01 yoo ppl lt terminator gt pl Measurement channel number p2 Setting type SCALE p3 Input type VOLT DC voltage TC Thermocouple RTD Resistance temperature detector DI ON OFF input p4 Measuring range p5 Span lower limit p6 Span upper limit p7 Scaling lower limit 30000 to 30000 p8 Scaling upper limit 30000 to 30000 p9 Scaling decimal place 0 to 4 p10 Unit up to 6 characters Query SR p1 Example Convert the DC voltage measured on channel 002 to DC current Set the measuring range to 6 V the span lower limit to 1 V the span upper limit to 5 V the scaling lower limit to 1 00 A and the scaling upper limit to 5 00 A SROOZ SCALE VOLT 6V 1000 5000 100 500 2 A Description Setp1 and p4 by referring to the table in section 3 3 e For parameters p5 and p6 enter v
115. ata reception control Software handshaking is performed between the FX and the PC When the free area of the received buffer decreases to 1537 bytes the FX sends an X OFF code When the free area increases to 511 bytes the FX sends an X ON code RS True fixed e XON RS e Data transmission control The operation is the same as with XON XON e Data reception control Hardware handshaking is performed between the FX and the PC When the free area of the received buffer decreases to 1537 bytes the FX sets RS False When the free area increases to 511 bytes the FX sets RS True e CS RS e Data transmission control Hardware handshaking is performed between the FX and the PC When the CS signal becomes False while sending data to the PC the FX stops the data transmission When the CS signal becomes True the FX resumes the data transmission The X OFF and X ON signals are treated as data e Data reception control The operation is the same as with XON RS Note e The PC program must be designed so that the received buffers of both the FX and the PC do not become full e If you select XON XON send the data in text format 2 6 IM 04L21B01 17EN 2 3 Connecting the FX RS 422A 485 Connection Procedure Terminal arrangement and signal names Connect a cable to the clamp terminal rear panel i jo u RS 422A 4
116. ation MODIR Manual sampled report data size MOSIZE User information FUO FUL Setting Data Basic Note The CRLF used in this section denotes carriage return line feed Setting Data The FE command is used to output the data The setting basic setting data is output in the order of the listed commands in the table in section 3 2 A List of Commands However the setting information for the following commands is not output e Setting commands setting SD FR command e Setting commands control All commands from BT to IR e Basic setting commands XE YO YE and YC commands The output format of the setting basic setting data conforms to the syntax of each command Some commands are output in multiple lines Example Commands that are specified for each channel Syntax Te two character command name and the subsequent parameters are output in the following syntax EACRLF Ctsss sukLE ENCRLF cc Command name SR SA XA XI sss s_ Setting basic setting data variable length one line IM 04L21B01 17EN 4 2 Output Format of Text Data e Example EA SRO0L VOLT Z0m7 0 20 SEO002 VOLT 20m 70 20 Decimal Place Unit Information IM 04L21B01 17EN e The FE command is used to output the data e You can use the CB command to specify whether to output the data of measurement channels set to skip and computation channels set to OFF e Syntax The data is output for each channel in the following syntax
117. ator gt p1 Information to send REPORT p2 Recipient 1 ON OFF p3 Recipient 2 ON OFF p4 Inclusion of the source URL ON OFF p5 Subject up to 32 characters p6 Header 1 up to 64 characters p7 Header 2 up to 64 characters YU p1 Send report generation notification e mails that include the source URL to recipient 1 Set the subject to Report and header 1 to LP2 YUREPORT ON OFF ON Report LP2 e For details about system notifications see section 1 4 e You can use report generation notification on models with the M1 PM1 or PWR1 math option e For details on e mail settings see section 1 4 Sets an e mail recipient address C7 option YV pl p2 lt terminator gt pl Selects the recipient 1 Recipient 1 2 Recipient 2 p2 Recipient address up to 150 characters YV pl Set recipient 1 to fxuser1 fx1000 com and fxuser2 fx1000 com YV1 fxuserl f x1000 com fxuser2 Fx 1000 com e To specify multiple recipients separate each recipient with a space e For details on e mail settings see section 1 4 YW Syntax Query Example Description YX Syntax Query Example Description YJ Syntax Query Example Sets the e mail sender address C7 option YW pl lt terminator gt pl Sender address up to 64 characters YW Set the sender address to fxadv YWfxadv For details on e mail settings see section 1 4 Sets the e mail SMTP server name C7 op
118. ave data to the external storage medium see the FX1000 User s Manual IM 04L21B01 01EN e Parameter p2 is only valid on models with the M1 PM1 or PWR1 math option IM 04L21B01 17EN YU 3 6 Basic Setting Commands Sets what kind of information to send using e mail C7 option When you want to send changes in the status of alarms Syntax Query Example YU pl P2r P3 04r p5 por plr p8r p9 p10 p11 p12 lt terminator gt p1 Information to send ALARM p2 Recipient 1 ON OFF p3 Recipient 2 ON OFF p4 Transmission of the alarm number 1 status ON OFF p5 Transmission of the alarm number 2 status ON OFF p6 Transmission of the alarm number 3 status ON OFF p7 Transmission of the alarm number 4 status ON OFF p8 Inclusion of instantaneous data ON OFF p9 Inclusion of the source URL ON OFF p10 Subject up to 32 characters p11 Header 1 up to 64 characters p12 Header 2 up to 64 characters YU p1 Send the status of alarm numbers 1 to 4 to recipient 1 Include instantaneous data but not the source URL Set the subject to ALM header 1 to LP2 and header 2 to FX YUALARM ON OFF ON ON ON ON ON OFF ALM LP2 FX When you want to send e mail at scheduled times Syntax Query Example YU pl P2203 lt 4 P5 p0p p8 p9 p10 p11 p12 lt terminator gt p1 Information to send TIME p2 Recipient 1 ON OFF p3 Interval for sending e mail to recipient 1
119. ax EACRLF zza MKOVCS Treen ar ENCRLF ZZZ Free space on the storage medium 16 digits E Space e Example EA 12345678 Kbyte free EN Manual Sampled Report Data Information The MO command is used to output the data e Syntax EACRLF SlLi yy mo dd hh mm s9 DODO FEE CRLF ENCRLF S Data flag Space Confirmed data Ti Data that was overwritten a Data being added 11ll File number 10 digits yy Year 00 to 99 mo Month 01 to 12 dd Day 01 to 31 hh Hour 00 to 23 mm Minute 00 to 59 SS Second 00 to 59 bbbb Number of events 4 characters fff File name up to 48 characters including the extension B Space e Example EA 6 11 03 04 00 00 00 20 000018 D DAR 7 11703705 00700400 20 O00019 D DAR 8 11 03 06 00 00 00 20 000020 D_ DAR 9 11 03 06 13 00 00 20 000021 D DAR EN IM 04L21B01 17EN 4 27 soasuodsay 4 2 Output Format of Text Data Manual Sampled Report Data Size This is generated by the MO command e Syntax EACRLF Z27 CRiF ENCRLF zz2 The data size 10 digits max e Example EACRLF 12345 ENCRLE User Information e The FU command is used to output the data e User name user level and other information are output e Syntax EACRLF p l unu CCRLE ENCRLF p Login method E Ethernet S RS 232 or RS 422A 485 K Login using keys L User level A Administrator U User uuu User name up to 20 characters B Space e Example 1 When the FUO command is used only the informa
120. ce Single fe Multiple If multiple commands are separated by sub delimiters and output at once is displayed The multiple commands are divided at each sub delimiter and stored as individual logs 1 log for 1 command and 1 log for 1 response Input Output gt Input lt Output Message up to 20 characters e The communication log contains only the error number and not the error message section e Normally the transfer data are transmitted as they are but in some cases a special message is output The special messages are shown below Reception Over length Command length exceeded Over number Number of commands exceeded Serial error Received an error character through serial Communications IM 04L21B01 17EN 4 2 Output Format of Text Data Transmission ddd byte Data output where ddd is the number of data values Login Login Logout Logout Disconnected Forced disconnection occurs when the connection was disconnected when transmitting data using Ethernet Timed out Timeout keepalive TCP retransmission etc El nnn Single negative response where nnn is the error number E2 ee nnn Multiple negative response where ee is the error position and nnn is the error number Space e Example The following example shows the log when multiple commands separated by sub delimiters BO1 PS0 are transmitted The commands are separated and output in order with the mult
121. ceed 50 are cleared from the oldest data Other communication messages 400 to 999 and status messages 500 to 599 are not output For the meanings of the error codes see the FX1000 User s Manual IM 04L21B01 O1EN Syntax EACRLF yy mo dd_ hh mm ss nnn uuu uCRLF ENCRLF yy Year 00 to 99 mo Month 01 to 12 dd Day 01 to 31 hh Hour 00 to 23 mm Minute 00 to 59 SS Second 00 to 59 nnn Error code 001 to 999 uuu u_ Error message B Space Example EA 11 05 11 12 20 00 212 Range setting error 11 05 11 12 30 00 217 Media access error EN 4 13 sasuodsay E 4 2 Output Format of Text Data Login Log The FL command is used to output the data A log of users that have logged in and logged out is output Up to 50 login logout logs are retained Logs that exceed 50 are cleared from the oldest data If the power goes down while logged in you will be logged out In this case however it will not be recorded as a logout Syntax EACRLE yy mo dd_ hh mm ss xxXxxXxxXXXxXxX nnn u UCRLF ENCRLE yy Year 00 to 99 mo Month 01 to 12 dd Day 01 to 31 hh Hour 00 to 23 mm Minute 00 to 59 SS Second 00 to 59 XXXXXXXXXX Login history is output left justified Login Login Logout Logout NewTime New time TimeChg Time change PowerOff Power Off Poweron Power On TRevStart Start of gradual time adjustment TRevEnd End of gradual time adjustment TimeDST Switch between using daylight saving tim
122. ch to basic setting mode and select the Menu tab gt Communication Serial gt Modbus master gt Basic settings or Command settings Basic settings Command settings Basic Setting Mode Haster command number Basic Setting Node Hodbus master basic settings Read cycle Firat Last Addr Regi Type Timeout ls R H cai cos 1 20001 INT16 Retrials 1 u eoi aaa i 40001 INTE Inter block delay off W H iei 105 2 daaie INT322_E Auto recovery 14min oft 1 2 3 d BY OF ft B T a D 25 m s Same 125ms Basic settings Read cycle Set the data read cycle to 1s 2s 5s or 10s Timeout Set the timeout value to 125 ms 250 ms 500 ms 1 s 2 s 5s 10s or 1 min The timeout value is the maximum amount of time the FX waits for a response from the specified slave after the FX sends a command Retrials Set the number of retrials when there is no response from the slave Select Off 1 2 3 4 5 10 or 20 Inter block delay Set the amount of time the FX waits after receiving a response to send the next command Set the amount of time to Off 5 ms 10 ms 15 ms 45 ms or 100 ms Auto recovery Set the auto recovery time from communication halt Select Off 1min 2min 5min 10min 20min 30min or 1h Command settings 2 12 Master command number Select 1 8 or 9 16 for the command numbers to be configured Command type Set the operation of trans
123. cify a channel or relay number that is not available on the FX If you do an error will occur e The total data length from the first character to the terminator must be less than or equal to 2047 bytes e Commands are not case sensitive with the exception of user specified character strings e All the commands that are listed using sub delimiters are executed even if there are erroneous commands within the list e Spaces that are inserted before and after a parameter are ignored However if spaces are inserted before a command after a sub delimiter or after a query an error will occur IM 04L21B01 17EN Response IM 04L21B01 17EN 3 1 Command Syntax The FX returns a response affirmative or negative acknowledgment to each command that is delimited by a terminator The controller should follow the one command to one response format If the command response rule is not followed the operation of the FX is not guaranteed For the response syntax see section 4 1 1 RS 422A 485 commands see section 3 9 and instrument information output commands see section 3 12 are exceptions 3 3 e 3 2 List of Commands FX Execution Modes The FX has two execution modes If you attempt to execute a command in an execution mode that is different from the mode that the command is specified for a syntax error will occur Use the DS command to switch to the appropriate execution mode and then execute the command Queries can b
124. client Communication input data C01 x 0 0001 1 49 uondo 29 20ej19 U JoUIBYIQ 94 Huish pa 1 11 Usage Example of the Modbus Function Settings on the FX1000 Server Modbus Server Setting the Modbus Server Function Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt Server gt Server modes Basic Setting Mode Server FTF Use Web Use SHTP Hot Hodbus Item Settings Modbus Use About the Port Number The port number is 502 by default Setting the Measurement Channel Press MENU to switch to setting mode and select the Menu tab gt Meas channel gt Range Alarm First GH ene Last CH AAI Range Hode Range Span L 5panU volt zi 2 8080 2 BEBE Item Settings First CH Last CH 001 Mode Volt Range 2V Span_L 2 0000 Span_U 2 0000 1 50 IM 04L21B01 17EN 1 11 Usage Example of the Modbus Function Setting the FX1000 Client Modbus Client Assumes the settings other than that for the server and the command are left to default values Registering the Destination Server Register the FX1000 server to number 1 The IP address of the FX1000 server is 190 168 1 101 as an example Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt Modbus client gt Modbus se
125. cription For the characters that you can use for group names see appendix 3 ASCII Character Codes Note that you cannot use semicolons or commas e Set p1 by referring to the table in section 3 3 SL Sets a trip line Syntax SL pl p2 p3 p4 p5 p6 lt terminator gt pl Display group number p2 Trip line number 1 to 4 p3 Trip line display ON OFF p4 Display position 0 to 100 as a percentage p5 Display color RED GREEN BLUE B VIOLET BROWN ORANGE Y GREEN LIGHTBLUE VIOLET GRAY LIME CYAN DARKBLUE YELLOW LIGHTGRAY PURPLE BLACK PINK L BROWN L GREEN DARKGRAY OLIVE DARKCYAN S GREEN p6 Line width 1 2 3 SL p1 p2 Display trip line 1 in red at the 10 position of group 1 Set the line width to 1 SL1 1 0N 10 RED 1 Query Example 3 18 Description SG Syntax Query Example Description IA Syntax Query Example Description IZ Syntax Query Example e Set the boundary positions as percentages of the entire amplitude axis in the waveform display area e Set p1 by referring to the table in section 3 3 Sets a message SG pl p2 lt terminator gt pl Message number 1 to 100 p2 Message up to 32 characters SGipils Assign character string MESSAGE1 to message number 2 SG2 MESSAGE1 For the characters that you can use for messages see appendix 3 ASCII Character Codes Note that you cannot use semicolons or commas Sets the directory on the ext
126. d Acrobat are registered trademarks or trademarks of Adobe Systems Incorporated Company and product names that appear in this manual are registered trademarks or trademarks of their respective holders The company and product names used in this manual are not accompanied by the registered trademark or trademark symbols and 1st Edition November 2011 2nd Edition September 2012 Revision Product Added or Changed Features 1 Firmware version 1 00 New edition 2 Release number 2 Italian Spanish Portuguese Russian and Korean Up to firmware version 1 1x have been added to the available display languages Log input option has been added Improvements to descriptions All Rights Reserved Copyright 2011 Yokogawa Electric Corporation IM 04L21B01 17EN Conventions Used in This Manual e Unit K Denotes 1024 Example 768 KB file size k Denotes 1000 e Markings The following markings are used in this manual A WARNING CAUTION Note Improper handling or use can lead to injury to the user or damage to the instrument This symbol appears on the instrument to indicate that the user must refer to the user s manual for special instructions The same symbol appears in the corresponding place in the user s manual to identify those instructions In the manual the symbol is used in conjunction with the word WARNING or CAUTION Calls attention to actions or conditions that could cause serious or fatal
127. device and red Func The slave device cannot execute the command from the FX Regi The slave device does not have the specified register Err The response data from the slave device is broken Communication error Space The detail code is not displayed until the status is confirmed when communication is started Resuming Command Transmission You can use the front panel keys to resume command transmission to a slave device to which communication is stopped red status lamp 1 Using the up and down arrow keys select the command corresponding to the slave device to which transmission will be resumed The message Push right arrow key to refresh appears 2 Press the right arrow key The FX starts command transmission to the specified slave Data When Communication Is Stopped and during Connection Retrials For Modbus master the communication input data is held at the previous values while the command is being retried If the command transmission stops such as due to a connection drop the status turns red and the communication input data will be error data On communication channels OVER or OVER is displayed according to the FX settings Data Dropout Data drop occurs when the commands from 1 to 16 do not complete within the read cycle see appendix 1 When a data dropout occurs the communication input data is held at the previous value A message indicating the data dropout is also displayed on the Modbus statu
128. device can access see Modbus Server Function in section 6 3 Specifying the Register Number Specify the FX register on the client device according to the instructions below e lf you are using a commercial SCADA system or something similar specify the register number a number such as 400001 referred to as the reference number listed under Modbus Server Function in section 6 3 Modbus Protocol Specifications e If you are using a custom communication program specify the relative number in relation to the reference number Compute the relative number in the manner indicated in the examples below Examples The relative number for input register 300100 is 99 which is the difference between 300100 and 300001 300100 300001 99 The relative number for input register 400011 is 10 which is the difference between 400011 and 400001 400011 400001 10 IM 04L21B01 17EN 1 10 Using Modbus to Read Data From and Write IM 04L21B01 17EN Data to Other Devices The FX is used as a Modbus client For the Modbus specifications see section 6 3 Setting the Modbus Client Carry out the steps below to enable the FX to read the data of another device or write data to another device using Modbus Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt Modbus client Basic settings Destination server sett
129. displays menu items in the specified order Menu items that are not specified are not displayed When p2 is set to TREND select from the items below GROUP1 to GROUP10 Display group ALL CHANNEL All channel display SCALE Scale display DIGITAL Digital display MESSAGE DISP Message display TREND SPACE Trend space AUTO Auto switching SEPARATOR When p2 is set to DIGITAL select from the items below GROUP1 to GROUP10 Display group AUTO Auto switching SEPARATOR When p2 is set to BAR select from the items below GROUP1 to GROUP10 Display group AUTO Auto switching SEPARATOR When p2 is set to TRENDHISTORY select from the items below GROUP1 to GROUP10 Display group SEPARATOR When p2 is set to OVERVIEW select from the items below CURSOR Cursor display TO ALARM Jump to the alarm summary TO TREND Jump to the trend display TO DIGITAL Jump to the digital display TO BAR Jump to the bar graph display SEPARATOR 3 27 mens e 3 4 Setting Commands 3 28 When p2 is set to INFORMATION select from the items below ALARM MESSAGE MEMORY MODBUS CLIENT MODBUS MASTER RELAY REPORT TO HISTORY TO HISTORY D TO HISTORY E TO OVERVIEW SORT KEY SORT ORDER DISP_ ITEM DATA KIND DATE FILE SELECT SAVE REPORT CHANNEL ALL SAVE MANUAL SAVE REPORT SAVE DATA SAVE MODE COLUMN BAR Alarm summary Message summary Memory summary Modbus TCP status display Modbus RTU status display Relay status display Report dis
130. dshaking Handshaking Handshaking Handshaking Stops transmission Stops sending No Sends X OFF Sets RS RTS to Handshaking when X OFF is when CS CTS handshaking when the receive False when the received Resume is false data buffer is 3 4 receive data buffer when X ON is Resumes full Sends X ON is 3 4 full Sets RS received when it is true when the receive RTS to True when data buffer is the receive data buffer 1 4th full becomes 1 4 full c v c r gt D o D o O le 3 3 c O fes O 5 r D i pe O D O N a Q O Go O O gt 2 porrorr es xon xon Yes es pxonrs Yes pesrs fT ves e OFF OFF e Data transmission control There is no handshaking between the FX and the PC The X OFF and X ON signals received from the PC are treated as data and the CS signal is ignored e Data reception control There is no handshaking between the FX and the PC When the received buffer becomes full all of the data that overflows are discarded RS True fixed IM 04L21B01 17EN 2 5 2 3 Connecting the FX e XON XON e Data transmission control Software handshaking is performed between the FX and the PC When an X OFF code is received while sending data to the PC the FX stops the data transmission When the FX receives the next X ON code the FX resumes the data transmission The CS signal received from the PC is ignored e D
131. e and not SNTPtimset Time change by SNTP nnn Operation property KEY Key operation COM Communication REM Remote SYS System uuu ssu User name up to 20 characters _ Space e Example EA 11 05 11 12 20 00 Login KEY administrator 11 05 11 12830200 Logout KEY administrator 11703711 12 20200 Login COM user LLJO57 1 12730200 bogout COM user EN IM 04L21B01 17EN Web Operation Log 4 2 Output Format of Text Data e The FL command is used to output the data e The log of operations on the Web screen is output Up to 50 operations are retained Logs that exceed 50 are cleared from the oldest data e Syntax EACRLE yy mo dd hh mm ss trrrrr eee 27 CREF ENCRLF yy Year 00 to 99 mo Month 01 to 12 dd Day 01 to 31 hh Hour 00 to 23 mm Minute 00 to 59 SS Second 00 to 59 ffffff Requested operation ece iat ee IM 04L21B01 17EN SCREEN Screen change KEY Key operation MSG Message assignment write Error code when executing the requested operation All spaces Success C0116 999 Failure error code Parameter for each event see below When ffffff SCREEN yy mo dd_ hh mm ss ffffff eee ddddd_ nnCRLF ddddd Screen type TREND Trend display DIGIT Digital display BAR Bar graph display Hio Historical trend display OV Overview display nn Group number 01 to 10 When ffffff KEY yy mo dd_ hh mm ss ffffff eee kkkkkCRLF kkkkk Type of key that was operated DISP DISP ENTER key UP Up key DOWN D
