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SRF101/102/103 User`s Manual

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1. In the linear scale range the decimal point becomes the value set in the range setup item o Handling Precautions The scale setup range is 1999 9 to 2999 9 Chapter 6 DETAILED CONFIGURATION 6 9 Range Code Table Range Symbol Code mV V input mV V indication range DC voltage 14 00 mV 19999 to 29999 o ojojo M gt 25 00 mV 19999 to 29999 70 00 mV 19999 to 29999 5 000 V 19999 to 29999 NINI wo gt N 0 0O0 OIGO io NINNIN N o DM MP Phy N o u oO o NON A PM O oO Y O G Thermocouple R 0 0to 1760 0 C S B 0 0to 1820 0 C K 3 200 0 to 1370 0 C 31 200 0 to 600 0 C 200 0 to 300 0 C 240 200 0 to 900 0 C 241 200 0 to 350 0 C 250 200 0 to 1100 0 C 200 0to 450 0 C 200 0to 400 0 C 200 0to 250 0 C 0 0to 1300 0 C 0 0 to 700 0 C 0 0 to 350 0 C WRe0 26 0 0to 2320 0 C WRe5 26 0 0to 2320 0 C 310 100 0to 1390 0 C 311 100 0to 600 0 C 312 100 0to 300 0 C 320 0 0to 1310 0 C Resistance temperature Pt100 Q 01 200 0 to 300 0 C detector RTD 0 140 0to 150 0 C 0 140 0to 100 0 C JPt100 Q 200 0to 300 0 C 140 0to 150 0 C 100 0 to 100 0 C AB RITA Pp 6 17 Chapter 6 DETAILED CONFIGURATION Symbol F Range Thermocouple 32 to 3200 F 520 32to 3308 F 530 328 to 2498 F 531 328 to 1112 F 532 328to 572 F 540 328 to 1652 F 328 to 662
2. O EVNT EVNT O POC SsPD O LOCK CLK ee EG 2 ia Channel No Display No Description Chart feed speed unit Chart feed speed value 1 Handling Precautions e When pen phase synchronization is carried out on a 2 or 3 pen model the pen synchronization memory is cleared when the chart feed speed is changed When this happens the No 1 and No 2 pens stand by at the left edge at the start time position of the No 3 pen For details of pen synchronization see O About pen synchronization page 6 10 e Characters are not printed when the chart feed speed is 151 mm h or more O Setup Details Chart feed speed unit 0 mm h 1 mm min Chart feed speed value 1 to 599 when unit is set to mm h 10 to 200 mm min E Description of Chart Feed Speed Setup Items O Chart feed speed and printing cycle The time reference for the tabulation printing cycle is 00 00 The tabulation interval on the chart paper is 40 mm If for example the chart feed speed is 20 mm h then the tabulation time becomes 00 00 02 00 and so forth up to 22 00 To carry out tabulation printing at a specific time select trend schedule demand printing as the recording format O Chart feed speed and date printing Chart feed speed and date are printed alternately Note Chart Feed Speed and Character Size Characters are expressed as a 5 x 7 dot matrix and are 1 2mm wide Their vertical leng
3. e ese ee te eee 7 2 E Procedur lt s ee ee wee wR RS o RE we eS 7 2 Chapter 8 TROUBLESHOOTING 8 1 Error Displays and Descriptions of Errors 8 1 8 2 Remedying TROUDIG 205 6033 eh She wee a a a oda a HK 8 2 Chapter 9 SPECIFICATIONS 9 1 Specifications a a A SI a Us Hs OS 9 1 M General Specifications Tr a A O ei ues ee 9 1 M Performance Specifications gt eee ee 9 2 9 2 Input Types Ranges and Display Accuracy 9 5 9 3 External Dimensions 0 0 9 7 APPENDIX User Setup Sheets O Event Setup 00 App 2 O Chart Feed Speed Setup 00 App 2 O Date Time Setup 0000 App 2 O SystemSetup1 ee App 2 O System Setup 2 0 0 9 2 2 so App 4 O System Setup3 00 9 o o o o os App 4 Conventions Used in This Manual The following conventions are used in this manual 0 Handling Precautions Note 1 2 3 RCD key gt O key H Handling Precautions indicate items that the user should pay attention to when handling the SRF101 102 103 Notes indicate useful information that the user might benefit by knowing The numbers with the parenthesis indicate steps in a sequence or indicate corresponding parts in an explanation These icons represent operation keys and setup keys on the setup display These
4. Configuration i E Communications method Recording time y AP ONO Moro os E E eS Scale recording i ON OFF Pen phase synchronization selection Schedule demand ON OFF a es No 4 schedule demand hours No 4 schedule demand minutes 1 This is displayed when the extended menu is ON 2 These are not displayed on models that do not support communications optional function o Handling Precautions When the configuration is locked setups can be confirmed but not changed O Setup Details Configuration lock 0 OFF disabled 1 ON enabled Extended menu ON OFF 0 OFF 1 ON enabled Communications access rights 1 read only 2 read write Device address 0 to 127 communications is inhibited when set to 0 Communications method 1 4800 bps 8 bits even parity 1 stop bit 2 4800 bps 8 bits no parity 2 stop bits 3 9600 bps 8 bits even parity 1 stop bit 4 9600 bps 8 bits no parity 2 stop bits Recording format 1 trend 2 trend tabulation 3 trend schedule demand Recorder ID No 0 to 99 ID No is not printed when set to 07 Time recording ON OFF 0 OFF time is not recorded 1 ON time is recorded Scale recording ON OFF 0 OFF scale is not recorded 1 ON scale is recorded Pen phase synchronization selection 1
5. All pens are compensated referenced to the printing pen 2 All pens are compensated referenced to the reference pen 3 Pen phase is not compensated 6 9 Chapter 6 DETAILED CONFIGURATION Schedule demand ON OFF 0 Printing is not carried out at any preset time 1 Tabulation printing is carried out at the No 1 time 2 Tabulation printing is carried out at the No 1 and No 2 times 3 Tabulation printing is carried out at the No 1 No 2 and No 3 times 4 Tabulation printing is carried out at all No 1 No 2 No 3 and No 4 times Schedule demand hours minutes setting 0 to 23 hours 0 to 59 minutes E Description of System Setup 1 Items O How to use the recorder ID No When you are using two or more SRF101 102 103s you can print individual 6 10 recorder ID Nos when printing is started to distinguish which recorder is being used to record on the chart The recorder ID No is not used for applications other than printing O About time recording OFF When time recording is set to OFF no date time information is printed on the chart To give priority to real time recording leave the time recording setup to ON factory setting O About pen phase compensation POC The difference phase between the positions of the printing pen and the trend recording pens can be matched synchronized using the memory function so that recording is c
6. O To advance to the next display number O To change data Press the c key The cursor shifts to the display number digit red LED Press the c key to shift the display number Note If you have not changed the numerical values of a setup item pressing the EN key shifts the display number without changing the setup Shift the cursor blinking digit using the 5 key to DATA Press the key to fix the data and set the data with the EN key To increment numerical values press the key When the valid minimum or maximum value of the data is reached pressing the E key does not change the numerical value To set the numerical value press the EN key Note To cancel changing of data midway press either of the following keys without pressing the EN key Any changes made to the currently displayed data at this time are not implemented DISP SS key Quits configuration SET ES key Advances to the next setup You can advance the display number without changing the data by pressing the c5 keys after shifting the cursor to the display number digit red LED 0 Handling Precautions If a setting value is in error all data will blink when you press the EN key If this happens press any key to return to the entry display Check the setting values and reset them if necessary Chapter 5 BASIC CONFIGURATION E Canceling Configuration Lock When the configuration is locked the LOCK CLK LED lights and the