132. e IP addresses from a DHCP server You can also manually request or release network information Checking the connection status of the Ethernet interface You can check the connection status of the Ethernet interface on the rear panel or on the display of the FX For a description on the location and meaning of the connection status indicator see section 1 3 Keepalive extension function of TCP This function drops the connection if there is no response to the inspection packet that is periodically transmitted at the TCP level For a description of the settings required to use this function see section 1 3 Log display You can display operation logs on the log display The log can also be confirmed using a communication command In addition the Web screen can show the log display excluding the communication log and DHCP log e Error log screen Log of operation errors e Communication log screen Log of communication input output to the setting measurement server e FTP log screen Log of file transfers carried out using the FTP client function e WEB log screen Log of operations using the Web server function e Mail log screen Log of E mail transmissions e Login log screen Log of logins logouts and items related to time adjustment e SNTP log screen Log of access to the SNTP server e DHCP log screen Log of access to the DHCP server e Modbus log screen Log of Modbus statuses master and client operation statuses
133. e executed in either mode e Basic setting mode This mode is used to change the settings In this mode measurements and computations are stopped e Operation mode As a general rule commands other than those used in the basic setting mode described above are used in this mode Administrator and User The distinction between administrators and normal users indicates the user levels set through the FX Ethernet login function Administrator refers to a system administrator or admin User refers to a normal user or user For details see section 1 1 Yes and No in the table indicate the following Yes The command can be used No The command cannot be used Setting Commands Command Execution Mode Administrator Page Name Sets an expression M1 PM1 and PWR1 options 3 14 3 14 A 3 15 W 3 16 W 3 16 E 3 17 Z 3 17 P No 3 17 T No 3 18 X No 3 18 No 3 18 G No 3 18 H No 3 18 Z No 3 18 F No 3 19 D No 3 19 D No 3 19 T No 3 19 E Sets the line width and the number of grid sections to use on the Operation mode Yes No trend graph B Sets the bar graph display Operation mode B Sets the bar graph for a channel Operation mode N V C IM 04L21B01 17EN 3 2 List of Commands Command Execution Mode Administrator Page Name Sl Sets the rolling average function of a computation channel M1 Operation mode Yes No 3 24 PM1 and PWR1 options Sets a TLOG ti
134. e formats below Do not insert spaces If you do an error will occur p1 YY MM DD lower two digits of the year month day p2 HH MM SS hour minute second e When you send an SD command the FX switches to setting mode and sets the date and time Query Example IM 04L21B01 17EN 3 4 Setting Commands Sets daylight saving time TD pl O27 Peo Per PrP orl Fo rR lt terminator gt pl Enable or disable USE NOT p2 Month when daylight saving time will start JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC p3 Week when daylight saving time will start 1ST 2ND 3RD 4TH LAST p4 Day when daylight saving time will start SUN MON TUE WED THU FRI SAT pS Hour when daylight saving time will start 0 to 23 p6 Month when daylight saving time will end JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC p7 Week when daylight saving time will end 1ST 2ND 3RD 4TH LAST p8 Day when daylight saving time will end SUN MON TUE WED THU FRI SAT p9 Hour when daylight saving time will end 0 to 23 TD Switch to daylight saving time on the first Sunday of June and switch out of it on the first Sunday in December TOUSE JUN 1ST SUN 0 DEC 1ST SUN 0 Sets the trend display TT pl p2 p3 p4 p5 lt terminator gt pl Graph display direction HORIZONTAL VERTICAL WIDE Horizontal wide display p2 Clear waveform at start ON OFF p3 Message display direction HORIZONTAL VERTICAL p4 Scale d
135. e serial interface C2 and C3 options YS pl p2 03 p4 05 p6 lt terminator gt pl Baud rate 1200 2400 4800 9600 19200 38400 p2 Data length 7 8 p3 Parity check ODD EVEN NONE p4 Handshaking OFF OFF XON XON XON RS CS RS p5 RS 422A 485 address 01 to 99 p6 Protocol NORMAL MODBUS MODBUS M YS Set the baud rate to 9600 the data length to 8 the parity check to ODD the handshaking to OFF OFF the RS 422A 485 address to 02 and the protocol to NORMAL YS9600 8 ODD OFF OFF 02 NORMAL YL Sets the operation of the Modbus master function C2 and C3 options YL pl p2 p3 p4 p5 lt terminator gt pl Read cycle 1S 2S 5S 10S p2 Communication timeout 125MS 250MS 500MS 1S 2S 5S 10S 1MIN p3 Number of command retries OFF 1 to 5 10 20 p4 Command wait time OFF 5MS 10MS 15MS 45MS 100MS p5 Automatic recovery OFF 1MIN 2MIN 5MIN 10MIN 20MIN 30MIN 1H Query YL Example Set the read cycle to 1 s the communication timeout to 250 ms the number of retries to 2 the Syntax command wait time to 10 ms and the automatic recovery time to 5 min YL1S 250MS 2 10MS 5MIN Description You can use this command when the serial interface protocol is set to MODBUS M For information about the serial interface settings see section 2 3 YM Sets a transmit command of the Modbus master function C2 and IC3 options When you do not want to register a command Syntax
136. e year MM Month DD Day e Time HH MM SS 8 characters HH Hour MM Minute SS Second e Channel number 3 characters e Relay number 3 characters IM 04L21B01 17EN 3 1 e 3 1 Command Syntax Query e A question mark is used to specify a query e By placing a query after a command or parameter you can query the corresponding command s setting Some commands cannot be executed as queries For the query syntax of each command see sections 3 4 to 3 7 Example 1 SR p1 SR or SRp1 can be executed Example 2 SA pl p2 SA SAp1 and SAp1 p2 can be executed Delimiter e Acomma is used as the delimiter e Parameters are separated by delimiters Sub Delimiter e A semicolon is used as the sub delimiter e By separating each command with a sub delimiter you can specify up to 10 commands one after another However the following commands and queries must be used independently You cannot specify them as part of a sequence of commands e Output commands other than BO CS IF and CB e The YO command e Queries Note Consecutive sub delimiters are seen to be a single sub delimiter In addition sub delimiters at the front and at the end of a command are ignored Example SR001 VOLT SROO2 VOLT lt terminator gt is taken to be SROO1 VOLT SROO02 VOLT lt terminator gt Terminator Use either of the following as the terminator e CR LF ODH OAH in ASCII code e LF OAH in ASCII code Note e Do not spe
137. ected via the serial interface e The xx in the table indicates the device address Specify the address that is assigned to the instrument from 01 to 99 e Only one device can be opened at any given time e When a device is opened with the ESC O command all commands on the device become active e When a device is opened with the ESC O command any other device that is open is automatically closed e Normally either CR LF or LF can be used as a terminator for communication commands However the terminator for these commands must be set to CR LF Note The ASCII code of ESC is 1BH See appendix 3 IM 04L21B01 17EN 4 5 sasuodsay Ea 4 6 4 2 Output Format of Text Data The following types of text data are available The format for each type is described in this section The table below indicates the data types and the corresponding output commands Data Type Corresponding Output Command Setting data basic setting data FEO FE2 Decimal position unit information FE1 Measured and computed data FDO Relay status and internal switch status FD6 Communication log FLCOM FTP client log FLFTPC Operation error log FLERR Login log FLLOGIN Web operation log FLWEB E mail log FLEMATL SNTP access log FLSNTP DHCP access log FLDHCP Modbus communication log FLMODBUS Alarm summary FLALARM Message summary FLMSG Status information IS0 IS1 Ethernet information FAIP File list MEDIR Check disk MECHKDSK Manual sampled report data inform
138. ed You cannot use them as parameter characters e You can use characters 80H through FFH for items listed below tems Command _ Field title and Field string for a batch text field setting Unit for a computation channel setting lt E ojaj2 P E a E Lot ae ae fe ae tC C F Esc cR N E a Russian Characters IM 04L21B01 17EN The special Russian characters that you can enter are shown below Other characters that you can enter are the same as when the language type is English _ 80 90 ao Bo Co Do E0 FO so JAP ale a otc 6 c 2 B Tt et rt BE F p d driyo al Jajojaj sl F TEx elz PA e A TT App 5 xipueddy ES Appendix 3 ASCII Character Codes Korean Characters The Korean characters that you can enter are shown below Other characters that you can enter are the same as when the language type is English Korean Characters That You Can Enter OxA1A1 to OxACF1 Symbols excluding those whose second byte is between 0x00 and OxA0O and those whose second byte is OxFF OxBOA1 to OxC8FE Hangul excluding those whose second byte is between 0x00 and 0xA0O and those whose second byte is OxFF App 6 IM 04L21B01 17EN Appendix 4 Output Flow of the File or the File List on the External Storage Medium and Internal Memory Example in Which the File 10101000 DAD Is Output The figure below shows the output
139. eeecceesececceeeeeeeseseensneaees 2 3 29 Conecmg INe FA ae acc E E E cceepan eee ceteaenees 2 4 ZA Setting the Serial Communication ross cticiccce teckel ociesatecte sd ecensneiesbdcesacieledsveatadeadicedsenneetcgeenceact 2 10 2 5 Using the Modbus Slave Function cccccsceccccssseeeceesececceesseecsceeeeceseueeesseueeeessseeeeseaees 2 11 2 6 Using Modbus to Read Data From and Write Data to Other DeVICES cccceeeeeeeees 2 12 2 7 Usage Example of the Modbus FUNCTION cccccecceeceneeeeeeseeeeeeeaeeeeeeeaeeeeeesaeseeeeseaeeeeeeas 2 15 2 8 Using the Setting and Measurement FUNCTION ccccccceseececceeeeeceesesecseesesessaneeeesees 2 18 Commands ST 9 10 007214 Om 2 enn eee ete een ee nee E ee mle eee ate ey ae 3 1 g2 Listo ComNnandS sess pct ese sce occu tenses EE a 3 4 Se Memeo 61088 r gt 8 2 ko ee Ree ee en ee nee eee eee eee eae ee 3 9 3 4 Setting 0 1091 072 9 9 ogee ene ee re eer ne eee eens eer eee 3 12 29 gee O10 01166 MOlolg TAC cf 2 lt n E rn ee ences ee 3 30 3 6 Basic Setting CommandS sco pcccccotccsncdecsescenccceusansonsdasncdaeiensbeeachiosunecibdoradenntedenndmeeeanineaseaaends 3 34 Our OQOu utp tCommands Contolera E EEA AAE ANE ARAA 3 47 3 8 Output Commands Setting measured and computed data output ce eeeeeeeeeees 3 48 3 9 Output Commands RS 422A 485 COMMANAS cccceseeeceeceeeeeeseeeeeeeeeeeeseaeeeeesaaeeeeeeas 3 51 3 10 Output
140. eees 6 12 Pe ID TUDOR evicncccdencestotcnsonsncuenendaacawodmextousierd ddeckawsweatsacsarndoeuzen 4 3 include instantaneous value ccceceeceeseeseeceeeeeeees 1 18 1 19 include source URL ere cticcitsteiercia lp taste aeeatiabeeat ant Sietuaimdeastoent 1 19 TEIN ASAIN ea aecavanndicstueaiececusesCeneenseneee 1 37 US OS ore eerarseco co teepince a Ea DAE EEE E 6 7 6 8 instrument information output commands 3 8 3 54 instrument information Server ceeeeeeeeeeeeeeeeeneeeeees 1 5 6 1 mierok delay sursis aT 2 12 internal SWC Scccsiccncoctccdnithicseascdicdoxecdctebenteeedecdexecdsbactabventaas 3 11 internal switch status secdiccssnitcaate cossndcodantanitesaiinaieaConimtantiansiccnteas 4 9 interval neeeneenennrnenenrrrenrrrsirurrrnrerrrrenrrerannnrerrrrernnne 1 19 IP address as dcctcn cece ene eun cgedncrnnuensenacesnastnesesecmrnacbsabsauueedecbernes 1 13 IP address setting Of sccssserassancesasncncessnsorsasccessacsnesiibesaecosness 1 12 ITU T standard aeeoeenneeenenrnenernenrrorrnerrrirnrrrrnrrerrrrrnne 2 4 K PSS DUIS E E e E E 1 9 keepalive Setting Of 0nnnn0annnaennnneennneeennnnereneenrrreennnnnne 1 16 L E S AEE SA E EA E E A A AT 3 2 list of registers isscd ceie anced cd nce onsieasenntdtens axlpedende eananast em aednenieirs 6 10 loading to communication input data cccceeeeeeeeees 1 45 VOC PEE EEPE P AAA T AIENT A N TT 1 32 aieka gt e i A E E EE 1 9 VQ EA E A TA EE
141. eger 400024 Communication input data C24 e Precautions to be taken when the client device reads the data The communication input data of the FX is floating point type but the data is converted to signed 16 bit integer when the data is read e Precautions to be taken when the client device writes the data Only data in signed 16 bit integer type can be written Floating point values cannot be written 400601 Lower bytes of communication input data C01 32 bit floating point 400602 Higher bytes of communication input data C01 400647 Lower bytes of communication input data C24 400648 Higher bytes of communication input data C24 e Precautions to be taken when the client device writes the data Input range 9 9999E29 to 1E 30 0 1E 30 to 9 9999E29 If values outside this range are used on a computation channel a computation error occurs 400301 Lower bytes of communication input data C01 32 bit signed integer 400302 Higher bytes of communication input data C01 400347 Lower bytes of communication input data C24 400348 Higher bytes of communication input data C24 e Note when a client device reads data The FX communication input data is floating point but when it is read it is converted to 32 bit signed integer e Note when a client device writes data Data can only be written in 32 bit signed integer Floating point values cannot be written e Operating Devices You can use the following hold registers You can perf
142. egister 40001 of instrument A Measurement channel Register of instrument A 40001 16 bit signed integer Command setting w oo1 o01 gt 4 40001 _inti6 Writing Computed Values to the Server e Example Write the computed values 32 bit signed integers from channel 101 to registers 40001 and 40002 of instrument A in the order lower 16 bits higher 16 bits Only the smallest register number need be specified in commands Computation channel Register of instrument A 101 40001 byt uuu nice 32 bit signed integer 40002 higher bytes Command setting wm Goro gt C ao00r Cnr 1 46 IM 04L21B01 17EN 1 10 Using Modbus to Read Data From and Write Data to Other Devices Checking the Modbus Operating Status Displaying the Modbus Operating Status Press DISP ENTER and select INFORMATION gt MODBUS CLIENT Note To display MODBUS CLIENT on the screen selection menu you need to change the setting using the menu customize function The operation is as follows Press MENU to switch to setting mode and select the Menu tab gt Menu customize gt Display menu 1 Select INFORMATION gt MODBUS CLIENT 2 Press the View soft key Communication condition HODBUS CLIENT Cape viavie 10 10 10 Waser i Oe os Read cucle ls Conect retra E limi Comm Dat a Ho Status First Last Server name Good Chi CHS modbus dasst at i F WU Hone i 4 192 168 1 56 WU
143. el 101 is assigned to Group1 e The measured value of channel 001 on the FX1000 slave is transferred to the FX1000 master as an integer in the range of 20000 to 20000 e The FX1000 master displays the read data as 2 0000 to 2 0000 V on the computation channel 101 The following conversion is applied Value on the computation channel 101 of the FX master Communication input data C01 x 0 0001 2 15 suondo 9 pue ZD Fdejs9a U UOIJEDIUNWIWIOD jeas y Buisn gt 2 7 Usage Example of the Modbus Function Settings on the FX1000 Slave Modbus Slave 2 16 Setting the Modbus Slave Function Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Serial gt Basic settings Basic Setting Node Serial Baud rate baa 0 bps Data length E bit Parity Even Handshaking OFF OFF Address 1 Protocal Hodbus Normal Hodbus Hodbus H Item Settings Address 1 Protocol Modbus Note Set the communication conditions the same as those of the master device Setting the Measurement Channel Press MENU to switch to setting mode and select the Menu tab gt Meas channel gt Range Alarm GROUP 1 e ted oga8 12 02 13 02 05 AOF MRE First GH ene Last CH AAI Range Hode Range Span L Span_u volt zi 2 8080 2 BEBE Alarm Bit Item Settings First CH Last CH 001 Mode Volt Range 2V Span _L 2 00
144. equal to the scan interval Sets a TLOG timer M1 PM1 and PWR1 options SJ pl p2 p3 p4 lt terminator gt pl Computation channel number p2 Timer number p3 Conversion of the unit of time for TLOG SUM computation OFF Values are not converted S Values are converted as though the physical values are integrated in units of seconds MIN Values are converted as though the physical values are integrated in units of minutes H Values are converted as though the physical values are integrated in units of hours p4 Reset ON OFF SJ p1 Assign timer 1 to computation channel number 110 Do not convert the unit of time and enable the reset setting SJ110 1 OFF ON e Set pi and p2 by referring to the table in section 3 3 e You cannot use this command to configure settings while computation is in progress e About parameter p3 Because the FX integrates sampled data over each scan interval the physical value measured over a given unit of time may be different from the actual integrated value because the unit of time is different from the scan interval If this occurs set p3 to the same unit of time as that which is being used for the physical value that you are measuring The FX calculates the integrated value using one of the following conversion formulas based on the parameter OFF 2 measured value IS 2 measured value x scan interval MIN measured value x scan interval 60 HOUR 2 measured value x scan
145. er s Manual IM 04L21B01 01EN Setting the operator page e Page type Select Operator e On Off To display the operator page in the browser select On Otherwise select Off e Access control To use access control select Admin for an administrator You must enter a user name and password to display the operator page Set the user name and password through the Login item See the FX1000 User s Manual IM 04L21B01 01EN e Command input To use message write commands select On Otherwise select Off 1 28 IM 04L21B01 17EN 1 5 Monitoring the FX on a PC Browser Monitoring with a Browser IM 04L21B01 17EN Setting the URL Set the URL appropriately according to the network environment that you are using You can access the FX by setting the URL as follows http host name domain name file name http Protocol used to access the server Host name domain name Host name and domain name of the FX You can also use the IP address in place of the host name and domain name File name File name of the monitor page and operator page of the FX File name of the monitor page monitor htm File name of the operator page operator htm Omitting the file name is equivalent to specifying the monitor page However if the monitor page is disabled it is equivalent to specifying the operator page Example To display the operator page on a PC in the same domain as the FX enter the URL in the Address box of the browser as follows htt
146. er name Report OFF Port number Snapshot OFF Login name Password Account PASY mode Initial path Primary Second Setting the FTP transfer files e Display and Event Data Select On when automatically transferring display and event data files e Report Select On when automatically transferring report data files e Snapshot Select On when automatically transferring snapshot data files 1 36 IM 04L21B01 17EN IM 04L21B01 17EN 1 7 Transferring Measurement Data Files and Other Files from the FX Setting the FTP Connection Destination Consult your network administrator when setting parameters such as the primary secondary FTP servers port number login name password account availability of the PASV mode and the initial path e FTP connection You can specify two destination FTP servers Primary and Secondary If the primary FTP server is down the file is transferred to the secondary FTP server e FTP server name Enter the name of the file transfer destination FTP server using up to 64 alphanumeric characters e Ifthe DNS is used you can set the host name as a server name For details on setting the DNS see section 1 3 e You can also set the IP address In this case the DNS is not required e Port number Enter the port number of the file transfer destination FTP server in the range of 1 to 65535 The default value is 21 e Login name Enter the login name for accessing the FTP server using up to 32 alphanumeric
147. er of the channel on which to report to 001 and convert the unit of time for integration to Syntax seconds RM001 O0N 001 S ipti i Query Description e You can use this command on models with the Example M1 PM1 or PWR1 math option e Set p1 and p3 by referring to the table in section 3 3 Errors are returned for any reports for channels that are set to Log scale LG1 option e About parameter p4 Because the FX integrates sampled data over each scan interval the physical value measured over a given unit of time may be different from the actual integrated value because the unit of time is different from the scan interval If this occurs set p4 to the same unit of time as that which is being used for the physical value that you are measuring The FX calculates the integrated value using one of the following conversion formulas based on the parameter IM 04L21B01 17EN 3 6 Basic Setting Commands OFF 2 measured value IS 2 measured value x scan interval MIN 2 measured value x scan interval 60 HOUR 2 measured value x scan interval 3600 DAY 2 measured value x scan interval 86400 The scan interval unit is seconds Sets the time zone XG pl p2 lt terminator gt p1 Time offset from GMT 1300 to 1300 First two digits Hour 00 to 13 Second two digits Minute 00 to 59 p2 Time deviation limit at which the function that gradually adjusts the time is enabled OFF 10S 20S 30S 1MIN 2MIN 3MIN 4MI
148. erefore the status information can be held for each connection e Empty bits indicated as are fixed to 0 5 1 syod y Sn e s o 5 2 Bit Structure of the Status Information The following four groups of status information are output in response to a status information output request using the IS command For the output format see Status Information in section 4 2 Output Format of Text Data Status Information 1 Bit Name Description S 0 Basic setting Seto 1 during basic setting mode 4 Accessing medium Set to 1 while the display event manual sampled report or screen image data file are being saved to the external storage medium E mail started Set to 1 only when the e mail transmission C7 option is started ee e Sa Status Information 2 eno fame fpeserpten m es Memory end Set to 1 while the free space in the internal memory or external storage medium is low This is the same as the internal memory and CF card status of the device information output F1 option see section 1 9 in the a User s Manual IM 04L21B01 01EN Logged through keys _ 2tto 1 while logged in trough keys a a sss Detecting measurement error Set to 1 when an error is detected in the A D converter when a burnout is detected or when the power measurement section is malfunctioning PWR1 option 7 Detecting communication error Set to 1 when a command is stopping the communication on the Modbus master C2 or C3 opt
149. erflowed and continues the computation Description On models with the M1 PM1 or PWR1 math option you can set p1 to MATH 3 6 Basic Setting Commands Report settings Syntax WU p1 p2 p3 p4 p5 p6 lt terminator gt p1 Setting type REPORT Report computation type 1 p2 p3 p4 Do po Description MAX MIN AVE SUM INST Maximum value Minimum value Average value Integrated value Instantaneous value Report computation type 2 OFF MAX MIN AVE SUM INST Disables report computation Maximum value Minimum value Average value Integrated value Instantaneous value Report computation type 3 The same as p3 Report computation type 4 The same as p3 How to create the hourly daily daily weekly and daily monthly files COMBINE SEPARATE Saves reports to separate files Saves reports to one file On models with the M1 PM1 or PWR1 math option you can set p1 to REPORT For parameters p2 to p5 you cannot specify the same computation type The exception is OFF which can be specified for multiple parameters However you cannot set all these parameters Service ports Syntax Description On models that have the Ethernet interface C7 to OFF WU p1 p2 p3 p4 p5 lt terminator gt Setting type SERVICEPORT FTP service port 1 to 65535 Web service port 1 to 65535 SNTP service port 1 to 65535 Modbus service port 1 to 65535 p1 p2 p3 p4 Do
150. ernal storage medium for saving data TH pl lt terminator gt pl Directory name up to 20 characters TH Select the DATA1 folder on the external storage medium for saving data THDATA1 You cannot use this command on models that do not have a CF card slot or USB interface USB1 option Sets a file header TZ pl p2 lt terminator gt p1 Fixed to 1 p2 File header up to 50 characters TZ pl Set the header to FX1000DATA TZ1 FX1000DATA IM 04L21B01 17EN TEF Syntax Query Example SD Syntax Query Example Description Sets a data file name TF pl p2 p3 lt terminator gt p1 Fixed to 1 p2 Configuration BATCH File name based on the batch ID Syntax name DATE User assigned character string date SERIAL User assigned character string serial number p3 User assigned character string up to 16 characters valid when p2 is set to DATE or SERIAL TF p1 Set the file name configuration to SERIAL and set the user assigned character string to FX1DATA TF1 SERIAL FX1DATA Sets the date and time SD p1 p2 lt terminator gt p1 Date in YY MM DD format fixed YY Year 00 to 79 MM Month 01 to 12 DD Day 01 to 31 p2 Time in HH MM SS format fixed HH Hour 00 to 23 MM Minute 00 to 59 Ss Second 00 to 59 TT SD Set the internal clock to 13 00 00 on March 1 2011 SD11 03 01 13 00 00 The p1 and p2 formats are fixed to eight Query Example Syntax characters in length Use th
151. erver device 1 G G l G Timeout value i G Server device 3 G l G Data dropout Servers 2 and 3 Server device 2 3 When the communication recovers by connection retry eee Connection dropped Connection recovered jf fp E E E Server device 1 t0 1 t t0 1 t Timeout value Connection retry time Server device 2 Retry D Server device 3 Lf t t Data dropout Servers 2 and 3 D R Status lamp 1 The first connection retry after the connection is Command tromthe Bx dropped is shorter than the specified interval The status lamp condition is an example when i Response from the server device connection retry is configured IM 04L21B01 17EN App 1 xipueddy ES Appendix 1 Data Dropout during Modbus Communication Data Dropout during Modbus Master If the response to the previous command is not complete when the FX attempts to issue a command to a slave device the FX cannot issue the command causing a data dropout Take appropriate measures by referring to the following figures 1 When the response from the slave device takes a long time Read cycle a a a ee a gt Slave device 1 t 1 f G Slave device 2 eo Slave device 3 Lf G Lif G Data dropout Data dropout slaves 2 and 3 slave 3 2 When there is no response from the slave device Read cycle y y y y Slave device 1 t
152. esiniaie aaa a i 4 12 SM aac ae esearch eeeee teed niecineeueaweteeeaeteeacteesedentss 1 4 6 1 FTP server Setting Of ccccccecccceeseeceeseeeeeeeseeeeeesaeeeeees 1 34 FIP testean ianea ane EAEn ESE EA ER N ENE EE Eik 1 5 FTP transfer files setting Of cccccccsseeceeesseeeeeeeeeeeees 1 36 FTP transfer testing Of cccccccceseeceeeseeseeeeseeeeesaeeeees 1 38 FTP cient Seting osano A EAE 1 36 FTP connection destination Setting cccccceseeeeeeeeees 1 37 PUNG RES sorsan rrea IEEE S jii FX features Ethernet interface c ccsscecesseseseeeeeeeees 1 1 FX features serial communication interface 00 2 1 n hands RakNO aac etiescatecanaratcuregaeacezemcetenveatecequtnceeeosentes 2 5 2 10 header oo e cee ec cece cece cee ceceseeeeeueuueeseaeeuueeeueueeuueueeaeeaeeaueaeeageeass 1 19 header Sos iat csi csecactoch cece ates tcueceiveenmnoseasiesataieeauaieseauetes 4 2 high speed input models ccccccseeeeceseeceeseeceesesseeeeees 3 11 MONG Register lt isiaciceadsacapsasswnedtsaitendatnieseasiintesscmimiasarnaneavuncted 6 9 host device CONNECTION tO cece ceececceeceeceseeeeeeeseeeeeeeeaeenees 2 7 host information Setting Of cccccecccsesseeeeeseeeeeeesaeeeees 1 12 NOSNI gt eee ee ee ne oe ee 1 13 NOSt NAME LeGISteL c csccceseeseeecsesececeeeseeceseeeeeeeeeeees 1 13 how to use extended hold registers cccccsseeeeeeee
153. essary when DNS accession is enabled Register up to two IP addresses for the primary and secondary DNS servers Domain suffix search order Set up to two domain suffixes primary and secondary uondo 19 20ej19 U JoUI9Y Q 94 Busy 1 3 Connecting the FX Requesting Releasing Network Information from DHCP You can manually request or release network information such as the IP address This operation applies when DHCP is set to Use Perform the request or release after 1 14 displaying the network information screen Requesting Network Information 1 Display the network information screen Press FUNC and select Network info NETWORK INF aL Vas Ie a3 42117 Sapo Mata S IF address A B B Subnet mask i A B B Default gateway A B B HAG address AB BB 6d 88 26 28 DMS server Primary i Secondary i A Host name FR ARE 2 Execute the network information request Press FUNC and select Network info gt Request NETWORK INF aL assis a3 47 28 Sapo METS IF address Subnet mask Default gateway HAG address AB BB 6d 88 26 28 DMS server Primary Secondary Host name FRI ARE System Network info info NETWORK INFO 2011 05 16 09 42 IF address Subnet mask Default gateway HAG address DMS server Primary Secondary Host name FRI ARE NETWORK INF 7011 05 16 09 d7 IF address Subnet mask Default gateway HAC address DMS
154. ewal rejected by the DHCP server Address lease extension request rejected by the DHCP server Address lease period expired by the DHCP server Host name registration failure transmission error reception timeout etc Host name registration failure format error DNS message syntax error Host name registration failure server failure DNS server processing error Host name registration rejection non existent domain Host name registration rejected not implemented Host name registration rejected operation refused Host name registration rejected name exists Host name registration rejected RR set exists Host name registration rejected RR set does not exist Host name registration rejection not authoritative for zone Host name registration rejection different from zon section Host name not entered on the FX Host name removal failure transmission error reception timeout etc Host name removal failure format error DNS message syntax error Host name removal failure server failure DNS server processing error Host name removal rejection non existent domain Host name removal rejected not implemented Host name removal rejected operation refused Host name removal rejected name exists Host name removal rejected RR set exists Host name removal rejected RR set does not exist Host name removal rejection not authoritative for zone Host name removal rejection different from Zone sect
155. execute a function that is not Invalid function code supported 2 ILLEGAL DATAADDRESS Failed to access the register Invalid register number 3 ILLEGAL DATA VALUE When reading the specified number of registers was less Invalid number of registers than or equal to zero or greater than or equal to 126 When writing the specified number of registers was less than or equal to zero or greater than or equal to 124 7 NEGATIVE e Alot number that is outside the valid range was ACKNOWLEDGE entered Invalid contents written e Invalid characters such as x1b were written in batch number or free message registers e Failed to control the following operations e Writing messages e Writing free messages e Writing batch numbers and lot numbers However no response is returned for the following errors e CRC error e Errors other than those shown above IM 04L21B01 17EN 6 13 suoljeoinads 2 6 3 Modbus Protocol Specifications Modbus Master Function 6 14 Basic Operations e The FX as a Modbus master device communicates with Modbus slaves periodically by sending commands at specified intervals e The Modbus master function operates independently from the Modbus client function via the Ethernet communication e The supported functions are reading data from the input registers and hold registers on the slave and writing data into the hold registers on the slave Serial Communication Specifications Common to the Modbus
156. ge Write a message Auto Poe OFF VAT 00 F Select the trend screen Directly select the group select Group gt Z you want to display Select the historical screen select Group gt T Directly select the group you want to display Select other displays You can select the overview display digital display or bar graph display Arrow keys and DISP ENTER key These keys carry out the same operations as the corresponding keys on the FX Switching the Screen Operator page only Trend and Historical Trend Using the Select Group list box you can switch to the trend or historical trend display for the group that you specify Other Screens From the Select Screen list box you can switch the screen by specifying digital bar graph or overview DISP ENTER Key and Arrow Keys If the FX is in operation mode you can click the DISP ENTER and arrow keys to carry out the corresponding operation on the FX 1 31 uondo 19 20ej198 U JoUI9Y Q 94 Huish ES 1 5 Monitoring the FX on a PC Browser Alarm Summary Click Alarm Summary to display the alarm summary Click Refresh to update the data e You can display information for up to 400 alarms e Based on the FX settings the Channel column displays channel numbers or tags Retresh Close Creation date 2008 12 06 16 51 03 Channel Alarm Time 2008 12 06 16 50 41 Pom ee 2008 12 06 16 49 45 Of AB 202006 16 47 43 E ACK 2008 12 06 16
157. ge when the specified time is reached This can be used to confirm that the e mail transmission function including the network is working properly You can specify the reference time and the e mail transmission interval for each destination e Report mail only on models with the M1 PM1 or PWR1 math option Notifies the report results For the procedure to set the e mail transmission function see section 1 4 For the e mail transmission format see section 1 4 For the procedure to start stop e mail transmission see section 1 4 Example of an e mail sent at a scheduled time From FX1000 recorder com Date Sun 2 Oct 2011 08 00 45 0900 JST Subject Periodic_data Subject To user1 recorder com user2 daq co jp LOOP1 Header 1 TEMPERATURE Header 2 Time Host name FX1000 Time of transmission 10 02 08 00 01 E mail test e You can send a test message from the FX to the recipient to check that e mails are transmitted e You can confirm the result of the e mail test on the e mail log screen e For the procedure to use this function see section 1 4 IM 04L21B01 17EN 1 1 What You Can Do with the FX1000 SNTP Server Client DHCP Client Other Functions IM 04L21B01 17EN The client function retrieves time information from a specified SNTP server such as at the specified interval The server function provides time information to FXs connected to the same network This function can be used to automatically retriev
158. he FX that has been set as the Modbus server is referred to as FX1000 server FXs that have been set as Modbus clients are each referred to as FX1000 client System Configuration and Actions IM 04L21B01 17EN Uses the measurement channel computation channel and communication input data as described in the figure below Assumes other conditions are set properly Ethernet Command Measured data l D 1B FX1000 Server FX1000 Client Modbus server Modbus client Reads the FX s measured data and uses a computation channel M1 PM1 and PWR1 options to display it Measurement channel 001 Communication input data C01 Input range 2 0000 to 2 0000 V Modbus service port Computation channel 101 502 by default 2 0000 to 2 0000V Start the computation Display the channel on Group 1 it Action e The FX1000 client reads the measured value of channel 001 on the FX1000 server into the communication input data C01 C01 is displayed on a computation channel 101 by including the data in the equation The computation channel 101 is assigned to Group1 e The measured value of channel 001 on the FX1000 server is transferred to the FX1000 client as an integer in the range of 20000 to 20000 e The FX1000 client displays the read data as 2 0000 to 2 0000 V using the computation channel 101 The following conversion is applied Value on the computation channel 101 of the FX1000
159. hen the Data Types of the Write Destination Servers Are Identical INT16 e The values can be written directly including special data See Special Data Values in section 4 3 Perform data processing on the slave device When the Data Types of the Write Destination Servers Are Different FLOAT_L or FLOAT_B e For data other than special data the values that are calculated from the decimal point information set on each channel are written e For special data see Writing the Computed Values of the Computation Channels The FLOAT values in the Special values table are used FX1000 Command Measurement channel Number 001 to 012 FX1000 Data type 40001 to 49999 Data type 16 bit signed integer gt 400001 to 465536 FLOAT _B FLOAT_L Write IM 04L21B01 17EN IM 04L21B01 17EN 6 3 Modbus Protocol Specifications e Writing the Computed Values of the Computation Channels e The computation function is an option M1 PM1 or PWR1 e Writes the computed values of the computation channels to the server registers e The data type of computed values is signed 32 bit integer FX1000 Command Computation channel Register Datatype Number 101 to 124 40001 to 49999 INT 16 UINT 16 Data type 32 bit signed integer ap 400001 to 465536 INT 32_B INT 32_L Write FLOAT_B FLOAT_L When the Data Type of the Write Destination Server Is Identical INT32_B or INT32_L The values can be written di
160. iancisceoteoredsneeetansentinteoreds 3 11 COMMUMICANOMN 1OG essssn 4 10 communication status cedhateenietuotaausacersUutloriewotanedss 1 47 communication status checking Of ccccceeceeeeeeeeeees 1 16 communication status setting Of cccccceeeeeeceeeeeeees 1 16 computation channel saceccscdccecdccvacescsnsvemtseseeresonceseseteacon 3 11 computed Cal sia ziatasnccateantenritsesnenieetiuneaiiaaatsateess 4 8 4 30 configured alarm information data cccccccseeseeeeeeeeees 4 33 configured channel information data c csecceeeeeeeees 4 32 COINS COD race eden cacpeniccaa ee enemseaeeteecoteceatensnemeictece a cenesesce 2 4 connection retrials data during cecceeeeeeeeeees 1 48 2 14 ONS eM e erea aiea EE EE RE aa bea n EA 3 11 Contac tNPU seneo r AEn ii 3 10 control commandS saciciiiccescicictanventennclnscheidahitamvienaCandeavensiacmuds 3 6 CONVENE oieee one e A TE A EESE 2 9 CRLF sctvacesniatnmsasnashdvipadcuatedancsdapenieaieaaiaarentejaximscdornanipastoavise 3 2 CS RS aeria N E E E EA E 2 6 D o data dropout c cccisecenecessatcenagvececsacecceats 1 48 2 14 App 1 App 2 data lengte caneria ee Eae ONET 2 10 4 2 data reception CONtIO ccccccceeecseeteeeecseeeeeeseneetens 2 5 2 6 SNE sessed det atcatiesnctgtn ce ean sg eceutis bicatraaiedosceuie eat becadee 4 2 data transmission CONTIOI ccceceeceeceeceeeeeeeceeeeeneeees 2 5 2 6 ELE E E A AA AAT TATA TATT
161. ication E mail Format e Subject Subject Alarm Summary e Syntax header1lCRLF header2CRLF CRLF Alarm summary CRLF lt Host name gt CRLF hostCRLF CREE lt CH CCe cURLE lt Type gt lLqCRLF lt aaa gt mo dd_ hh mi ssCRLF GREE lt LNSis Vvalie gt CalLY mo dd_ hh mi ssCRLF ccc c ddd dCRLF CRLF Access the following URL in order to look at a screen CRLF http host domain CRLF CREE CCC aaa ddd c Channel number or tag Up to 16 characters Channels set to Skip or Off are not output For the channel number see section 3 3 Alarm level 1 to 4 Alarm type H L h 1 R r T t H high limit alarm L low limit alarm h difference high limit alarm 1 difference low limit alarm R high limit on rate of change alarm r low limit on rate of change alarm T delay high limit alarm t delay low limit alarm Alarm status off or on Measured Computed value up to 10 digits including the sign and decimal point unit up to 6 characters OVER Positive overrange OVER Negative overrange Burnout Burnout data dea Error data The FX transmits channel numbers alarm types and alarm statuses for up to 10 events in a single e mail IM 04L21B01 17EN 1 21 uondo 19 20ej198 U JoUI9Y Q 94 Huish pa 1 4 Sending E mail Messages Scheduled E mail Format e Subject GuDJecti Periodic Data e Syntax header1lCRLF header2CRLF CREE Periodic datawCRLF lt HoOst name gt
162. idoxcduanesedettovemexaaocmeeaast 1 32 4 22 all channel display siiccvicwesivcietantnceawnvenieltadnmerastmiauaiiseieud etietns 1 32 application MMC OU isciccccsxaccnters desaanusuxsnsdnnnradesesenebesdnnaradcacnes 1 3 application timeout setting Of cc cecccseeseeeeseeeeeeeeees 1 16 ATON GV G orarie ae E ENS AAEE iil ASCII Character COdES cccccccccccceeeeeeceeeeeeseeeeeeseeeees App 5 authenticated e mail ou ccc ecc cece eee eseeseeeee eee eeeeenenaenes 1 18 automatic transferring Of files cccccceceseeesseeeeseeneeeeees 1 5 AUO COV OY i ccuscearecaccadeceasasntuacenerenseiieseiainecenrstoscmoenteasnaets 2 12 auto refresh ON scciscivanciscersaincacstvecsvenscoeedsidet avealyeweidetintens 1 30 B Z basic setting commandS 6 lt csccccccdcccccdesccdentecsscesoencensesss 3 7 3 34 basic setting MOUS iriiigcisiovxniauriesuntemcatieiaiiadinlantaiteanniumldmiauiotans 3 4 basic settings Modbus client ccc csessseeesseseseeeeeeeees 1 43 basic settings Modbus master csccecessseeeeeeeeeees 2 12 basic SDECHICALONS visccsescsncesencsacsndedescscersanccedsaaedesatnescerenndsaus 6 1 baud eee cetcrcunsedntbictuncdeackecnudeastceeecteaethesenestensateegeteestiae 2 10 DIMA CAL ec T E E E E E E ES 4 2 Binary data YDE i iicruimicninmntontapieiaiimiaaaatinavidmiontaatentenmidal 4 3 IIA YY S o E E A E E N 4 2 binary TNS ASU rat ane d ohare Siar tosdeintdinine mesa guatyatiants tbo aeia 4 2 D
163. ied with the BO command 4 2 IM 04L21B01 17EN IM 04L21B01 17EN Flag O gt e NOUR HON ID Name Abbreviation BO CS Flag 0 MSB No Middle Meaning of the Flag 4 1 Response Syntax Output byte order Existence of a checksum In the middle or at the end of the continuous data When the BO flag is 0 the high byte is output first When the BO flag is 1 the low byte is output first If the check sum is enabled parameter 1 using the CS command parameter each sum value is inserted in the header sum and data sum sections If the check sum is disabled parameter 0 a zero is inserted in the header sum and data sum sections For a sample program that calculates the sum value see Calculating the sum value on the next page If the amount of data output in response to a ME MO command is large not all the data may be returned in one output request parameter GET In this case the END flag becomes 0 You must send output requests parameter NEXT to receive the rest of the data until the END flag becomes 1 The bits that have for the name and flag are not used The value is undefined An ID number indicating the binary data type The table below indicates the data types and the corresponding output commands Binary data that is not indicated in the above table is considered undefined files ID Number 0 Undefined file 1 1 FIFO data 13 Screen data file 15 Display data
164. igits NORMAL FINE 3 digit display 4 digit display p5 Current value display MARK Displays the trend using marks BARGRAPH Displays the trend using a bar graph TT Display waveforms horizontally set the message direction to vertical and display waveforms by clearing the existing waveforms at memory start TTHORIZONTAL ON VERTICAL 3 19 e 3 4 Setting Commands SE Syntax Query Example TB Syntax Query Example SB Syntax Query Example Description IN Syntax Query Example Description 3 20 Sets the line width and the number of grid sections to use on the trend graph SE pl p2 lt terminator gt p1 Trend line width 1 to 3 in dots p2 Number of grid segments 4 to 12 AUTO SE Set the trend waveform line width to 1 dot and the number of grid segments to 10 SE1 10 Sets the bar graph display TB pl lt terminator gt pl Bar graph display direction HORIZONTAL VERTICAL TB Display bar graphs horizontally TBHORIZONTAL Sets the bar graph for a channel SB pl p2 ps lt terminator gt pl Measurement or computation channel number p2 Bar graph base position NORMAL Normal lower limit CENTER LOWER Lower limit UPPER Upper limit p3 Number of scale divisions 4 to 12 SB p1 Set the number of scale divisions on the bar graph for channel 002 to 5 and display the bar graph from the span lower limit the scaling lower limit if scaling is enabled SB002 NORMAL 5 You ca
165. ignored Parameters after the 32nd parameter are ignored IM 04L21B01 17EN Chapter4 Responses 4 1 Response Syntax The following table shows the types of responses for various commands described in the previous chapter The FX returns a response affirmative negative response to a command that is delimited by a single terminator The controller should follow the one command to one response format When the command response rule is not followed the operation is not guaranteed Commands Response Affirmative response Single negative response or multiple Pea Veren ones Output commands Setup measurement and control data output Special resonse Dedicated response commands 1 For the responses to the instrument information server function see section 4 4 2 For the responses to special response commands see section 3 10 Note The CRLF used in this section denotes carriage return line feed Affirmative Response When the command is processed correctly an affirmative response is returned e Syntax EOCRLF e Example EO Single Negative Response When a command is not processed correctly a single negative response is returned e Syntax El non mmm MERLE nnn Error number 001 to 999 mmm m Message variable length one line _ Space e Example E1 001 System error Multiple Negative Responses e lf there is an error in any one of the multiple commands that are separated by sub deli
166. ime Setting the SNTP Server Carry out the steps below to run the FX as an SNTP server Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt Server gt Server modes Server FTF Use Web Use SNTP Hodbus Not e SNTP For the SNTP item under Server select Use or Not don t use When an SNTP client on the network queries the time information to the FX the FX sends the time information Port Number The default value is 123 To change the setting Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Environment tab gt Communication gt Service port For the selectable range of port numbers see section 6 1 1 40 IM 04L21B01 17EN 1 9 Using the Modbus Server Function The FX is used as a Modbus server For the Modbus specifications see section 6 3 Setting the Modbus Server Carry out the steps below to enable another device to read the FX data or write data to the FX using Modbus Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt Server gt Server modes IM 04L21B01 17EN Server FTF Use Web Use SHTP Hodbus Modbus For the Modbus item under Server select Use or Not don t use Press MENU to switch to