7. To stop chart feed release your finger from the key gt A ENTJFEED DMD RCD DISP O Ol CC H EVNT c OEVNT EVNYS 7 557 OPOCISPD oLock cLk ka K o Handling Precautions e You cannot operate the FEED key during recording e To feed the chart backwards remove the chart cassette manually fold back the chart to its original position and attach the ch cassette into the body again art 4 7 Chapter 4 PREPARATION AND OPERATION E Selecting the Display Mode 4 8 You can select four display modes by pressing the PE key When the recording mode selection for all the channels is set to 0 display recording OFF the selection can be made only for the CLK indicator year month date and CLK indicator time EVNT CH OEVNT EVNYE 51 F77 OPOCISPD e Jes oLock cLk l z le AUTO indicator This mode successively displays the PV value of each channel automatically 1 2 3 1 and so forth at 4 second intervals on the DATA display When AUTO is displayed the decimal point of channel blinks However when the number of channels to be displayed is only one the selection cannot be made MAN indicator This mode displays the selected specific channel on the CH display and the PV value of that channel on the DATA display To move to the next channel press the x key When MAN is displayed the decimal point of channel goes out However when the number of channels to be displayed is only one the
8. 0 196m s max 10 to 60Hz Insulation resistance Min 20MQ across each terminal and GND terminal by 500Vdc megger Dielectric strength Power supply relay output open collector output leak current 5mA max e Across power terminal and GND terminal 1500Vac 50 60Hz for 1min e Across relay output and GND terminal 1500Vac 50 60Hz for 1min Input leak current 2mA max e Across measurement input terminal and GND terminal 1000Vac 50 60Hz 1min e Across measurement input terminals 500Vac 50 60Hz for 1min excluding RTD input e Across external switch input terminal and GND terminal 500Vac 50 60Hz 1min Across communications terminal and GND terminal 500Vac 50 60Hz 1min Induction resistance Common mode rejection rate 130dB 50 60Hz 0 1Hz input impedance 5009 across terminals and ground Normal mode rejection rate 50dB 50 60Hz 0 1Hz Standard conditions Operating conditions Transportation storage conditions 30 to 90 RH No condensation allowed 5 to 95 RH i condensation allowed Rated power voltage 100 to 240Vac 50 60Hz and frequency Power ON rush current Approx 40A Material Color Mass Mounting an mum SyS Panel mount At least 60 minutes Chapter 9 SPECIFICATIONS M Performance Specifications Input Display Recorder 9 2 Input type Thermocouple DC Voltage Groups Thermocouple R S B K E J T Ni NtMo WRe0 26 WRe5 26 PL II N DC voltage 14 to 14mV 25 to 25mV 70
9. A ee 100mm 3pen AC100 to 240V 50 60Hz Semi multi input standard specification Relay outputs 6 Relay outputs 6 external switch inputs 4 Communications not supported Inspection certificate provided Tropical treatment Inspection Certificate provided Tropical treatment z JAPE 3 gt fa e a ee e 0 ojo N oO N oa O Semi multi input SRF101 O 33 Oe T C mV V RTD mV V T C mV V RTD mV V T C mV V RTD mV V A e RE AECA A E CA A AA gt Y Ye pp 4 O AE ESE E E LOS sarro2 S Qt o o y SRF103 A AA AA AE E Related Parts Model Listing O Accessories Name Specification SRF101 SRF102 SRF103 Folding chart 50 sections 1 No 1 pen red 1 No 2 pen green 1 No 3 pen blue 1 O O O Loi O O o O Chapter 1 INTRODUCTION O Consumables sold separately Model No Application Range example Remarks Folding chart 50 section 81406088 001 0 20 40 60 80 100 10 packets 16m Folding chart with EcoMark 81409977 004 0 10 20 30 40 recycled paper 40 section 0 20 40 60 80 0 50 100 150 200 The above 3 patterns are printed Folding chart with EcoMark 81409977 001 0 10 20 30 40 50 10 packets 16m recycled paper 50 section 0 20 40 60 80 100 0 40 80 120 160 200 The above 3 patterns are printed Folding chart with EcoMark 81409977 002 0 10 20 30 40 50 60 10 packets 16m recycled paper 60 sect