167. ime that the condition is met When p2 is set to WEEK specify the day and time Syntax TK Dl p2 p3 p4 p5o lt terminator gt pl Timer number p2 Timer type WEEK p3 Day of the week SUN MON TUE WED THU FRI SAT p4 Time hh mm fixed format 00 00 to 23 59 p5 Timer operation SINGLE REPEAT When p2 is set to MONTH specify the date and time Syntax TK p1 p2 p3 p24 p5 lt terminator gt pl Timer number p2 Timer type MONTH p3 Day 1 to 28 p4 Time hh mm fixed format 00 00 to 23 59 p5 Timer operation SINGLE REPEAT IM 04L21B01 17EN TU Sets an event action Syntax TU pl p2 p3 p4 05 PG pT lt terminator gt pl Logic number 1 to 40 p2 Event type NONE REMOTE RELAY SWITCH ALARM TIMER MATCHTIMETIMER USERKEY p3 Event details p2 REMOTE p2 RELAY p2 SWITCH p2 TIMER Remote control input Alarm output relay Internal switch Alarm Timer Match time USER key Remote number Relay number Internal switch number Timer number p2 MATCHTIMETIMER Match time timer number p2 Any other value p4 Action type Don t care MEMORYSTART STOP MEMORYSTART MEMORYSTOP TRIGGER ALARMACK MATHSTART STOP MATHSTART MATHSTOP MATHRESET SAVEDISPLAY SAVEEVENT MESSAGE SNAPSHOT MANUALSAMPLE TIMERRESET DISPLAYRATE1 2 DISPLAYGROUPCHANGE FLAG TIMEADJUST PANE LLOAD IM 04L21B01 17EN Memory start or memory stop Memory start Memory stop Event trigger Alarm acknowledgement
168. ing mode you cannot display the monitor page or the operator page If you try to do so an error message appears For details on the modes see the FX1000 First Step Guide IM 04L21B01 02EN Refresh the screen Display the alarm summary Displays the alarm summary in a separate window All channel display Displays the measured values and alarm statuses of all channels in a separate window Automatically refresh the screen Set this to ON to automatically refresh the screen Log Displays various logs in a separate window Zoom R en OFF v AP Change the zoom rate of the screen 100 200 GROUP 1 2011 05 16 11 44 41 jos fSin et 2 Tez Imin div py 2 3 q g 2783 een 1814 al 2313 5972 H H FX screen image Refreshing the page The monitor page can be refreshed automatically or manually e Auto Refresh ON Refreshes the monitor page once approximately every 10 seconds e Auto Refresh OFF Does not automatically refresh the monitor page It is refreshed when you click Refresh You cannot refresh the page within approximately 10 seconds of the previous refreshing of the page even if you click Refresh Zoom Select the zoom factor from the list box to zoom into or out of the FX screen 1 30 IM 04L21B01 17EN GFOUP 1 1 5 Monitoring the FX on a PC Browser Contents of the Operator Page 2011 01 01 14 45 30 14244 IM 04L21B01 17EN 1 2 2 0 otitis ti O i ttt re tt ELL l Messa
169. ing on the FX specifications and the settings the corresponding functions may not operate e You cannot specify PANELLOAD on models that do not have a CF card slot 3 23 e 3 4 Setting Commands SK Syntax Query Example Description SI Syntax Query Example Description 3 24 Sets a computation constant SJ M1 PM1 and PWR1 options SK pl p2 lt terminator gt Syntax pl Computation constant number p2 Constant 9 9999E 29 to 1 0000E 30 0 1 0000E 30 to 9 9999E 29 five significant digits SK p1 Set the constant in computation constant number K01 to 1 0000E 10 SKK01 1 0000E 10 e You cannot use this command to configure settings while recording memory sampling or computation is in progress e Set p1 by referring to the table in section 3 3 Sets the rolling average function of a computation channel M1 IPM1 and PWR1 options eN Example SI p1 p2 p3 p4 lt terminator gt p1 Computation channel number p2 Moving average ON OFF p3 Sampling interval 1S 2S 3S 4S 5S 6S Description 10S 12S 15S 20S 30S 1MIN 2MIN 3MIN 4MIN 5MIN 6MIN 10MIN 12MIN 15MIN 20MIN 30MIN 1H p4 Number of samples 1 to 1500 SI p1 Enable the moving average of computation channel 107 set the sampling interval to 1 minute and set the number of samples to 20 SI107 ON 1MIN 20 e If p2 is set to OFF do not set p3 or p4 e Set the sampling interval to a value that is greater than or
170. ings Basic Setting Mode Hodbus client basic settings Server number ST mm 7 ms 2 T o Hodbus server name fiodbus recorder com AA ig2 168 1 88 i Read cycle le Retry interval 14min cm em Lm ii a a 7 a ele aloe ofo lo d a Ii I i Eng Em aai of Esg ajaja Client command number First Last Server Regi Type l SHEE 1 INT16 1 dAAAI INT16 2 46818 INT32_B SEEEEBE 1 2 3 d 5 B T a Basic settings Read cycle Set the read cycle to 1 2 5 or 10s Retry interval Set the interval for retrying the connection when the connection is interrupted for some reason Select Off 10 20 or 30 s 1 2 5 10 20 or 30 min or 1 h When Off is selected the connection is not retried The communication stops if the communication fails Destination server settings Server number Select 1 to 16 for the server registration numbers to be configured Port Enter the port number in the range of 0 to 65535 for the selected server The default value is 502 Modbus server name Set the destination Modbus server name using up to 64 alphanumeric characters e Ifthe DNS is used you can set the host name as a server name e You can also set the IP address In this case the DNS is not required 1 43 uondo 293 92 13 U1 JoUI9Y Q 94 Huish pa 1 10 Using Modbus to Read Data From and Write Data to Other Devices e Unit Se
171. ings while recording memory sampling computation is in progress Setting the VT ratio and CT ratio Syntax Query Example NP pl p2 p3 p4 lt terminator gt pl Setting type VTCT p2 VT ratio 10 to 60000 p3 CT ratio decimal place 0 to 2 p4 CT ratio value NP pl p2 Set the VT ratio to 10 0 and the CT ratio to 123 45 NPVTCT 100 2 12345 or 3 25 ns e 3 4 Setting Commands Description e Use parameter p2 to set the VT ratio VT ratio p2 10 to 60000 Set this value using an integer without a decimal point 10 means 1 0 e About the CT ratio setting The range of the CT ratio is 0 05 to 32000 Parameters p4 the integer and p3 the decimal place are used to display the value Example If p3 is 2 and p4 is 12345 the CT ratio is 123 45 e The range of parameter p3 is 0 to 2 The ranges of p4 in relation to p3 are shown in the following table Parameter Range 5 to 99999 0 05 to 999 99 10000 to 99999 1000 to 9999 9 0 10000 to 32000 10000 to 32000 For parameters p3 and p4 either set both parameters or omit both parameters e Set the VT ratio and CT ratio so that they meet the following condition Secondary rated power x 1 2 x VT ratio x CT ratio lt 10 GW The secondary rated power is shown in the following table Input Voltage Secondary Rated Power t Single phase 120 V 100 W wo wire system 240 V 200 W phase Single phase 200 V 200 W three wire system O w Three
172. ion Physical layer was disconnected when removing the host name 1207 120 POF pale 00 01 01 U2 563 564 O65 S67 RENEW RENEWED IPCONFIG UPDATE IM 04L21B01 17EN 4 2 Output Format of Text Data Modbus Communication Log e The FL command is used to output the data e The Modbus communication log is output Up to 50 Modbus communication events are retained e Syntax EACRLF yy mo dd_ hh mm ss xxxxxxx kkkk nn dCRLF ENCRLF yy Year 00 to 99 mo Month 01 to 12 dd Day 01 to 31 hh Hour 00 to 23 mm Minute 00 to 59 SS Second 00 to 59 C Communication type C or M C Modbus client Ethernet M Modbus master serial xxxxxxx Even that occurred 7 characters DROPOUT Communication could not keep up and drop out occurred ACTIVE Activated READY Command ready state CLOSE Disconnected HALT Command halted kkkk Detail 4 characters GOOD Normal operation NONE No response from the slave device FUNC Received a function error REGI Received a register error ERR Received a packet error LINK Ethernet cable disconnected Modbus client HOST Unable to result the IP address from the host name Modbus client CNOT Failed to connect to the server Modbus client SEND Failed to send the command Modbus client BRKN Failed to receive the command Space At command start nn Command number 1 to 16 space d Command type R W space R Read W Write B Space e Example EA 11 05 11 12 20
173. ion or Modbus client C7 option Status Information 3 Measurement dropout Decimal point unit information change Command error 5 2 IM 04L21B01 17EN 5 2 Bit Structure of the Status Information Status Information 4 Name Description S O A D conversion complete Set to 1 when the A D conversion of the measurement is complete 1 Medium access complete Set to 1 when the display event manual sampled report or screen image data file are finished being saved to the external storage medium Set to 1 when setup data is successfully saved or loaded Report generation complete Set to 1 when report generation is complete M1 PM1 and PWR1 options Set to 1 when the timer expires 6 USER key detection Set to 1 when the USER key is pressed Status Information 5 to 8 All bits are zeroes IM 04L21B01 17EN 5 3 syod y Sn e s o Blank Page S l Chapter 6 Specifications 6 1 Ethernet Interface Specifications Basic Specifications Electrical and mechanical specifications Transmission medium type Protocol Conforms to IEEE 802 3 Ethernet frames conform to the DIX specification 10BASE T TCP IP UDP ICMP ARP FTP HTTP SNTP SMTP Maximum Number of Connections and Number of Simultaneous Uses The following table indicates the number of simultaneous uses number of users that can use the function simultaneously the maximum number of connections and the port IM 04L21B01 17EN
174. ion input data Register of instrument A 30001 16 bit signed integer Command setting C e Example 2 Load the value of the 32 bit signed integer assigned to registers 30003 and 30004 of instrument B to C03 Only the smallest register number need be specified in commands Communication input data Register of instrument B 30003 lower bytes 2 bit signed integer 30004 higher bytes j z Command setting Rm co3 co3 2 30003 int32 e Example 3 Load the values of the 16 bit signed integers assigned to registers 30001 and 30002 of instrument B to C01 and C02 Only the smallest register number need be specified in commands Communication input data Register of instrument B 30001 16 bit signed integer 30002 16 bit signed integer Command setting Pram cot coz 2 30001 wre _ e Example 4 Load the values of the 32 bit floating point assigned to registers 30005 and 30006 of instrument B to C04 Only the smallest register number need be specified in commands Communication input data Register of instrument B 30005 lower bytes TON i DI oatin oin 30006 _ higher bytes a Command setting Rm co4 coa 2 30005 FLOAT_L 1 45 uondo 23 29ej19 U JoUI9Y Q 94 Huish 1 10 Using Modbus to Read Data From and Write Data to Other Devices Writing Measured Values to the Server e Example Write the measured value 16 bit signed integer from channel 001 to r
175. ion is closed pl Command name TCP keepdrops close con eth help net quit Total number of closed connections due to Example TCP keepalive timeout help TCP sndtotal l l l Total number of transmitted packets con echo connection information eth echo ethernet information TCP sndbyte help echo help Total number of transmitted bytes net echo network status TCP sndrexmitpack quit lose thao Comicenion Total number of retransmitted packets S TCP sndrexmitbyte _ Total number of retransmitted bytes net____ Outputs network statistics no o Syntax net lt terminator gt Total number of received packets Example TCP revbyte net Total number of received bytes EA DLC 16 collisions 11 06 09 12 34 56 PR Number of collisions A collision occurs when Netwsek Status two or more instruments on the network attempt to transmit simultaneously The s H power on time 11 06 08 12 34 56 tendency for collisions to occur increases PP applalive disable when the network is congested 16 collisions PP genetry means that there were 16 consecutive PP geneok collisions A A A A APP genedrops APP diagtry A A A A A PP diagok quit Closes the connection to the instrument that you are operating Syntax quit lt terminator gt PP diagdrops PP ftpstry PP ftpsok PP ftpsdrops TCP keepalive ICP connects TCP closed TCP
176. iple command flags EA 11705711 eee LIZOS LE 14251414 11 05 11 12231211 1105 1 12 1l 11 T1705 11 12 31 11 117 05 11 12 3111 EN 1234567890123450 7890 gt BO1 1234567890123456 7890 lt EO 123450 7899012345678907 gt 777 12345678901234567890 lt E2 01 124 1234507890123456 7890 gt PSO 1234567 8901234507890 lt HO PrP PRP Pe IM 04L21B01 17EN 4 11 sasuodsay Ea 4 2 Output Format of Text Data FTP Client Log e The FL command is used to output the data e The FTP client log is output Up to 50 file transfer logs are retained Logs that exceed 50 are cleared from the oldest data e For the meanings of the error codes see the FX1000 User s Manual IM 04L21B01 O1EN e Syntax BRACRLIF yy mo dd_ hh mm ss nnn xxxxxxxxx k fff CRLF ENCRLF vy Year 00 to 99 mo Month 01 to 12 dd Day 01 to 31 hh Hour 00 to 23 mm Minute 00 to 59 SS Second 00 to 59 nnn Error code 001 to 999 XXXXXXXXX Detailed code 9 characters k Server type P S P Primary S Secondary fife File name up to 51 characters including the extension B Space e Example EA 117 07 20 10200700 P 000010 DAD 11 07727 10 00 00 P QOUOUIT DAD 117 07 28 10 00 00 123 HOSTADDR P FTP TEST TXT EN 4 12 IM 04L21B01 17EN 4 2 Output Format of Text Data Operation Error Log IM 04L21B01 17EN The FL command is used to output the data The operation error log is output Up to 50 operation error logs are retained Logs that ex
177. istrator An administrator has privileges to use all the functions of the setting measurement server maintenance test server and FTP server An administrator can access the operator and monitor pages through the Web server function e User A user has limited privileges to use the setting measurement server maintenance test server and FTP server functions For the limitation on the commands see section 3 2 e Limitations on the use of the setting measurement server A user is not authorized to change the settings that would change the operation of the FX However a user can output measured and setting data e Limitations on the use of the maintenance test server A user cannot disconnect a connection between another PC and the FX e Limitations on the use of the FTP server A user cannot save files to the external storage medium of the FX or delete files on it A user can load files A user can access the monitor page through the Web server function IM 04L21B01 17EN 1 1 What You Can Do with the FX1000 Web Server Microsoft Internet Explorer can be used to display the FX screen on the PC e The following two pages are available e Monitor page Screen dedicated for monitoring e Operator page You can switch the FX screen You can also modify and write messages e You can set access control user name and password specified with the login function on each page e The screen can be updated at a constant period approximately 10 s GROU
178. lace e The channel is a computation channel and the channel is turned on or off or an expression or a span value is changed The h and settings of p4 are valid only when the measuring range is set to differential computation between channels If p4 is set to R or r set the interval for the high low limit on the rate of change alarm using the WO command If p4 is set to T or t set the alarm delay time using the BD command Set the p5 alarm to a value within the following ranges based on the p4 alarm type or the target channel e For upper lower delay upper and delay lower alarms DC voltage thermocouple or RTD input A value within the measurable range Contact input Oor 1 Scaling 1 5V scaling and square root 5 to 105 of the span and between 30000 and 30000 e Difference high limit and difference low limit alarms A value within the measurable range e High limit on rate of change and low limit on rate of change alarms A value that consists of at least one non zero digit For example 0 0001 for the 2 V range The maximum value must be within the measurable range and between 30000 and 30000 For example 3 0000 for the 2 V range For contact input you can only specify 1 e Computation channels 9999999 to 99999999 excluding the decimal point set using an integer e When using a channel that is set to Log scale LG1 option The alarm types that you can select from are H high limit alarm L low
179. le SA Dilyp2 5 po 74 02 p0 P S p9 lt terminator gt pl Measurement or computation channel number p2 Alarm number 1 to 4 p3 Alarm on or off ON p4 Alarm type High limit alarm Low limit alarm Difference high limit alarm Difference low limit alarm High limit on rate of change alarm Low limit on rate of change alarm Delay high limit alarm Tt A R A eS Foe Delay low limit alarm This parameter is case sensitive p5 Alarm value when using a channel that is set to Log scale LG1 option this is the mantissa of the alarm value p6 Relay setting ON Relay setting on OFF Relay setting off p7 Relay number when p6 is set to ON A space when p6 is set to OFF p8 Alarm detection ON OFF p9 Exponent of the alarm value when using a channel that is set to Log scale LG1 option SA pl p2 Set a high limit alarm alarm value 1000 on alarm number 1 of channel 002 and activate relay 101 when an alarm occurs SA002 1 0N H 1000 0N 101 Description e For a channel whose input range is set to SKIP using the SR command p3 cannot be set to ON e For a channel whose computation channel is set to OFF using the SO command p3 cannot be set to ON IM 04L21B01 17EN 3 4 Setting Commands All alarm settings on a channel are set to OFF when e Its input type is changed VOLT TC etc e ts measuring range is changed e Its span value or scaling value is changed this includes changing the decimal p
180. lect Auto if the unit number of the destination server is not required Otherwise select Fixed If you select Fixed the unit number item is displayed e No Enter a fixed unit number in the range of 0 to 255 Setting the transmitted commands e Client command number Select 1 to 16 for the transmitted command numbers to be configured e Command type Set the command type to Off R M W or W M If you select a command type other than Off the client channel server number register and data type items are displayed R M Read to the communication input data 32 bit floating point type from the server W Write the measurement channel 16 bit signed integer type to the server W M Write the computation channel 32 bit signed integer type to the server You can only select R M and W M on models that have the M1 PM1 or PWR1 math option e First Last client channels Enter the first and last channel numbers for I O The range of channels that you can enter varies depending on the command type as follows R M C01 to C24 W 001 to 012 W M 101 to 124 e Server server number Select the server number from 1 to 16 e Regi registers on the server Set the register number of the server For an input register select in the range of 30001 to 39999 and 300001 to 365536 For a hold register select in the range of 40001 to 49999 and 400001 to 465536 The register numbers you can specify vary depending on the command type See sectio
181. lt terminator gt pl Modbus connection limitation USE NOT WE Example Place limitations on Modbus connections WFUSE Sets an IP address that is allowed to connect through the Modbus interface C7 option WG pl p2 p3 lt terminator gt pl Registration number 1 to 10 p2 Registration ON OFF p3 IP address 0 0 0 0 to 255 255 255 255 WG pl1 Allow connections from IP address 192 168 111 24 Use registration number 1 WG1 ON 192 168 111 24 You can use this command when Modbus connection limitations have been placed through the use of the WF command Sets the phase wiring system and input voltage PWR1 option WP pl p2 lt terminator gt pl Phase and wiring system Single phase two wire 1P2W Single phase three wire 1P3W Three phase three wire 3P3W p2 Input voltage 120V 240V WP Set the FX to use the single phase two wire system with an input voltage of 120 V WP1P2W 120V When parameter p1 is set to 3P3W parameter p2 the input voltage is fixed to 240V e f you change these settings the VT ratio CT ratio and integration low cut settings will all be initialized Description Applies basic settings XE pl lt terminator gt pl Storage of settings STORE ABORT Save the basic settings XESTORE To apply settings that you have changed using the basic setting commands you need to save the settings using the XE command Be sure to save the settings using the XE command before you change
182. lue that is less than or equal to p4 e The number of registers that are read from or written to is determined by the values that you specify for p3 p4 and p7 An error occurs if the specified number of registers exceeds the number of registers that actually follow the first register p6 WB Sets SNTP client parameters C7 option Syntax WB pl p2 p3 p4 p5 p6 lt terminator gt pl SNTP client function usage USE NOT p2 SNTP server name up to 64 characters p3 SNTP port number 0 to 65535 p4 Access interval OFF 1H 8H 12H 24H p5 Reference time for the access interval 00 00 to 23 59 p6 Timeout value 10S 30S 90S Parameters p2 to p6 are invalid when p1 is set to NOT Query WB Example Enable the SNTP client function and set the server name to sntp recorder com the port number to 123 the access interval to 24 hours the reference time to 12 00 and the timeout value to 30 seconds WBUSE sntp recorder com 123 24H 1Z200 208 3 43 e 3 6 Basic Setting Commands WC Syntax Query Example Description YS Syntax Query Example 3 44 Sets the SNTP operation that is performed when memory start is executed C7 option WC pl lt terminator gt p1 Time adjustment using SNTP ON OFF WC Set the FX so that time is adjusted using SNTP when memory start is executed WCON You can use this command when the SNTP client function is enabled through the use of the WB command Sets th
183. m and Write Data to Other Devices Resuming Command Transmission You can use the front panel keys to resume command transmission to a server device to which communication is stopped red status lamp 1 Using the up and down arrow keys select the command corresponding to the server device to which transmission will be resumed The message Push right arrow key to refresh appears 2 Press the right arrow key The FX starts command transmission to the specified server Data When Communication Is Stopped and during Connection Retrials If the command transmission stops such as due to a connection drop the status turns orange or red and the communication input data will be error data On communication channels tOVER or OVER is displayed according to the FX settings Data Dropout Data drop occurs when the commands from 1 to 16 do not complete within the read cycle see appendix 1 When a data dropout occurs the communication input data is held at the previous value A message indicating the data dropout is also displayed on the Modbus operating status display If this happens take measures such as making the read cycle longer or reducing the number of commands Confirm that no data dropout occurs on the modbus status log screen 1 48 IM 04L21B01 17EN 1 11 Usage Example of the Modbus Function Explains the setting example for both Modbus client and server on FX1000s connected via the Ethernet In this section t
184. mand instead con Outputs connection information Syntax con lt terminator gt Example con EA 11 06 09 12 34 56 Active connections Proto Local Address Foreign Address State TCP 192 168 111 24 34261 192 168 111 24 1053 ESTABLISHED TGE Oe Os De OTEO Ou Oy Oy Ds 0 LISTEN TCP Oe 0e Os 034261 04 Os Us 0 0 LISTEN TCP 0s Oy Os 0734260 Os Us Ow OF 0 LISTEN EN TCP Protocol used Local Address FX socket address Displays IP address port number Foreign Address Destination socket address Displays IP address port number state Connection state ESTABLISHED Connection established IM 04L21B01 17EN 3 11 Maintenance Test Commands TCP keepalive eth Outputs Ethernet statistics Keepalive check cycle Syntax eth lt terminator gt eos Bennie ample Total number of connections established o TCP closed 11 06 09 12 34 56 Total number of closed connections er TCP timeoutdrop Ethernet Statistics This is the total number of closed connections Name In Pkt In Err Out Pkt Out Err 16 Coll due to TCP retransmission timeout When lo 0 0 0 0 0 the transmitted packet the unit of data that O SAR i was transmitted is not received the FX S EN retransmits the packet at a predetermined 3 time interval If the packet is not received after hel Outputs help sas on neip 14 retransmissions a timeout occurs and the Syntax help pl1 lt terminator gt connect
185. mands in chapter 3 you can use either the administrator system administrator or user normal user commands depending on which name you used to log in 1 54 IM 04L21B01 17EN 1 13 Using the Maintenance Test Server When Not Using the Login Function Access the server using the user name admin or user You can use either the administrator admin or user commands depending on which name you used to log in When Using the Login Function Log in as an administrator or user who has been registered on the FX Of the commands in chapter 3 you can use either the administrator System administrator or user normal user commands depending on which name you used to log in IM 04L21B01 17EN 1 55 uondo 19 29ej19 U JoUI9Y Q 94 Huish Blank Page S l Chapter 2 Using the Serial Communication Interface C2 and C3 Options 2 1 What You Can Do with the FX1000 You can use an RS 232 or RS 422A 485 interface to perform serial communications Explains the serial communication functions Modbus Master e The FX can connect to a Modbus slave device and read or write to the internal register You can use computation channels to handle the data that you have read as the communication input data of the computation function You can write measured data and computed data 1 M1 PM1 and PWR1 options e For details on the Modbus function codes that the FX supports see section 6 3 e For the setting procedure see sectio
186. mber 000 to 999 Description given in the table Detailed code 9 characters Description given in the table Space Detail Code ON OFF RENEW RELEASE RENEWED EXTENDED RELEASED IPCONFIG NOREQUEST UPDATE REMOVE Description Detected that an Ethernet cable was connected Detected that an Ethernet cable was disconnected Requesting address renewal to the DHCP server Requesting address release to the DHCP server Address renewal complete Address release extension request complete Address release complete IP address configured Configured not to register the host name Registered the host name to the DNS server Removed the host name from the DNS server 4 2 Output Format of Text Data 4 19 sasuodsay pa 4 2 Output Format of Text Data 4 20 The table below shows the contents of the log during erroneous operation Error Number 295 296 291 298 e Example EA AOS ne 11 05 11 117 057141 117 05 11 EN 12 12 i i Detail Code REJECT ESEND ESERVER ESERVFAIL ERENEWED EEXTENDED EEXPIRED INTERNAL FORMERR SERVFAIL NXDOMAIN NOTIMP REFUSED YXDOMAIN YXRRSET NXRRSET NOTAUTH NOTZONE NONAME INTERNAL FORMERR SERVFAIL NXDOMAIN NOTIMP REFUSED YXDOMAIN YXRRSET NXRRSET NOTAUTH NOTZONE NOTLINKED Description Address obtained by DHCP is inappropriate Failed to send to the DHCP server DHCP server not found No response from the DHCP server Address ren
187. mer M1 PM1 and PWR1 options Operation mode Ee Sets the ancillary operation of the start key M1 PM1 and PWR1 Operation mode options BD Sets an alarm delay Operation mode Yes INO 3 25 spuewwoy IM 04L21B01 17EN 3 5 3 2 3 6 List of Commands Control Commands Command Execution Mode Administrator Page Name BT Sets a batch name Operation mode Yes BU UD 3 31 3 3 3 3 3 Executes manual sample generates a manual trigger takes a Operation mode Yes No e Mn a No__ 3 3 No 3 No 3 3 No 3 3 i i Yes 3 Starts stops resets computation MATH or clears the computation Operation mode Yes O froput sats dopey MIL Phitcand Pwatoptons fens NOP o 3 3 No 3 No 3 No 3 No 3 No 3 No 3 No 3 No 3 o 3 No 3 PS AK EV CL CV MS BJ EJ TL DS LO Starts or stops recording Operation mode Switches between the normal and secondary trend intervals Operation mode Changes the password of the login function C7 option Operation mode i i 3 31 ic setti Loads setup data for setting mode Operation mode Yes JNo LI Saves setup data C7 option Operation mode Yes No CM Sets communication input data M1 PM1 and PWR1 options Operation mode Yes No EM Starts or stops the e mail transmission function C7 option Operation mode Yes No Recovers Modbus manually C2 C3 and C7 options Operation mode Yes No Clears measured and computed data and initializes setup
188. miters multiple negative responses are returned e The response is generated for each erroneous command e If there are multiple commands that have errors the negative responses are separated by commas e The error position number is assigned to the series of commands in order starting with 1 assigned to the first command IM 04L21B01 17EN 4 1 sasuodsay Ea 4 1 Response Syntax e Syntax E2 ee nnnCRLF When there is only one error E2 ee nnn ee nnn ee nnnCRLF When there are multiple errors ee Error position 01 to 10 nnn Error number 001 to 999 Space e Example EA 027001 Text Output For details on the text data types and their formats see section 4 2 e Syntax EACRLF e o ooo ooo o CRE e o ooo ew CRLF e o ooo oo CRLF ENCRLF Binary Output Conceptual Diagram Text format CR LF Data length Binary header 12 bytes Fiag iD Header sum Binary format Binary data Binary data Binary footer 2 bytes EBCRLF Indicates that the data is binary Data Length The byte value of flag identifier header sum binary data data sum Header Sum The sum value of data length flag identifier Binary Data For the output format of various data types see section 4 3 Data Sum The sum value of the binary data Note The data length of the binary header section is output according to the byte order specif
189. mitted commands to Off R M W or W M R M Read to the communication input data 32 bit floating point type from the slave W Write the measurement channel 16 bit signed integer type to the slave W M Write the computation channel 32 bit signed integer type to the slave You can only select R M and W M on models that have the M1 PM1 or PWR1 math option IM 04L21B01 17EN 2 6 Using Modbus to Read Data From and Write Data to Other Devices First Last FX channel numbers Enter the first and last channel numbers for I O The range of channels that you can enter varies depending on the command type as follows R M C01 to C24 W 001 to 012 W M 101 to 124 Address Enter the address of the slave device in the range of 1 to 247 Regi Set the register number of the slave For an input register select in the range of 30001 to 39999 and 300001 to 365536 For a hold register select in the range of 40001 to 49999 and 400001 to 465536 The register numbers you can specify vary depending on the command type See section 6 3 Type Select INT16 UINT16 INT32_B INT32_L UINT32_B UINT32_L FLOAT_B or FLOAT L The register numbers you can specify vary depending on the command type See section 6 3 Examples of Setting Commands See page 1 45 Checking the Modbus Operating Status IM 04L21B01 17EN Displaying the Modbus Operating Status Press DISP ENTER and select INFORMATION gt MODBUS MASTER Note To display the MODBU
190. mment number 2 to THIS PRODUCT _ IS_ COMPLETED BU1 2 THIS PRODUCT IS COMPLETED Set p1 by referring to the table in section 3 3 Switches the screen To return to the screen that was in use before you started using communication commands Syntax Example UD pl lt terminator gt pl Screen type 0 Return to the screen that was in use before you started using communication commands UDO To switch between displays Syntax 3 30 UD pl p2 p3 lt terminator gt pl Screen type 1 p2 Display item TREND Trend display DIGITAL Digital display BAR Bar graph display OVERVIEW Overview display alarm indicator ALARM Alarm summary display MESSAGE Message summary display MEMORY Memory summary display MODBUS M Modbus master status display MODBUS C_ Modbus client status display RELAY Relay status display REPORT Report display HISTRICAL Historical trend display COLUMN BAR Stacked bar graph p3 Display group number Example Description Switch to the trend display and select display group number 4 UD1 TREND 4 The setting p2 MODBUS M is only valid if the serial interface protocol is set to MODBUS M e The settings p2 REPORT and p2 COLUMN _BAR are only valid on models with the M1 PM1 or PWR1 math option e The setting p2 MODBUS C is only valid on models with the Ethernet interface C7 option e Set p3 by referring to the table in section 3 3 To switch the operation screen Syntax
191. mmm CCC ala2a3a4 uuuuuu 4 8 Year 00 to 99 Month 01 to 12 Day 01 to 31 Hour 00 to 23 Minute 00 to 59 Second 00 to 59 Millisecond 000 to 999 A period is placed between seconds and milliseconds Reserved Space Data status N D S O E or B N Normal Differential input Skip Over Error wW EHE O un yg Burnout Channel number 3 digits O01 fo Ula Measurement channel 101 to 124 Computation channel al Alarm status level 1 a2 Alarm status level 2 a3 Alarm status level 3 a4 Alarm status level 4 Each status is set to H L h 1 R r T t or space H high limit alarm L low limit alarm h difference high limit alarm 1 difference low limit alarm R high limit on rate of change alarm r low limit on rate of change alarm T delay high limit alarm t delay low limit alarm space no alarm Unit information 6 characters left justified mV mV V V a C XXXXXX User defined character string Sign IM 04L21B01 17EN 4 2 Output Format of Text Data ddddd Mantissa 00000 to 99999 5 digits e Eight digits for computed data e For abnormal data data whose status is E or data whose mantissa or exponent exceeds the corresponding range data whose status is O the mantissa is set to 99999 99999999 for computed data pp Exponent 00 to 04 00 to 18 for channels that are set to Log scale LG1 option B Space e Example EA
192. models IM 04L21B01 17EN JE Syntax Query Example Description SZ Syntax Query Example Sets sampling conditions for event data TE p1 p2 p3 p4 p5 p6 lt terminator gt pl 1 p2 Sample rate 125MS 250MS 500MS 1S 2S 5S 10S 30S 1MIN 2MIN 55MIN 10MIN p3 Sample mode FREE Starts data acquisition at memory start and stops data acquisition at memory stop SINGLETRIGGER Acquires data once for a specified length of time after a trigger occurs and then stops REPEATTRIGGER Acquires data and then enters the trigger wait state p4 Sampling time 10MIN 20MIN 30MIN 1H 2H 3H 4H 6H 8H 12H 1DAY 2DAY 3DAY 5DAY 7DAY 10DAY 14DAY 31DAY p5 Pretrigger length as percentage 0 5 25 50 75 95 100 p6 Key trigger source disable or enable OFF ON Parameters p5 to p6 are valid when p3 is set to SINGLETRIGGER or REPEATTRIGGER TE pl Acquire data at a sampling rate of 125 ms for 10 minutes using single trigger mode TE1 125MS SINGLETRIGGER 10MIN e You cannot choose a sample interval that is shorter than the scan interval e You cannot use this command to configure settings while recording memory sampling is in progress Sets a zone SZ pl p2 p3 lt terminator gt pl Measurement or computation channel number p2 Lower zone boundary position 0 to 95 as a percentage p3 Upper zone boundary position 5 to 100 as a percentage 54 pL Display channel 002 in a zone between 30 and 50 SZ0
193. move between setup items displayed on the screen MENU and FUNC keys Press MENU and then hold down FUNC for approximately 3 seconds to display the basic setting menu From this menu you can enter the communication setup menu ESC key Press this key to return to the previous screen or cancel the changes that you have made to a setting Rear Panel RS 232 interface connector A serial communication connector that comes Ethernet interface connector with the C2 option An Ethernet communication connector that comes with the C7 Ty option RS 422A 485 interface terminal A serial communication terminal that comes with the C3 option IM 04L21B01 17EN Contents Chapter 1 Chapter 2 Chapter 3 Chapter 4 Names and Uses of Parts and the Setup Procedures Using the Operation KeyS 0 cc0 lil Using the Ethernet Interface C7 Option 1 1 What You Can Do with the FX1000 aa geccct sen gnerercecsaaaueneerestaniici bei gaerinnicn shan mceimeemeinerganeae 1 1 1 2 Flow of Operation When Using the Ethernet Interface cccccccsseeeecceeeeeeeseesseeeseees 1 10 Ms SOM CUI ine FA acres src cae ec oc accticaetene oe becca teoncaeccesesiasancanaenceaesnteceaasnsaciuvnectesasdeaceeasrssoses 1
194. mputation See section 1 11 Usage Example of the Modbus Function Confirming the Communication Status See section 1 11 Usage Example of the Modbus Function suondo 9 pue Z3 Fdejs9 U uoesiunwwos jeas y Bulsn gt 2 8 Using the Setting and Measurement Function This section explains the setting and measurement function You can use this function to send commands to retrieve data from the FX and to control it Connecting to the FX Perform the operations that are appropriate for your PC software and network environment For RS 232 The FX is ready to receive commands as soon as you connect it to the PC For RS 422A 485 The FX is ready to receive commands after you connect it to the PC and open it with the open command ESC 0 RS 422A 485 Disconnection The connection is closed when e Acommand is sent that closes the connection The close command ESC c is sent e A connection is opened with another device Example If you open the FX at address 1 and then open the FX at address 2 the connection with the FX at address 1 is closed automatically 2 18 IM 04L21B01 17EN Chapter3 Commands 3 1 Command Syntax Command Syntax The syntax of the FX s setting basic setting and output commands see sections 3 4 to 3 9 is given below ASCII See appendix 3 is the supported character code For the syntax of the maintenance test commands see section 3 11 and instrument information output commands
195. n 1 000 to 255 bbb Status information 2 000 to 255 Cec Status information 3 000 to 255 ddd Status information 4 000 to 255 eee Status information 5 000 to 255 Fff Status information 6 000 to 255 ggg Status information 7 000 to 255 hhh Status information 8 000 to 255 e Example EA O00000 032 000 0007000 000 000 EN e Status information 3 4 7 and 8 are edge operation They are cleared when read by the IS command e Status information 1 2 5 and 6 are level operation They are not cleared when read They are cleared when the event clears e The status information is made up of bits that correspond to each event Each bit can be turned ON OFF with a filter e Ifan event occurs for a bit set to OFF by the filter status information 3 4 7 and 8 discard the event Status information 1 2 5 and 6 hold the event e The default filter setting is all ON 4 24 IM 04L21B01 17EN 4 2 Output Format of Text Data Ethernet Information e The FA command is used to output the data e Syntax EACRLF IP Address XXX XXX XXX XXXCRLEF Subnet mask XXX XXX XXX XXXCRLEF Default Gateway XXX XXX XXKX XXXCRLF Primary DNS XXX XXX XXX XXXCRLEF Secondary DNS XXX XXX XXX XXXCRLF Host yyy aeee CRLE Domain Ad Ae ee ae CRLF ENCRLE o XXX IP address number 000 to 255 a yyy Host name up to 64 characters z o zzz Domain name up to 64 characters D _ Space IM 04L21B01 17EN 4 25 4 2 Output Format of Text Dat
196. n 6 3 Specifying the Register Number Specify the register number on the FX by using the reference number such as the number 40001 written above For example for the YOKOGAWA UT35A digital indicating controller the D register number corresponds to the reference number as shown in the following table D Reg No Ref No D2001 42001 For a server device that calls the register using a relative number add 30001 300001 40001 or 400001 to obtain a reference number Register Type RelativeNumber Reference Number __ Expression Hold register e Type Data type Select INT16 UINT16 INT32_B INT32_L UINT32_B UINT32_L FLOAT_B or FLOAT L The data type you can specify vary depending on the command type See section 6 3 1 44 IM 04L21B01 17EN 1 10 Using Modbus to Read Data From and Write Data to Other Devices Examples of Setting Commands IM 04L21B01 17EN The following are examples of setting commands for the Modbus Client function For the Modbus Master function substitute master for client and slave for server Connection FX Instrument A Instrument B example Modbus client Modbus server 1 Modbus server 2 Ethernet Loading to Communication Input Data The FX inputs data loaded from the server to communication input data as floating point type data e Example 1 Load the value of the 16 bit signed integer assigned to register 30001 of instrument A to C01 Communicat
197. n specify computation channels including in queries on models with the M1 PM1 or PWR1 math option Sets a scale TN p1 p2 p3 lt terminator gt pl Measurement or computation channel number p2 Display position OFF 1 to 6 p3 Number of divisions 4 to 12 C10 TN p1 Set the scale display position for channel 003 to 2 and set the number of divisions to 10 TN003 2 10 You can specify computation channels including in queries on models with the M1 PM1 or PWR1 math option SV Syntax Query Example SC Syntax Query Example Description IA Syntax Query Example Description Sets a measurement channel s moving average SV pl p2 p3 lt terminator gt p1 Measurement channel number p2 Moving average OFF ON p3 Number of moving average samples 2 to 400 SV p1 Set the number of moving average samples for channel 002 to 12 SV002 ON 12 Sets a channel display color SC pl p2 lt terminator gt p1 Measurement or computation channel number p2 Display color see the SL command which is used to set a trip line SC p1 Set the channel 002 display color to blue SC002 BLUE You can specify computation channels including in queries on models with the M1 PM1 or PWR1 math option Sets an alarm point mark TA pl p2 p3 p4 p5 p6 p lt terminator gt pl Measurement or computation channel number p2 Mark kind ALARM Alarm mark FIXED Fixed mark p3 Scale board di
198. n the menu Menu items that are not specified are not displayed ALARMACK MESSAGE FREE MESSAGE MEDIA EJECT SNAPSHOT MANUAL SAMPLE TRIGGER SAVE DISPLAY SAVE EVENT SAVE STOP MATH START STOP MATH RESET MATH ACK TIMER RESET KEYLOCK LOGOUT PASSWORD CHANGE RATE CHANGE BATCH TEXT FIELD JUMP DISPLAY SYSTEM INFO NETWORK INFO SNTP EMATL START STOP EMAIL TEST FTP TEST AlarmACK Message Free message Media eject Manual sample Event trigger Saves display data Saves event data Interrupts a save operation Starts or stops computation Resets computation Computation data dropout acknowledgment Timer reset Query Locks or unlocks the keys Logout Password change Switches between display rate 1 and display rate 2 Text field display Registers the screen to return to System information Network information Starts or stops sending E mail E mail transmission test Display FREE MESSAGE and SNAPSHOT on the function menu in that order SMFUNC FREE MESSAGE SNAPSHOT IM 04L21B01 17EN 3 4 Setting Commands If you specify the same menu item multiple times a command error will occur e You cannot specify SEPARATOR e You cannot use delimiters to omit parameters 5 e You cannot hide the LOGOUT menu item If you do not include it in the parameters it will be displayed as the last item e You can specify SNAPSHOT and MANUALSAMPLE regardless of the FX specificatio
199. n the processing power of the measurement PCs Provided that a measurement PC reads the data before the ring buffer is overwritten this scheme makes it possible to retrieve data without any dropouts For details on the FIFO data output process see appendix 5 IM 04L21B01 17EN SM Sets the custom menu Setting the main menu Syntax SM pl p2 p3 p4 p5 p6 p7 p8 p9 lt terminator gt p1 Type DISP_MAIN p2 to p9 Menu item to display The FX displays menu items in the specified order Menu items that are not specified are not displayed TREND DIGITAL BAR Bar graph OVERVIEW INFORMATION TRENDHISTORY Historical trend LOG ESC SEPARATOR Example Set the first menu item to TREND and the second menu item to TRENDHISTORY SMDISP MAIN TREND TRENDHISTORY Description IM 04L21B01 17EN If you omit parameter p2 and the subsequent parameters all menu items are hidden If you specify the same menu item multiple times a command error will occur You can specify up to three separators If you specify any more an error will occur You cannot use delimiters to omit parameters If you specify SEPARATOR as the first menu item it will be ignored 3 4 Setting Commands Setting the submenu Syntax SM pl p2 p3 lt terminator gt p1 p2 Type DISP_SUB Menu type TREND DIGITAL BAR TRENDHISTORY OVERVIEW INFORMATION LOG p3 and additional parameters Submenu items to display The FX
200. nction via the serial communication e The supported functions are reading data from the input registers and hold registers on the server and writing data into the hold registers on the server Modbus Client Specifications Communicate via ModbusTCP Communication media Ethernet 10Base T Read cycle Select from the following 1s 2s 5s and10s Connection retry Select the reconnection interval after disconnecting the connection after the connection wait time has elapsed from the following OFF 10 s 20 s 30 s 1 min 2 min 5 min 10 min 20 min 30 min and 1h Connection timeout value 1 min However when the IP address is not established with DHCP a communication error results immediately Command timeout value 10 s Server Set up to 16 servers Supported functions Supported Modbus client functions are as follows The server device must support these functions Function Code Function Operation 3 Read the hold register The FX reads the hold register of the server 4XXXX 4XXXXX device into the communication input data 4 Read the input register The FX reads the input register of the server 3XXXX 3XXXXX device into the communication input data 16 Write to the hold register The FX writes the measured or computed data to 4XXXX 4XXXXX the hold register of the server device IM 04L21B01 17EN 6 3 suoljeoiinads 2 6 3 Modbus Protocol Specifications Command Command type Number of commands Data type R M W