10. Failure to do so might cause unstable communications 3 8 Chapter 3 INSTALLATION AND WIRING 3 7 Connecting the RS 232C Interface optional function Read this section when you are using a model that supports the RS 232C communications functions M3 5 crimped terminal recommended connection example FG 5 FG SD o RD gen E Teo i lt p 0 lt gt oBS E 1 1 lt pS 6 DR Help lo 8 NA ar ex Shielded Do 0 cable L Host computer SRF101 102 103 master instrument slave instrument Note Cable model No CBL232FNZ02 2m cross cable for RS 232C 3 9 Chapter 4 PREPARATION AND OPERATION 4 1 Loading the Chart Before you start operation load the folded chart simply called chart from here on and the pen trend printing o Handling Precautions Load the chart either with the power OFF or the SRF101 102 103 in a recording stop state To set to a recording stop state during recording press the ED key The RCD LED goes out gt 4 ENT FEED DMD RCD DISP O COICO CO OB 1 EVNT CH OEVNTEVN EE Fn OPOCISPD oLock cLk ka kzz E Loading replacing the Chart The describes below how to load the chart The chart is not loaded in the SRF101 102 103 at shipment So this procedure must be carried out when you first use the SRF101 102 103 Recording progress LED 1 Before you load the chart lightly fan the chart as shown in t
11. No CP UM 1667E SRF101 102 103 Smart Recorder Pen Printing Model User s Manual Installation Operation Thank you for purchasing the SRF 101 102 103 Smart Recorder Pen print ing model This manual contains information for ensuring correct use of the SRF101 102 103 It also provides necessary information for installation maintenance and trou bleshooting This manual should be read by those who design and maintain devices that use the SRF101 102 103 Be sure to keep this manual nearby for handy reference Yamatake Corporation RESTRICTIONS ON USE This product has been designed developed and manufactured for general purpose application in machinery and equipment Accordingly when used in applications outlined below special care should be taken to implement a fail safe and or redundant design concept as well as a periodic maintenance program e Safety devices for plant worker protection e Start stop control devices for transportation and material handling machines e Aeronautical aerospace machines e Control devices for nuclear reactors Never use this product in applications where human safety may be put at risk REQUEST Ensure that this User s Manual is handed over to the user before the product is used Copying or duplicating this User s Manual in part or in whole is forbid den The information and specifications in this User s Manual are sub ject to change without notice Considerable effort
12. 2 eo ee 4 11 BASIC CONFIGURATION INtTFOCUCTION Al GS 5 1 Basic Key Operations at Setup Key Lock and Extended Menu 5 2 M Basic Key Operations at Setup 5 2 E Canceling Configuration Lock gt lt lt 5 3 E Switching the Extended Menu ON OFF 00 5 3 Changing Event Setting Values eee eee 5 4 Changing the Chart Feed Speed e o o 5 5 E Chart Feed Speed and Tabulation Recording Interval 5 5 Changing the Date Time 0 eee 5 6 DETAILED CONFIGURATION Introduction lt lt o e ss ea e 6 1 Configuration Data and Factory Settings lt lt 6 2 M Event Setup individual channels EVNT 6 2 E Chart Feed Speed Setup SPD co o e 6 2 M Date Time Setup CLK o o e eee 6 2 M System Setup 1 individual channels SYS 6 2 M System Setup 2 individual channels SYS 6 3 M System Setup 3 individual channels SYS 6 3 Event Setup 0000 6 4 M EventSetup see 6 4 M Description of Event Setup ltems 0 2 6 5 Chart Feed Speed Setup 0000 6 7 E Chart Feed Speed Setup 0000 6 7 M Description of Chart Feed Speed Setup Items 6 7 Date Time Setup 0000 6 8 M Date Time Setup 000 6 8 System S