201. ng can only be used during serial communication Syntax BV pl p2 lt terminator gt pl 0 p2 Character string up to 100 characters Example Enter user123 BVO user123 Description You can use this command to enter character strings when the FX is displaying the character input window KE Performs key operations Syntax KE pl lt terminator gt pl Key F1ltoF5 Soft keys 1 to 5 ESC ESC key MENU MENU key FUNC FUNC key START START key STOP STOP key USER USER key DISP DISP ENTER key UP The up arrow key DOWN The down arrow key RIGHT The right arrow key LEFT The left arrow key Example Press the DISP ENTER key KEDISP Description This command performs the same operations as pressing the keys on the FX When you send multiple key operations send them in the same order that you would perform them on the FX When you perform this command it is logged on the FX as KEY This command is valid regardless of whether the keys are locked 3 33 mens e 3 6 Basic Setting Commands 3 6 Basic Setting Commands WU Sets the environment Setups GENERAL BATCH DISPLAY MESSAGE INPUT ALARM SECURITY MEDIA MATH REPORT SERVICEPORT DECIMALPOINT POP3 and FTPSERVER General environment settings Syntax WU pl p2 p3 lt terminator gt pl Setting type GENERAL p2 Selects tag or channel number TAG Tag CHANNEL Channel number p3 Language ENGLISH JAPANESE CHINESE GERMAN FRENCH ITALIAN SPANISH PORTUGUESE
202. nge of port numbers see section 6 1 Setting the Web page Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt Web page Basic Setting Mode Page type Operator On Ott On Access control Ott Command Use IM 04L21B01 17EN 1 27 uondo 19 20ej19 U JoUI9YIQ 94 Huish 1 5 Monitoring the FX on a PC Browser Page Type e Monitor Configure the monitor page You can carry out the following operations on the monitor page e Display the alarm summary e Display the measured and computed values of all channels e Display logs message summary error log etc For screen examples see Monitoring with a Browser in this section e Operator Set the operator page The following operations can be carried out in addition to the functions available on the monitor page e Switch the operation screen e Control the FX s DISP ENTER key and arrow keys e Write messages For screen examples see Monitoring with a Browser in this section Setting the monitor page e Page type Select Monitor e Setting On Off To display the monitor page on a browser select On otherwise select Off e Access control To use access control select Admin for an administrator or User You must enter a user name and password to display the monitor page Set the user name and password through the Login item For details see the FX1000 Us
203. ns However depending on the FX specifications and the settings the corresponding functions may not operate e You cannot specify MEDIA EJECT and SAVE_STOP on models that do not have a CF card slot or USB interface USB1 option e You cannot specify NETWORK_INFO SNTP EMAIL_START STOP EMAIL_TEST and FTP_TEST on models that do not have the Ethernet interface C7 option e You cannot specify MATH _START STOP MATH_RESET or MATH_ACK on models that do not have the M1 PM1 or PWR1 math option SM When you want to query all menu items SMDISP MAIN When you want to query all main menu items SMDISP SUB When you want to query all sub menu items SMDISP SUB TREND When you want to query the trend sub menu items SMFUNC When you want to query all function menu items 3 29 e 3 5 Control Commands 3 5 Control Commands BT Syntax Query Example Description BU Syntax Query Example Description UD Sets a batch name BT pl p2 p3 lt terminator gt p1 Fixed to 1 p2 Batch number up to 32 characters p3 Lot number up to 8 digits BT p1 Set the batch name structure to have the batch number PRESS5LINE and the lot number 007 BT1 PRESSSLINE 007 Set p1 by referring to the table in section 3 3 Sets a batch comment BU pl p2 p3 lt terminator gt pl Fixed to 1 p2 Comment number 1 to 3 p3 Comment string up to 50 characters BU p1 p2 Set co
204. ns 2 4 2 6 and 2 7 Modbus master Serial communication Modbus slave device IM 04L21B01 17EN 2 1 suondo 9 pue ZD Fdejs9a U UOIFEXIUNWIWIOYD jeas y Bulsn gt 2 1 What You Can Do with the FX1000 Modbus Slave e A Modbus master device can carry out the following operations on the FX that is operating as a Modbus slave device e Load data from measurement channels and computation channels using the input register e Load communication input data using the hold register e Write communication input data using the hold register e Start and stop recording write messages and perform other similar operations using the hold register e Load the recording start stop condition message strings and other types of data using the hold register 1 M1 PM1 and PWR1 options e For details on the settings required to use this function and the Modbus function codes that the FX supports see section 6 3 e For the setting procedure see sections 2 4 2 5 and 2 7 Modbus master device Serial communication Modbus slave Setting Measurement Function e This function can be used to set almost all of the settings that can be configured using the front panel keys For details see section 1 1 e Fora description of the settings required to use this function see section 2 4 For information about how to use the function see section 2 8 2 2 IM 04L21B01 17EN 2 2 Flow of Operation When Using the
205. ntax e You cannot set p1 to 1 when the FX is recording memory sampling or computing is formatting an external storage medium or is storing data to an external storage medium e You cannot set p1 to 1 when the FX is formatting an external storage medium or is example storing data to an external storage medium e To apply settings that you have changed using the basic setting commands you need to save the settings using the XE command Be sure to save the settings using the XE command before you change the execution mode from the basic setting mode to the operation mode Otherwise the new settings will not be applied Loads setup data for setting mode LO pl p2 lt terminator gt pl File name up to 32 characters p2 Medium 0 CF slot 1 USB Load the setting mode setup data from a setup file named SETFILE1 LOSETFILE1 CM e When you specify the file name do not specify Syntax the extension e You can set p2 to 1 on models that have the USB interface USB1 option e If you omit parameter p2 the medium is set to the CF slot e You cannot use this command to load basic Query setting mode setup data To load setting mode Example setup data and basic setting mode setup data use the YO command e You cannot use this command when there is no external storage medium inserted in the FX e You cannot use this command on models that do not have a CF card slot or USB interface USB1 option EM Syntax
206. nu tab gt Math channel gt Constant GROUP 1 feng Doe itor Key 2006 09 13 21 00 00 AN T Humber of constant Value EEEN Item Settings Number of constant K01 Value 0 0001 Assigning the channel to a Group Press MENU to switch to setting mode and select the Menu tab gt Group set Trip line GROUP 1 IT 2AAg lara 12 50 25 A Group number Group set n AFF On Group name GROUP 1 CH set Mp Trip line 1 ff 2 ott 3 ort 4 ort Input Item Settings Group number 1 On Off On Group name GROUP 1 CH set 101 IM 04L21B01 17EN 1 11 Usage Example of the Modbus Function Starting the Computation FX1000 Client Press FUNC and select Math start The computation starts A computation icon is displayed on the status display section The value of computation channel 101 displayed in group 1 on the FX1000 client varies in sync with the measured value of channel 001 on the FX1000 server GROUP 1 CS o OR 5006 09713 21 08 29 AADIS X 1 9995 y Confirming the Communication Status FX1000 Client Showing a Menu to Switch to the Modbus Client Screen This is the operation to show INFORMATION gt MODBUS CLIENT on the display selection menu Press MENU to switch to setting mode and select the Menu tab gt Menu customize gt Display menu 1 Select INFORMATION gt MODBUS CLIENT using the arrow keys Select INFORMATION gt MODBUS MASTER when you use the Modbus master via the serial communication
207. o 0 Setup channel information output binary FE5 1 Calculate Setup alarm information output binary FE6 Query CS Example Enable calculate the checksum CS1 CC____ Disconnects the Ethernet Description You can only use this command during serial connection C7 option communication Syntax CC pl lt terminator gt pl Disconnection 0 IF Sets status filters Example Disconnect the connection Syntax IF pl p2 lt terminator gt p1 Filter values for status information numbers Note 1to4 pil pleat of settings specified using the BO CS IF and commands 0 0 0 0 to 255 255 255 255 e Serial communications Settings specified using the BO CS IF and CB commands are 2 Filter val for status information numbers 4 Eve ee 10r Status MOMAN NUMDE reset to the following default values when you reset the FX when 5 to 8 you restart the FX or when you exit from basic setting mode 0 0 0 0 to 255 255 255 255 e Output byte order checksum output format 0 Query IF e Status filter 255 255 255 255 If you reset the FX you must set these values again Example Set the status filter values to 1 0 4 0 and Ethernet communications 255 127 63 31 Settings specified using the BO IF and CB commands ME EEE EA e are reset to their default values when you disconnect the Ea connection to the FX After you reestablish the connection to Description For details see chapter 5 the FX set these values again IM 04L21B01 17EN 3 47 mens e 3 8 Outp
208. o 16 characters for the tag The terminator is 0 Measurement channels Allowable input range under the current setting Computation channels 9999999 99999999 fixed Measurement channels when scaling is not used Same value as the FX span setting Measurement channels when scaling is used Same value as the FX scale setting Measurement channels Log scale Same value as the FX span setting Computation channels Same value as the FX span setting Measurement channels when the Log scale is not used The same value as the span lower or span upper limit value in the above row Measurement channels when the Log scale is used Same value as the FX scale setting s exponent Computation channels The same value as the span lower or span upper limit value in the above row 1 Indicates the position of its own channel in the FIFO block of one sample The value starts from zero When the Log scale is not used Fixed to 0 When the Log scale is used Same value as the FX scale setting Output in the byte order specified by the BO command LG1 option IM 04L21B01 17EN 4 3 Output Format of Binary Data Configured Alarm Information Data The FE6 command is used to output the data The ID number of the output format is 26 You can use the CB command to specify whether to output the data of measurement channels set to skip and computation channels set to OFF The figure below indicates the format 1 byte 1 byte
209. om a PC When Not Using the Login Function 33 tk You can connect to the server using the user name admin user or anonymous You can use a PC to access the FX via FTP You can perform operations such as retrieving directory and file lists from the external storage medium of the FX and transferring and deleting files In addition you can also retrieve the directory or file list and transfer files in the internal memory Using a Web Browser to Access the FX An example of retrieving files using a browser is described below In the Address box enter the following ftp nhost name domain name file name Drag the data you want to retrieve from the MEMO DATAO folder in the case of internal memory data or the DRVO folder in the case of data on the external storage medium to the PC You can also use the IP address in place of the host name domain name When Using the Login Function Port Number IM 04L21B01 17EN You will be prompted for a user name and password when you access the server Enter a user name and password that are registered on the FX to connect to it For information about the operations that can be executed see the Login explanation in section 1 1 The default value is 21 To change the setting Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Environment tab gt Communication gt Service port For the selectable range of p
210. omatically DHCP Consult with your network administrator for the network parameters such as the IP address subnet mask default gateway and DNS 1 12 IM 04L21B01 17EN IM 04L21B01 17EN 1 3 Connecting the FX When using a fixed IP address DHCP Set DHCP to Not IP address Set the IP address to assign to the FX Subnet mask Set the subnet mask according to the system or network to which the FX belongs Default gateway Set the IP address of the gateway Host name Set the FX s host name using up to 64 alphanumeric characters You do not have to set this parameter Domain name Set the network domain name that the FX belongs to using up to 64 characters You do not have to set this parameter Server search order Register up to two IP addresses for the primary and secondary DNS servers Domain suffix search order Set up to two domain suffixes primary and secondary When obtaining the IP address from DHCP DHCP Set DHCP to Use DNS accession To automatically obtain the DNS server address select Use Otherwise select Not If you select Not you must set the server search order Host name register To automatically register the host name to the DNS server select Use Host name Set the FX s host name using up to 64 alphanumeric characters Domain name Set the network domain name that the FX belongs to using up to 64 characters This is enabled when DNS accession is set to Not Server search order not nec
211. on p3 Communication OFF Disables the security features LOGIN Enables the login function Description On models that do not have the Ethernet interface C7 option p3 is fixed to OFF Media settings Syntax WU pl p2 p3 lt terminator gt pl Setting type MEDIA p2 Automatic saving OFF ON p3 Media FIFO OFF ON Example Use media FIFO WUMEDIA ON ON Description Parameter p3 is valid when p2 is set to ON e You cannot use this command on models that do not have a CF card slot IM 04L21B01 17EN Computation settings Syntax WU pl p2 p3 p4 lt terminator gt pl Setting type MATH p2 Display on error OVER Positive overflow OVER Negative overflow p3 Data when the SUM or AVE value overflows ERROR SKIP LIMIT Sets the computed result to the value of the computation error Discards the data that overflowed and continues the computation Processes the data as follows For measurement channels that do not have linear scaling specified the FX sets the data to the upper or lower limit of the measuring range For measurement channels that have linear scaling specified the FX sets the data to the specified scan upper or lower limit For computation channels the FX sets the data to the specified span upper or lower limit p4 Data when the MAX MIN or P P value IM 04L21B01 17EN overflows OVER SKIP Uses the data that overflowed to perform computations Discards the data that ov
212. on 3 3 e The range of p4 and p5 varies depending on the currently specified range e When the measurement range is set to scale the range of p4 and p5 is 30000 to 30000 e Set input value p4 so that the value increases as break point p3 increases IM 04L21B01 17EN 3 4 Setting Commands When p2 is set to END Syntax Example Description BD Syntax Query Example Description NP EH pl p2 lt terminator gt p1 Measurement channel number p2 Type of operation END Set three break points on channel 002 EH002 BEGIN 3 EH002 SET 1 0 1 BHOOZ SET 2750749 EH002 SET 3 100 101 EH002 END e First send the command with p2 set to BEGIN to specify the number of break points e Then send this command with p2 set to SET as many times as is necessary to specify values of each break point e Finally send this command with p2 set to to finalize the settings the END e Send the command EH2 to have the FX return the channel 002 settings e The FX returns the settings in the format shown in the above example Sets an alarm delay BD pl p2 lt terminator gt pl Measurement or computation channel number p2 Alarm delay 1 to 3600 BD pl Set the channel 001 alarm delay to 120 seconds BDO01 120 e Set p1 by referring to the table in section 3 3 e The p2 unit is seconds Sets the VT ratio CT ratio and low cut power PWR1 option You cannot use this command to configure sett
213. onverter terminals For details see the manual that comes with the converter RS 422A 485 Port Converter SDA TD SDB TD RDA RD RDB RD SG SHIELD FG EARTH There is no problem of connecting a 220 Q terminator at either end if YOKOGAWA s PLCs or temperature controllers are also connected to the communication line e Four wire system Generally a four wire system is used to connect to a host device In the case of a four wire system the transmission and reception lines need to be crossed over Terminator external 120 1 2W or greater Terminator external Host device RS 422A 485 side terminal on the FX Do not connect terminators to 1 through n 1 e Two wire system Connect the transmission and reception signals with the same polarity on the RS 422A 485 terminal block Only use two wires to connect to the external device Terminator external 120 1 2W or greater Terminator external RS 422A 485 Host device terminal on the FX sa A ETS da _ so8 E i B i Q Q RD B RD B QO Q SG SG VN M Wy 1 2 n S31 Do not connect terminators to 1 through n 1 2 8 IM 04L21B01 17EN IM 04L21B01 17EN A 2 3 Connecting the FX Note e The method used to eliminate noise varies depending on the situation In the connection example the shield of the cable is connected only to the FX s ground one sided grounding This is effective when there is a difference in the elect
214. ore _ indicates a space The following table shows the parameter types Parameter Output Information serial Serial number host Host name ip IP address Several output examples are indicated below Packet Parameter Sent as Commands Response Parameters are not case sensitive ip Host EA ip 192 168 111 24 host FX1000 EN Even if the same parameters are specified numerous times only the first occurrence is output host ip host ip host EA host FX1000 ip 192 168 111 24 EN Undefined parameters will be ignored Space EA EN IM 04L21B01 17EN Chapter 5 5 1 IM 04L21B01 17EN Status Reports Status Information and Filter The following figure illustrates the status information and filter on the FX 1bytes 1 2 3 4 5 6 7 8 Status information Filter p41 2 3 4 5 6 7 8 Condition register e The IF command can be used to set the filter e When a status indicated on the following page is entered the corresponding bit in the condition register is set to 1 The logical AND of the condition register and the filter becomes the status information e The IS command is used to output the status information Status information 3 4 7 and 8 are cleared when they are output Status information 1 2 5 and 6 are not cleared when it is output and remains at 1 while the event is occurring e When multiple connections are up filters can be specified for the individual connection Th
215. orm a portion of the operations by writing in the registers e Internal switch e Lot number e Batch number e Recording memory sampling start and stop e Alarm ACK e Computation start computation stop computation reset computation dropout ACK e Manual sampling event data sampling start trigger and snapshot e Message and free message writing IM 04L21B01 17EN 6 9 suol eoinads 2 6 3 Modbus Protocol Specifications List of Registers Register Description Supplementary Information Type Access Simultaneous Access Write Read Internal switch 1 Internal switch 2 6 10 IM 04L21B01 17EN Internal switch 3 Internal switch 4 Internal switch 5 Internal switch 6 Internal switch 7 Internal switch 8 Internal switch 9 Internal switch 10 Internal switch 11 Internal switch 12 Internal switch 13 Internal switch 14 Internal switch 15 Internal switch 16 Internal switch 17 Internal switch 18 Internal switch 19 Internal switch 20 Internal switch 21 Internal switch 22 Internal switch 23 Internal switch 24 Internal switch 25 Internal switch 26 Internal switch 27 Internal switch 28 OFF 0 ON Internal switch 29 OFF 0 ON Internal switch 30 OFF 0 ON 1 OFF OFF ON ON ee eee ee ee ee ee he ee ee ee eee ee d a M SS SS SS a Ma l Ma R W TTT 407833 to Lot number Valid range 0 to 99999999 INT32_L
216. ort numbers see section 6 1 1 35 uondo 19 20ej19 U JoUI9Y Q 94 Huish ES 1 7 Transferring Measurement Data Files and Other Files from the FX The display and event data files report data files and snapshot data files created in the internal memory of the FX can be automatically transferred using FTP at the time the files are created Files to Be Transferred via FTP The display event and report data files are transferred automatically to the FTP destination at appropriate times File Type Description Display data file Data files are automatically transferred at each file save interval Event data file Files are automatically transferred when the data length of data is recorded Report data file Data files are automatically transferred when a report file is closed or divided For example data files are transferred once per month when generating only daily reports Snapshot data file The files are automatically transferred when a snapshot is executed 1 Indicates a snapshot taken using the FUNC key communication command EV2 command USER key or remote control function Setting the FTP Client Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt FTP client gt FTP transfer file or FTP connection FTP transfer file settings FTP connection settings FIP transfer file FTP connection Disp amp Event data Serv
217. ot use this command with p1 set to Query Example MEDIA on models that do not have a CF card slot or USB interface USB1 option RF p1 Only lock the MENU key RFKEY FREE FREE LOCK FREE FREE FREE 3 37 aeniea e 3 6 Basic Setting Commands RN Sets basic login Syntax RN pl p2 lt terminator gt pl Auto logout OFF 1MIN 2MIN 5MIN 10MIN p2 Operation without Login OFF Disables FX operation DISPLAY Only enables screen operation Query RN Example Set the auto logout time to 1 minute and disable FX operation when logged out RN1MIN OFF RP Sets user limitations Syntax RP pl p2 lt terminator gt pl User limitation number 1 to 10 p2 User limitation item KEY FUNC MEDIA Parameter p3 and subsequent parameters vary as shown below depending on the p2 setting When p2 is set to KEY Syntax p3 START key FREE LOCK p4 STOP key FREE LOCK p5 MENU key FREE LOCK p6 USER key FREE LOCK p7 DISP ENTER key FREE LOCK When p2 is set to FUNC function key Syntax p3 Alarm ACK FREE LOCK p4 Message and batch FREE LOCK p5 Computation FREE LOCK p6 Data save FREE LOCK p7 E mail and FTP FREE LOCK p8 Time operations FREE LOCK p9 Display operations FREE LOCK Description Even on models that do not have the Ethernet interface C7 option if you set p2 to FUNC you can specify a value for parameter p7 the E mail and FTP setting but it will be ignored When p2 is set to MEDIA exte
218. ower 4 bits of a byte 8 bits for the alarm status The binary values 0 to 8 correspond to H high limit alarm L low limit alarm h difference high limit alarm difference low limit alarm R high limit on rate of change alarm r low limit on rate of change alarm T delay high limit alarm and t delay low limit alarm as follows 0 no alarm 1 H 2 L 3 h 4 1 5 R 6 r 7 T and 8 t Special Data Values The measured computed data take on the following values under special conditions Special Data Value Measured Data Computed Data Over TFFFH TFFF FFFA Over 8001H 80018001H Skip 8002H 80028002H Error 8004H 80048004H Undefined 8005H 80058005H Power failure data 7F7FH 7F7F7F7FH Burnout up setting 7FFAH 7FFF7FFFH Burnout down setting 8006H 80018001H The number of blocks number of bytes and measured computed data are output according to the byte order specified with the BO command IM 04L21B01 17EN 4 31 sasuodsay 4 3 Output Format of Binary Data Configured Channel Information Data e The FE5 command is used to output the data e The ID number of the output format is 25 e You can use the CB command to specify whether to output the data of measurement channels set to skip and computation channels set to OFF e The figure below indicates the format 4 32 1 byte 1 byte 2 bytes 2 bytes 1 byte 1 byte Version Reserved Number of blocks Block size Reserved Reserved
219. own key LEFT Left key RIGHT Right key When ffffff MSG yy mo dd_ hh mm ss ffffff eee mmm mCRLF mmm m Message up to 32 characters Space soasuodsay Ea 4 2 Output Format of Text Data 4 16 e Example EA T7 02 11 1702 11 117 02 11 11702711 Lif O27 Li EN 12 12 12 La 12 P SAL e D LAN 40 00 00 00 00 00 SCREEN 275 TREND 01 SCREEN KEY KEY MSG BAR UP RIGHT Hello Hello IM 04L21B01 17EN E mail Log IM 04L21B01 17EN 4 2 Output Format of Text Data e The FL command is used to output the data e The e mail transmission log is output Up to 50 operations are retained Logs that exceed 50 are cleared from the oldest data e Syntax EACRLE yy mo dd hh mm ss ffffff eee n uuu uCRLF ENCRLF yy Year 00 to 99 mo Month 01 to 12 dd Day 01 to 31 hh Hour 00 to 23 mm Minute 00 to 59 SS Second 00 to 59 ffffff E mail type ALARM Alarm mail TIME Scheduled mail REPORT Report timeout mail FAIL Power failure recovery mail FULL Memory full mail TROTI Test mail ERROR Error message mail eee Error code All spaces Success O01 10 999 Error code n Recipient list 1 List 1 2 List2 List 1 and list 2 uuu u_ Series of recipient e mail addresses up to 30 characters Space e Example When list 1 is user1 recorder com user2 daqmaster com and list 2 is adv1 daqmaster com adv2 recorder com EA 11 05 11 12 20 00 ALARM userl user2 advl adv2
220. p fx1000 recorder com operator htm or http 192 168 1 100 operator htm In the example the domain name is set to recorder com the host name to fx1000 and the IP address to 192 168 1 100 Login You need to configure the following settings to use the login function No Setting Description and Reference 1 Communication login To access the FX through a communication interface you Security gt Communication must log in For details see section 8 2 in the FX1000 User s Manual IM 04L21B01 01EN 2 Login Register the users who can access the Web server For details see section 8 2 in the FX7000 User s Manual IM 04L21B01 01EN Web page Set Access control to On in the operator and monitor pages Only users whose mode is set to Web Com or Key Com can access the FX Web page When you access the page you will be prompted for a user name and password Enter the user name and password that you set in item 2 in the table Connect to 10_0 23 75 The server 10 0 23 75 at requires a username and password Warning This server is requesting that your username and password be sent in an insecure manner basic authentication without a secure connection User name ic H Password Po Remember my password x m 1 29 uondo 293 92 13 U1 73U19473 84 Huish 1 5 Monitoring the FX on a PC Browser Contents of the Monitor Page Note If the FX is in setting mode or basic sett
221. pL Execute a logarithmic scaling computation on the DC voltage measured by channel 001 and output the result Set the measuring range to 6 V the span lower limit to 1 V the span upper limit to 5 V the scaling lower limit to 1 00E 01 the scaling upper limit to 1 00E 04 and the unit to Unit1 SR001 LogT1 6v 1000 5000 100 1 100 4 Unitl e Set the parameters so that p4 is less than p5 e The settable scaling range is 1 00E 15 to 1 00E 15 e Use three digits to set p6 and p8 100 means 1 00 e Set the parameters so that p7 is less than p9 e Set the parameters so that p9 p7 conforms to the following conditions e The maximum value is 15 e When p6 is 100 the minimum value is 1 e When p6 is a value other than 100 the minimum value is 2 3 13 _ e 3 4 Setting Commands e When Setting Channels to Log Linear Input Pseudo log input Syntax Query Example Description 3 14 SR Dilyp27p3 7047 P07 PO yoy poy Old lt terminator gt pl Measurement channel number p2 Setting type LogT2 p3 Measuring range 20MV 6OMV 200MV 1V 2V 6V 20V 50V p4 Span lower limit p5 Span upper limit p6 Mantissa of the scaling lower limit 100 to 999 p7 Exponent of the scaling lower limit 15 to 15 p8 Mantissa of the scaling upper limit Don t care p9 Exponent of the scaling upper limit 15 to 15 p10 Unit up to 6 characters oR pL Execute a logarithmic scaling computation on
222. play To the historical display To historical display data To historical event data To the overview display Sort key switching Sort order switching Date user name switching Data type switching Date file name switching Select save Report channel display switching Save all Save manual samples Save reports Data save mode Stacked bar graph COLUMN BAR DISP Single graph or dual graph COLUMN BAR SELECT Selects bar or group REPORT GROUPI1 to REPORT GROUP4 DISP_GROUP SEPARATOR Selects the report group Group number display When p2 is set to LOG select from the items below LOGIN LOG ERROR LOG COMMU_ LOG FTP LOG WEB LOG MAIL LOG SNTP LOG DHCP LOG MODBUS LOG SEPARATOR Login log Error log Communication log FTP log Web log E mail log SNTP log DHCP log Modbus log Example Description Display the following items in the following order on the Trend main menu s sub menu SCALE and DIGITAL SMDISP SUB TREND SCALE DIGITAL The items that you can set for p3 and the subsequent parameters vary depending on p2 If you omit parameter p3 and the subsequent parameters all menu items are hidden If you specify the same menu item multiple times a command error will occur You can specify up to three separators If you specify any more an error will occur You cannot use delimiters to omit parameters ra The SMDISP_SUB command causes the FX to also return sub menu items
223. power on and off or configure the following settings User registration the key lock password the connection destination of the FTP client function SMTP authentication and POP3 settings e The following types of data can be output e Measured and computed data e Setup channel information and setup alarm information e Files stored in internal memory or on external storage media e Setup information and status byte e A log of operation errors and communications e Alarm summary and message summary e Relay status information The measured and computed data can be output to a PC in binary or text format The setup channel information and setup alarm information is output in binary format Other types of data are output in text format For a description of the data output format see chapter 4 1 M1 PM1 and PWR1 options e For details on how to use this function see section 1 12 e The commands that can be used with this function are setting commands see section 3 4 control commands see section 3 5 basic setting commands see section 3 6 and output commands see sections 3 7 and 3 8 e This function can be used when communicating through the Ethernet interface C7 option or serial interface C2 and C3 options e For information about the settings and operations for using this function through serial communications see chapter 2 Application timeout This function closes the connection with the PC if there is no data
224. r zero is always read If you write to a read only R register an error will occur Notation used in the Simultaneous access column Blank Indicates a range of registers that can be written to or read from simultaneously You cannot simultaneously access across a solid line IM 04L21B01 17EN Not accessible Simultaneous Access Write Read 6 11 suol eoinads 2 6 3 Modbus Protocol Specifications How to Use Item Data type STRnn Lot number Batch number Message Free message Description Registers in which ASCII codes are entered starting with the specified register It is terminated with a NULL character 0 The number of characters that can be entered that includes the NULL character is indicated in the nn section Example of setting the batch number STR36 type to ABCD denotes any value Register Value to Write Hexadecimal Notation 407835 A B 4142H 407836 C D 4344H 407837 0 00 H 407838 to 407851 H Write the entire character string using one command In the above example registers 410003 to 410005 must be written using one command If you read a write only register one whose access is only W zero is always read e Access the registers two registers at a time e You can only access from the first register e You can only access from the first register e You can only write from the first register e Amessage is written using one command
225. rectly including special data See Special Data Values in section 4 3 Perform data processing on the slave device When the Data Types of the Write Destination Servers Are Different INT16 UINT16 FLOAT_L or FLOAT_B INT16 Avalue in the range of 32768 to 32767 excluding the decimal point can be written If lower than 32768 the value reverts to 32768 and if higher than 32767 it reverts to 32767 UINT16 A value in the range of 0 to 65535 excluding the decimal point can be written Including special values if the value is lower than 0 it reverts to 0 and if the value is higher than 65535 it reverts to 65535 FLOAT For data other than special data the values that are calculated from the decimal point information set on each channel are written For special data values see the Special values table below Computed value Calculated trom arean aree d the decimal point information set on each channel E E Special values Computed value Data type of the write destination INT16 UINT16 FLOAT 32767 65535 7f800000H Burnout Up 7f800006H Nan 32768 suoljeoinads 2 6 3 Modbus Protocol Specifications 6 6 Modbus Server Function Modbus Server Specifications Communicate via Modbus TCP Communication media Ethernet 10Base T Port 502 tcp default value Command wait timeout 1 minute However the timeout to receive the command after starting to receive the command is 10 seconds
226. ric potential between the computer s ground and the FX s ground This may be the case for long distance communications If there is no difference in the electric potential between the computer s ground and the FX s ground the method of connecting the shield also to the computer s ground may be effective two sided grounding In addition in some cases using two sided grounding with a capacitor connected in series on one side is effective Consider these possibilities to eliminate noise e You can only select the two wire interface when you are using the Modbus protocol e When using the two wire interface the 485 driver must be set to high impedance within 3 5 characters after the last data byte is sent by the host computer Serial interface converter The recommended converter is given below SYSMEX RA CO LTD MODEL RC 770X LINE EYE SI 30FA YOKOGAWA ML2 CAUTION Some converters not recommended by Yokogawa have FG and SG pins that are not isolated In this case do not follow the diagram on the previous page do not connect anything to the FG and SG pins Especially in the case of long distance communications the potential difference that appears may damage the FX or cause communication errors For converters that do not have the SG pin they can be used without using the signal ground For details see the manual that comes with the converter On some non recommended converters the signal polarity may be reversed A B or
227. rnal storage media Syntax p3 External storage media operations FREE LOCK p4 Setting load operations FREE LOCK Description You cannot use this command with p2 set to MEDIA on models that do not have a CF card slot or USB interface USB1 option Query RPI ply p2 Example Lock the START STOP and DISP ENTER keys RP1 KEY LOCK LOCK LOCK 3 38 RO Sets the type of report and when to create reports M1 PM1 and IPWR1 options When you are not creating reports Syntax Query Example RO pl lt terminator gt pl Report type OFF RO Set the FX to not create reports ROOFF When you are creating hourly daily hourly daily and daily monthly reports Syntax Query Example RO pl p2 p3 lt terminator gt pl Report type HOUR Hourly report DAY Daily report HOUR DAY Hourly and daily reports DAY MONTH Daily and monthly reports p2 Day to create reports dd fixed format dd Day 01 to 28 p3 Hour to create reports hh fixed format hh Hour 00 to 23 RO Create daily reports at 09 00 every day in this case parameter p2 which is 05 in this example is invalid RODAY 05 09 Description e You can use this command on models with the M1 PM1 or PWR1 math option e Parameter p2 is invalid if you specify it for reports other than the monthly and daily reports When you are creating daily weekly reports Syntax Query Example RO pl p2 p3 lt terminator gt pl Report t
228. rrrrnrrrsrnreerrrnnrrennrrerrrrnne 6 1 6 2 Serial Interface Specifications cccscccecciecisrceseszaccceaccecocsedewiseeess cdetdeuniucesiassateereasantbescseviengiesteensids 6 2 6 3 Modbus Protocol SHS CINCAOMS iscecicciesec cet neeterd caress croctedisbeladestsiecdegecdateahicestseeactetevesteeneieed 6 3 Appendix 1 Appendix 2 Appendix 3 Appendix 4 Appendix 5 Data Dropout during Modbus Communication ccccecccceeeeeeeeeeeeaeeeesaeeees App 1 Bole Wed 016 216 Permeation none ee eer ee ene eee App 3 ASCII Character COC OS ra stecteesoeavadiee ae sceieaaiu ede kerrain anir aioe ead App 5 Output Flow of the File or the File List on the External Storage Medium and Internal PN oie cae cate setae screctcneceaneeesoececemeens sect acuee asst dinate etenaacaceevectesateecusns saccesoeteaten App 7 Flow Chart of the FIFO Data Output ois cca wenicdessdcecsdecetsanensasdennsaerncbssectaaceeetaersoeee App 9 Blank Page S l Chapter1 Using the Ethernet Interface C7 Option 1 1 What You Can Do with the FX1000 Modbus Client IM 04L21B01 17EN This section gives an overview of the communication functions that the FX can control when it is connected to a network via the Ethernet interface The FX acting as a Modbus client device can connect to a Modbus server device and read or write to the internal register You can use computation channels to handle the data that you have read as the communication input data of the compu
229. rting the FX e When you execute the YE or YO command communication is disconnected Commands listed after the YO or YE command are ignored Command Execution Mode Administrator Page Name RP__ Sets user limitations Basic setting mode Yes No_ 3 38 Sets the type of report and when to create reports M1 PM1 and Basic setting mode Yes No 3 38 PWR1 options We Sets SNTP client parameters C7 option __ Basiesetingmode Yes No 5 43 Sets the SNTP operation is performed when memory start is Basic setting mode Yes No 3 44 executed C7 option YS Sets the serial interface C2 and C3 options Basic setting mode Sets the operation of the Modbus master function C2 and C3 Basic setting mode options IM 04L21B01 17EN 3 7 e 3 2 List of Commands Peele Execution Mode Administrator Y Sets a transmit command of the Modbus master function C2 and Basic setting mode Yes No C3 options 3 44 y is Q D ets the instrument information output F1 option Basic setting mode Yes Command Name i F WR S I i Basic setting mode WG Sets an IP address that is allowed to connect through the Modbus Basic setting mode Yes No 3 46 wo interface C7 option no eae Output Commands Note Output commands except BO CS and IF cannot be placed in a command sequence Command Execution Mode Administrator Page Name Control BO Sets the byte outputorder Almodes Yes Yes 3 47 CB C
230. rver settings Basic Setting Node server number Fort Hodbus serwer name Unit FA 192 168 1 1 1 to cm m Lm ji om omy on am Go Go fa Pa Pa m or m o oa o oa cn im o gt gt gt Te ao eyo oc yo o o o fo ieee or or Oo m cm i Pho m mm Item Settings Port 502 Modbus server name 192 168 1 101 Unit Auto Setting Command Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt Modbus client gt Command settings Basic Setting Mode Client command number First Last Server Regi Type iR cai ca1 1 20g001 INT16 ajot 3 ff dott 5 Off Bl Off 7 Off a Ott Item Settings Command type R M First and Last C01 Server 1 Regi 300001 Type INT16 IM 04L21B01 17EN 1 51 uondo 29 20ej19 U JoUI9Yy Q 94 Huish ES 1 11 Usage Example of the Modbus Function 1 52 Setting the Computation Channel Press MENU to switch to setting mode and select the Menu tab gt Math channel gt Expression Alarm First CH mee Last CH 181 Hath On Calculation expression AleKe1 Span Lower Span Upper Unit 2 BEBE 2 BEBE y Alarm orf orf Input Item Settings First CH Last CH 101 Math On Calculation expression C01 K01 Span_L 2 0000 Span_U 2 0000 Unit V Press MENU to switch to setting mode and select the Me
231. ry data ccccccseeeseeeeeeseeeeeeeeeeaeeees 4 29 output format of instrument information cccccecceeeeee 4 34 output format of text data ceccccceeeeeceeeeeeeseeeeeeseeeees 4 6 olt eE CIA A E E E ES 3 11 Index 3 a k Index Po De Bye n a maseasineusacad 1 28 Dal Anne l coronen 3 1 DOAN PEE EEE T E E NE E E E T 2 10 parts NAME and USES Of sesnsennesnrusrrrrrrreerrrerrrerrrerrreerene jii EEE EAE e T EEPE AE E A EIIE I T E 1 37 PAV MOOD enega 1 37 POPS server Connection ssenneeennneeeneneenrnreerrreerrrresnrnne 1 20 POPS Seling S enoii a E re 1 18 DO an e E eater ne mee ea nerett nent ee 1 43 pori connection OF cccceriiicredicronmnsonasniid euecewconwwntuirds eii ninii 1 11 port number 1 18 1 27 1 35 1 37 1 40 1 42 6 1 POO Os cinescscavagecctonmtnensnnestaduiebocieiariaainatieteiaaeeagianaaeiat 2 10 6 1 PULSE MPUTA EE ara 3 11 Q EIEE E A E I ccs TE T T A A TETT 3 2 R FE OS eaea E N E E EEA 1 43 2 12 reading writing the FX data ccccecesesseseeeeeeeeeees 1 42 2 11 E ANS dh oe ener eign ast E EA EI E A ill FECID Chil iacsnssanceharimassaasuensancaaaesiwessaonsineaneesanssarenarnoes 1 18 1 19 refreshing the PAGS vciarenssacecietccnaeacchiaasadiededadaatncesennsahedadstdnds 1 30 Fo NS assez osetia eons eacaienced eens E 1 19 FOC E E E EE E tented E E E AE TE EE T 1 44 2 13 register assignments vicresresicriaviekcivraussnriien siunnbaswvanuartndtasienieb
232. s display If this happens take measures such as making the read cycle longer or reducing the number of commands Confirm that no data dropout occurs on the modbus status log screen IM 04L21B01 17EN 2 1 Usage Example of the Modbus Function Explains the setting example for both Modbus master and slave on FX1000s connected via the serial communication In this section the FX that has been set as the Modbus master is referred to as FX1000 master FXs that have been set as Modbus slaves are each referred to as FX1000 slave System Configuration and Actions IM 04L21B01 17EN Uses the measurement channel computation channel and communication input data as described in the figure below Assumes other conditions are set properly Serial communication Command Measured data Address 1 FX1000 slave FX1000 master Modbus slave Modbus master Reads the FX1000 s measured data and uses a computation channel M1 PM1 and PWR1 options to display it Measurement channel 001 Communication input data C01 Input range 2 0000 to 2 0000 V Computation channel 101 2 0000 to 2 0000V 1B Start the computation Display the channel on Group 1 Action e The FX1000 master reads the measured value of channel 001 on the FX1000 slave into the communication input data C01 C01 is displayed on a computation channel 101 by including the data in the equation The computation chann
233. s required to use this function see section 1 7 FTP test e You can test whether files can be transferred by transferring a test file from the FX to an FTP server e The result of the FTP test can be confirmed on the FTP log display e For the procedure to use this function see section 1 7 Maintenance Test Server e This function can be used to output connection information network information and other information regarding Ethernet communications e The commands that can be used with this function are maintenance test commands see section 3 11 Instrument Information Server e This function can be used to output the serial number model name and other information about the FX connected via the Ethernet network e The commands that can be used with this function are instrument information output commands see section 3 12 IM 04L21B01 17EN 1 5 uondo 19 20ej19 U JoUI9Y Q 94 Huish 1 1 What You Can Do with the FX1000 Login e This function can be used only when using the setting neasurement server maintenance test server and the FTP server functions e Fora description of the settings required to use this function see the FX1000 User s Manual IM 04L21B01 01EN e Fora description of the login process of the setting measurement server and maintenance test server see appendix 2 User registration Users are registered using the login function of the FX There are two user levels administrator and user e Admin
234. server Primary Secondary Host name FX ARE BA BA Gd 88 26 28 18 8 23 118 250 255 250 ih B 23 1 BA BA Gd 88 26 28 18 18 25 18 B 18 26 The network information is displayed IM 04L21B01 17EN 1 3 Connecting the FX Releasing Network Information 1 Display the network information screen Press FUNC and select Network info NETWORK INF lt 2011 05 16 Aaida 1a PROOL thou e IF address l B 23 118 Subnet mask 255 255 255 amp Default gateway 10 B 23 1 HAG address ABS BB 6d 88 26 28 DMS server Primary l B 18 25 Secondary l B 18 26 Host name FRI ARG 2 Execute the network information release c v gt ro r gt D m r gt D D r 5 r D f ie O D 2 O O _ Press FUNC and select Network info gt Release NETWORK INF NETWORK INF E o y or C METOE NFD aaas Sapo S IF address 10 amp 23 118 IF address 10 amp 23 118 Subnet mask 255 255 255 Subnet mask 255 255 255 Default gateway 10 B 23 1 Default gateway 18 8 23 1 HAC address BB 0H 64 68 26 28 HAG address BB BB 6d t E m 26 DHS server DNS server Primary 1B B 18 25 Primary 16 18 25 Secondary l 10 2 gt Secondary l 10 2 Host name Host name FX ARE FR ARE Domain name Domain name cpe Jp skew net cpe Jp skew ne
235. setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Environment tab gt Communication gt POP3 Details Basic Setting Node POPS Details POP Before SHTP send delay second Sa POPS Login PLAIN Send delay seconds Enter the delay between a POP3 server authentication and the transmission in the range of O to 10 seconds POP3 Login To encrypt the password when logging into the POP3 server select APOP To send it in plain text select PLAIN E mail Test Press FUNC and select E mail test gt Recipient1 or Recipientz2 You can send a test e mail to check the e mail settings Starting Stopping the E mail Transmission Starting the e mail transmission Press FUNC and select E Mail START The e mail transmission function is enabled Stopping the e mail transmission Press FUNC and select E Mail STOP The e mail transmission function is disabled Unsent e mail messages are cleared E mail retransmission If the e mail transmission fails the message is retransmitted up to three times at 30 s 1 minute or 3 minute intervals If retransmission fails the e mail message is discarded 1 20 IM 04L21B01 17EN E mail Format 1 4 Sending E mail Messages The formats of alarm e mails scheduled e mails system e mails report e mails and test e mails are given below For details on the common display items see Common Display Items for All Formats in this section Alarm Notif
236. splay ON OFF p4 Alarm level 1 display color 24 colors see the SL command which is used to set a trip line p5 Alarm level 2 display color 24 colors see the SL command which is used to set a trip line p6 Alarm level 3 display color 24 colors see the SL command which is used to set a trip line p7 Alarm level 4 display color 24 colors see the SL command which is used to set a trip line TA pl Display alarm marks on the channel 004 scale TA004 ALARM ON You can specify computation channels including in queries on models with the M1 PM1 or PWR1 math option IM 04L21B01 17EN TG Sets a color scale band Syntax TG pl p2 p3 p4 p5 p6 p7 lt terminator gt pl Measurement or computation channel number p2 Area OFF IN OUT p3 Display color 24 colors see the SL command which is used to set a trip line p4 Lower display position limit pS Upper display position limit p6 Lower display position limit exponent p7 Upper display position limit exponent TG pil Set the channel 005 color scale band to the range from 1 0000 to 0 5000 V 2 V range and set the display color to green TG005 IN GREEN 10000 5000 Description e Parameters p6 and p7 are valid on models with the Log scale LG1 option e Parameters p6 and p7 are valid when p1 is set Query Example to a measurement channel e Configure the settings as shown below When using a channel that is not set to Log scale LG1 option e
237. stem setting e mail ccccececeseeesseeeeseenesseeeeesaeeeees 1 19 Too terminator 20 cece ceeceececeeceeceeeeeeseeeeeaeeeeeeenenaeeanens 2 9 3 2 6 2 test CaM alll wa cecresencebeddnecnsmieuesnsnetegtne athe sacseebedbacencetacauseubnds 1 26 MH COUN soiien e A E S AEE 4 2 MernnMocOUPl E eisini inaina aa 3 10 time adjust on Start action aeeeseeeneeeenneenrrrrrnrrrrennr enn 1 39 time information osseenenoesonnenneneenonrenornrrrorronrrrerrerrorrrrrnne 1 26 time manual synchronization Of c cccseeeeeceeeeeeeeeeeees 1 39 PINMICOUN OS 2 12 UMEN eare ai a i ta 3 11 trademarkS aneeeeneeneenenenennenenenrrranerrnranrrsrrnrrranrrennnnrnennrre nena i transferning Via F P siccocesesasesdotooscatencattieisidatnoteaataawiennticsins 1 36 transmission medium tyPe ccececcsssseeecseeeeecseeseeeeseeeeess 6 1 transmitted commands setting Of ccccceccceeeeeeeeeeee ee 1 44 TIWO WINE SYSTE sarinctivinsavetudeundneusheceidudheeivestentadeiaxbindnonevansead 2 8 OG EEE E A E ATE T aseneeesaeacecoucenes cies 1 44 2 13 types of text data isriccidenccqncsaieatotentinactionieieanidtccassancpoteaeiadaes 4 6 U COIN csr S ee cic T S E acide E VEEE E 1 44 URL setting Of si cntacteet nudes naalehsehasaed anslnttonmadontdecbdnadnddanadseadiees 1 29 c Sane eee Oe RRR ene Re One Se 1 6 1 54 1 55 3 4 user INFOPFMALION cece cece cecceeceeeeeeceueeeueeeeesueeeueeeeeeeeeees 4 28 WS SP TS
238. t Network IF address A B B IF address 10 amp 23 118 Subnet mask AH B B Subnet mask 255 255 255 amp Default gateway A 6 Default gateway 10 B 23 1 HAC address AAAA 6d 68 26 20 HAG address AA BA Gd 88 26 28 DNS server re peal If released network will be pus U disconnected Continue Host name FI ABE The network information is released DISP ENTER key IM 04L21B01 17EN 1 15 1 3 Connecting the FX Setting the Communication Status Press MENU to switch to setting mode hold down FUNC for 3 s to switch to basic setting mode and select the Menu tab gt Communication Ethernet gt Keep alive Timeout Keep alive aa Application time out n Ott On Time l min Setting the keepalive To disconnect when there is no response to the test packets that are periodically sent select On Otherwise select Off Setting the application timeout e Selecting On Off To use the application timeout function select On Otherwise select Off If you select On a timeout item is displayed e Time Set the timeout value between 1 and 120 minutes Checking the communication status The Ethernet communication status can be confirmed with the LED lamp that is provided on the Ethernet connector on the FX rear panel or the Ethernet link that is shown at the upper right of the basic setting mode screen 1 16 IM 04L21B01 17EN 1 4
239. t 30s Time adjust on Start action oft e Use Not Select Use to use the SNTP client function Otherwise select Not If you select Use the SNTP client settings are displayed e SNTP server name Set the SNTP server name using up to 64 alphanumeric characters e Ifthe DNS is used you can set the host name as a server name For details on setting the DNS see section 1 3 e You can also set the IP address In this case the DNS is not required e Port number Enter the port number of the SNTP server in the range of 1 to 65535 The default value is 123 e Access interval Set the time interval for synchronizing the time with the server to OFF 1 8 12 or 24h If you select OFF you can synchronize the time manually by operating soft keys If the difference between the FX time and the server time is greater than or equal to 10 minutes the time is not corrected e Access reference time Set the reference time for making queries e Access timeout Set the time to wait for the response from the SNTP server when querying the time to 10 30 90s e Time adjust on Start action Select On to synchronize the time using SNTP when memory start is executed Otherwise select Off Manually Synchronizing the Time You can synchronize the time at any time by operating the FUNC key The SNTP client setting must be enabled Press FUNC and select SNTP IM 04L21B01 17EN 1 39 uondo 19 20ej198 U JoUI9Y Q 94 Huish 1 8 Synchronizing the T
240. t Register Data List of alarms of measurement channels 001 to 004 Bit string 306001 306003 Data Type List of alarms of measurement channels 009 to 012 e Register structure 3ch Level 3 Level 2 Level 4 Level 1 A 2ch 1ch Indicates the alarm status of four channels in one register Set to 1 when alarm is activated The figure is an example of register 306001 measurement channels 001 to 004 306021 306026 List of alarms of computation channels 101 to 104 Bit string List of alarms of computation channels 121 to 124 e Register structure Same as the list of alarms of measurement channels Note Input registers 306001 to 306026 can be accessed consecutively All unassigned register bits are read as zeroes Input Register Data 309001 309002 309003 309004 309005 309006 309007 309008 Year Month Day Hour Minute Second Millisecond DST Data Type 16 bit signed integer IM 04L21B01 17EN 6 3 Modbus Protocol Specifications Hold Register shared with the Modbus slave function e Common Items e The client device can read and write to the hold registers e Communication input data is an option M1 PM1 or PWR1 e Reading from and Writing to Communication Input Channels Communication input data can be handled on a computation channel by including the data in the equation of a FX computation channel Hold Register Data Data Type 400001 Communication input data C01 16 bit signed int
241. tation function You can write measured data and computed data 1 M1 PM1 and PWR1 options For details on the Modbus function codes that the FX supports see section 6 3 For a description of the settings required to use this function see section 1 10 Modbus server device Ethernet Modbus client 1 1 uondoO 19 20ej19 U JoUIBYIQ 94 Huish pa 1 1 What You Can Do with the FX1000 Modbus Server e A Modbus client device can carry out the following operations on the FX that is operating as a Modbus server device e Load data from measurement channels and computation channels using the input register e Load communication input data using the hold register e Write communication input data using the hold register e Start and stop recording write messages and perform other similar operations using the hold register e Load the recording start stop conditions and other conditions using the hold register 1 M1 PM1 and PWR1 options e For details on the Modbus function codes that the FX supports see section 6 3 e Fora description of the settings required to use this function see section 1 9 Modbus server Ethernet Modbus client device IM 04L21B01 17EN 1 1 What You Can Do with the FX1000 Setting Measurement Server IM 04L21B01 17EN e This function can be used to set almost all of the settings that can be configured using the front panel keys However you cannot turn the
242. that are not being displayed If you specify SEPARATOR as the first menu item it will be ignored The display on off setting of the display group parameters GROUP 1 to GROUP10 and the auto switching parameter AUTO apply to the trend digital bar graph and historical trend menus For example if you set AUTO to off for the trend menu and then set AUTO to on for the digital menu AUTO will be turned on for the trend digital bar graph and historical trend menus You cannot specify DATA_SAVE_MODE SELECT SAVE REPORT_SAVE ALL_SAVE and MANUAL_SAVE on models that do not have a CF card slot or USB interface USB1 option You cannot specify MODBUS_ CLIENT FTP_LOG MAIL_LOG WEB_LOG SNTP_LOG and DHCP_LOG on models that do not have an Ethernet interface C7 option You cannot specify MODBUS_MASTER on models that do not have a serial interface C2 or C3 option You cannot specify COMMU_LOG and MODBUS_ LOG on models that do not have a communication interface C2 C3 or C7 option You cannot specify REPORT REPORT CHANNEL REPORT_SAVE COLUMN_BAR COLUMN_BAR_DISP COLUMN_BAR_SELECT or REPORT GROUP on models that do not have the M1 PM1 or PWR1 math option IM 04L21B01 17EN Setting the function menu p1 p2 and additional parameters Example Description Type FUNC Menu item to display The FX displays the functions that you select from below in the specified order o
243. the execution mode from the basic setting mode to the operation mode Otherwise the new settings will not be applied Applies basic settings cold reset YE pl lt terminator gt pl Application of settings STORE Saves the basic settings and restarts the instrument ABORT Restarts the instrument without saving the basic settings Save the basic settings and restart the instrument YESTORE IM 04L21B01 17EN 3 7 Output Commands Control 3 Output Commands CB Sets the data output format Control Syntax CB pl lt terminator gt pl Output format 0 Normal output includes data from BO Sets the byte output order channels set to SKIP and OFF Syntax BO pl lt terminator gt T Do not output data from channels p1 Byte order set to SKIP and OFF 0 Data is output MSB first Query CB 1 Data is output LSB first Example Set the output format to normal output Query BO CBO Example Set the FX to output data MSB first Description e Set this command independently for each BOO connection Description This command applies to the byte order of e This command only affects the communication numeric data for binary output section it does not affect the FX settings e Effective range of commands CS Sets the check sum C2 and C3 ona a options Instantaneous data output binary FD1 FF Syntax CS pl lt terminator gt Instantaneous data output text FDO pl Checksum usage Decimal place information text FEl 0 Do not calculate value fixed t
244. tion YX pl p2 p3 lt terminator gt pl SMTP server name up to 64 characters p2 Port number 0 to 65535 p3 Authentication OFF POPBEFORESMTP AUTH OFF Authentication is not used POPBEFORESMTP POP before SMTP is used AUTH SMTP authentication is used YX Set the SMTP server to smtp recorder com and the port to 25 Use POP3 authentication YXsmtp recorder com 25 POPBEFORESMTP For details on e mail settings see section 1 4 Sets the Modbus client s destination server C7 option YJ p1 p2 p3 p4 p5 lt terminator gt p1 Server number 1 to 16 p2 Port number 0 to 65535 p3 Host name up to 64 characters p4 Unit number registration AUTO FIXED Use a fixed unit number p5 Unit number 0 to 255 YJ p1 Do not use the unit number For server number 3 set the port number to 502 the host name to fx1000 the unit number registration to FIXED and the unit number to 127 J3 502 X10000 FIXED 127 IM 04L21B01 17EN YP Sets basic Modbus client settings C7 option Syntax YP pl p2 lt terminator gt pl Read cycle 1S 2S 5S 10S p2 Connection retry interval OFF 10S 20S 30S 1MIN 2MIN 5MIN 10MIN 20MIN 30MIN 1H Query YP Example Set the read cycle to 1 second and the connection retry interval to 10 minutes YP1S 10MIN YR Sets the Modbus client s transmit command C7 option Syntax YR pl p2 p3 pl Command number 1 to 16 p2 Command type OFF R M W W M lt terminator gt
245. tion of the logged in user is output EA E A admin EN e Example 2 When the FUL command is used information on all users logged in through a general purpose service or using keys is output EA K A admin abc E A admin def E U user0033 E U user0452 EN 4 28 IM 04L21B01 17EN 4 3 IM 04L21B01 17EN Output Format of Binary Data This section describes the output format of the binary data For information on other binary data see section 4 1 Instantaneous data measured computed and FIFO data Configured channel information data Configured alarm information data Manual sampled data Report data The measured data and computed data are output using signed 16 bit integer and signed 32 bit integer respectively e When Using a Channel That Is Not Set to Log Scale LG1 option These integers can be understood as physical values by adding the decimal point and the unit The decimal place can be determined using the FE command Typical Examples to Obtain Physical Values from Binary Data Binary Value Decimal Position Code Physical Value Measured Value 10000 0 10000 10000 1 1000 0 10000 2 100 00 10000 3 10 000 10000 4 1 0000 When Using a Channel That Is Set to Log Scale LG1 option Logarithmic values are output See the next page Note The CRLF used in this section denotes carriage return line feed 4 29 soasuodsay p 4 3 Output Format of Binary Data Measured Computed Data and FIFO Data 4
246. tive rESPONSE ccsscsseccsessecessesseeeseeeeeessensess 4 1 SMTP authorization ag aicatisscciss ceiasdccateeniesavensecraiestiasiesenss 1 18 SMTP server NAME 0 e cece cece ce ecce eee eeseeeeueeeeeeeeeueeeeeeueeeuees 1 18 SNTP client eeror eto ne ee noes ene aoe wo eee Ee 1 9 SNTP client Setting OF ce cecccceseeseeeesseeeeeseeneeeeeaes 1 39 SNE WOO eenn A E 4 18 SNTP SEefVEf sicccaceviiateacenatieecctes ccatastaiavenioseennttanaes 1 9 6 1 SNTP server setting MOM saescsecclenaseceiccessasecadccnasseniatnaseteeccas 1 40 OTE ROS oeno e E E REEE iii special data VAlUCS cccssccccsseccsseecceseeeseseeseesecseeessues 4 31 special valts Ae hehehe ie nee eee oe ee ee ed oe nadas 6 5 specifying the register NUMDET ccccccesseeeeeeeseeneees 1 44 Status information ccceeeeeeeeceeseeeeeeeeeneeaeeaees 4 24 5 1 5 2 sub delimiter Saee eeeo n oee 3 2 SUDE O eean 1 19 subnet MaSK assesi irna anina eiaa E E 1 13 sum value calculation Of aeaenonennenennneennnnenernnrrerererrererne 4 4 s pported FUNCOMS ese oscernctecueacuscues lt eacvesieeentscuceeoenssces 6 3 6 6 switching the screen operator page ccccsesseeeeeeeeeees 1 31 systemi Mail GlOM icsccaccesiestactececsatanisenesalataadeiesecaeatedesesdadeen 1 24 system mail Memory full cccccscssseeeeeseeeesseeeeeseeeeees 1 23 system mail power failUre cccccesseeeeeeeeeeseeeeeeeeeeaeeees 1 23 sy
247. ummary MODBUS Modbus communication log Maximum log readout length 1 to 200 When p1 is set to COM or MODBUS l1to 1000 When p1 is set to ALARM 1 to 450 When p1 is set to MSG 1 to 50 When p1 is set to a value other than those listed above Output the 10 most recent entries in the operation error log FLERR 10 Outputs the log that is stored on the FX If you omit p2 the command specifies the maximum log length On models that have the Ethernet interface C7 option you can set p1 to FTPC WEB EMAIL SNTP or DHCP On models that have a communication interface C2 C3 or C7 option you can set p1 to COM or MODBUS Outputs status information IS pl lt terminator gt pl Status information output 0 Status information entries 1 to 4 1 Status information entries 1 to 8 Output status information entries 1 to 4 ISO You can use status filters through the use of the IF command to mask the status output For details about status information see chapter 5 3 49 e 3 8 Output Commands Setting measured and computed data output FU Outputs user levels p2 Path name up to 100 characters SSM Use the full path to set the path name Syntax FU pl lt terminator gt p3 Maximum number of file lists to output 1 to 1000 If you omit this parameter the FX will output p1 User information output 0 Information about the users who ane CUMENIY oggec im all file lists in the specified directory arora
248. unication does not work increase the wait time R M W W M Set up to 16 commands Read channels C01 to C24 Write channels 001 to 012 and 101 to 124 depends on the model Address 1 to 247 Input register 30001 to 39999 300001 to 365535 Hold register 40001 to 49999 400001 to 465535 Same as the Modbus client Same as the Modbus client Same as the Modbus client IM 04L21B01 17EN 6 3 Modbus Protocol Specifications Modbus Slave Function IM 04L21B01 17EN Serial Communication Specifications Same as the Modbus Master Function Slave address 1 to 99 Supported functions Same as the Modbus server Register assignments Same as the Modbus server Modbus error response Same as the Modbus server 6 15 suoljeoiinads 2 Blank Page S l Appendix Appendix 1 Data Dropout during Modbus Communication Data Dropout during Modbus Client If the response to the previous command is not complete when the FX attempts to issue a command to a server device the FX cannot issue the command causing a data dropout Take appropriate measures by referring to the following figures 1 When the response from the server device takes a long time Read cycle Server device 1 G G Server device 2 l G Server device 3 f G l G Data dropout Data dropout Servers 2 and 3 Server 3 2 When the connection is dropped because there is no response from the server device Pai cla ac Connection dropped S
249. ured data or computed data is less than the specified number of blocks the FX sends all the available data Output two blocks of FIFO data from channels 1 to 10 FFGET 001 010 2 IM 04L21B01 17EN The FIFO buffer is a cyclic buffer in which the oldest data is overwritten first Use the FR command to set the acquisition interval The FX sends the specified number of blocks p4 of FIFO data starting with the next block after those that were read out previously Be sure to read the data within the following buffer period to prevent data dropouts You can not resend data if the buffer period elapses e High speed input model Maximum buffer period 1200 x acquisition interval e Medium speed input model Maximum buffer period 240 x acquisition interval Parameters p2 to p4 are valid when p1 is set to GET If you omit p4 the command will specify all blocks Make sure that the last channel number is greater than or equal to the first channel number For details on the FIFO data output process see appendix 5 Set p2 and p3 by referring to the table in section 3 3 FL Syntax Example Description IS Syntax Example Description Outputs a log alarm summary or message summary FL p1 p2 lt terminator gt pl p2 Log type COM Communication FTPC FTP client ERR Operation errors LOGIN Login log WEB Web operation EMAIL E mail SNTP SNTP access log DHCP DHCP access log ALARM Alarm summary MSG Message s
250. ut Commands Setting measured and computed data output 3 8 Output Commands Setting measured and computed data output EC Syntax Example Description FE Syntax Example Description 3 48 Outputs screen image data FC pl lt terminator gt pl GET output screen image data Output screen image data from the FX FCGET The FX captures the currently displayed screen and outputs the data in PNG format Outputs setup data FE pl p2 p3 lt terminator gt pl Output data type Setting mode setup data Decimal place and unit information Basic setting mode setup data Setup data file Setup channel information output OY OF N F O Setup alarm information output p2 First channel number measurement channel or computation channel p3 Last channel number measurement channel or computation channel Output the setting mode setup data of channels 001 to 005 from the FX FE0 001 005 e Make sure that the last channel number is greater than or equal to the first channel number e Parameters p2 and p3 are valid when p1 is set to 0 1 2 5 or 6 If you omit p2 or p3 the command will specify all channels e Set p2 and p3 by referring to the table in section 3 3 FD Syntax Example Description Outputs the most recent measured data and computed data FD pl p2 p3 lt terminator gt p1 Output data type 0 The most recent measured data and computed data in text format 1 The most recent measured dat
251. vers Modbus manually Syntax CU pl lt terminator gt pl Communication type 0 Modbus client Ethernet il Modbus master serial YO Loads a setup file that includes the settings for basic setting mode Syntax YO pl p2 lt terminator gt p1 Name ofthe file to load up to 32 characters p2 Medium 0 CF slot i USB Example Load the CONFIG1 file from the CF card YOCONFIG1 0 Description e When you specify the file name do not specify the extension e You can set p2 to 1 on models that have the USB interface USB1 option e If you omit parameter p2 the medium is set to the CF slot e You cannot use this command on models that do not have a CF card slot or USB interface USB1 option YC Clears measured and computed data and initializes setup data Syntax YC pl lt terminator gt p1 The types of data to be initialized and cleared 0 Basic setting mode settings setting mode settings measured and computed data and log data Clear 1 on the FX 1 Setting mode settings measured and computed data and log data Clear 2 on the FX 2 Measured and computed data and log data Clear 3 on the FX Example Perform Clear 3 on the FX YC2 IM 04L21B01 17EN 3 5 Control Commands IR Resets a relative timer Syntax IR pl lt terminator gt p1 Number ofthe timer to reset 0 All timers 1 2 Timer number Example Reset timer 2 IR2 Description Set p1 by referring to the table in section 3 3 BV Enters a stri
252. ype DAY WEEk p2 Day of the week to create reports SUN MON TUE WED THU FRI SAT p3 Hour to create reports hh fixed format hh Hour 00 to 23 RO Create daily reports at 09 00 every day and weekly reports at 09 00 every Tuesday RODAY WEEK TUE 09 Description You can use this command on models with the M1 PM1 or PWR1 math option IM 04L21B01 17EN RM Sets a report channel M1 PM1 and PWR1 options When you are not using report channels Syntax RM pl p2 lt terminator gt pl Report channel number p2 Report channel usage OFF Query RM p1 Example Disable the channel 001 report channel RM001 OFF Description Set p1 by referring to the table in section 3 3 XG When you are using report channels Syntax Syntax RM pl p2 p3 p4 lt terminator gt pl Report channel number p2 Report channel usage ON p3 Number of the measurement or computation channel on which to report p4 Conversion of the unit of time for integration OFF Values are not converted s Values are converted as though Example the physical values are integrated in units of seconds MIN Values are converted as though the physical values are integrated in units of minutes XN H Values are converted as though Syntax the physical values are integrated in units of hours Query DAY Values are converted as though Example the physical values are integrated in units of days Query RM p1 YB Example Use report channel number R01 Set the numb

FX1000 Communication Interface (/C2, /C3, /C7) User`s Manual

Contents

Download Pdf Manuals

Related Search

Related Contents