13. a io io iS TE ot T TE x Indicator lamp N O COM N C 9 S C9 pi ee ee 88828891 K K K K 2 Q9 2 O 2 O M3 5 crimped terminal recommended E Wiring External Switch Inputs optional function COM COM RSW4 RSW3 RSW2 RSW1 M3 5 crimped terminal recommended 3 7 Chapter 3 INSTALLATION AND WIRING 3 6 Connecting the RS 485 Interface optional function Read this section when you are using a model that supports the RS 485 communications functions The below shows an example with the RS 485 interface connected In this example the SRF101 102 103 is the slave instrument SRF101 102 103 slave instrument Terminator resistor terminal No 2 3 4 5 Terminator resistor M3 5 crimped terminal recommended Shielded cable Master station N Shielded cable a F4 SRF101 102 103 ALLE slave instrument Shielded cable J H A SRF101 102 103 slave instrument Terminator OSDA resistor SDB RDA Terminator TPDB T gt resistor s G s a ze L I 1 t i Provide terminators of resistance 15002 5 1 2W min at both ends of the communications path Grounding of the shielded FG terminal should be carried out at only one end and not both ends 0 Handling Precautions Be sure to connect SG terminals each other
14. 1 ON Scale recording ON OFF O OFF 1 ON 1 ON Pen phase synchronization setting 1 2 3 3 pen phase synchronization OFF Schedule demand selection 0 OFF 1 No 1 2 No 1 2 3 No 1 2 3 4 No 1 2 3 4 Of OJO O O O 0 OFF No 1 schedule demand time 0 00 to 23 59 00 00 No 2 schedule demand time 0 00 to 23 59 00 00 No 3 schedule demand time 0 00 to 23 59 00 00 6 2 No 4 schedule demand time 0 00 to 23 59 O 0 O O 00 00 Chapter 6 DETAILED CONFIGURATION M System Setup 2 individual channels SYS SYS LED blinks at 1 second intervals Display Setup Item Recording mode selection Setup Description O display recording OFF 1 display 2 display recording Extened menu ON Factory Setting 2 display recording Range code Selectable from all codes 105 5V Input calculation type 1 PV 2 reference channel own channel 3 own channel reference channel 4 fixed value own channel 5 own channel fixed value 1 PV Reference channel 1to3 1 Measurement range lower limit 19999 to 29999 1 000 Measurement range upper limit 19999 to 29999 5 000 Engineering range decimal point O 0000 to 4 X XXXX 1 XXXX X Engineering range lower limit 19999 to 29999 0 0 Engineering range upper limit 19999 to 29999 100 0 Fix
15. Before removing mounting or wiring the SRF101 102 103 be sure to turn the source power OFF Touching electrically charged parts on the SRF101 102 103 such as terminals by mistake might cause electric shock Be sure to turn the power source OFF before mounting the SRF101 102 103 Failure to do so might result in electric shock due to a high power supply voltage Before connecting the SRF101 102 103 to the measurement target or external control circuits make sure that a protective ground terminal is connected to the SRF101 102 103 Failure to do so might cause electric shock or fire Be sure to turn the power source OFF before wiring the SRF101 102 103 Failure to do so might result in electric shock due to a high power supply voltage Power is sometimes supplied to the event wiring even if the SRF101 102 103 is turned OFF Wire with the power source supply to the event wiring turned OFF Failure to do so might cause electric shock due to a high power supply voltage After wiring the leads to terminals do not allow lead clippings to fall into mounting bracket holes or ventilation holes Failure to do so might cause internal circuits to short circuit or cause a fire Before you start wiring check the model No of the SRF101 102 103 including operational functions and wire to the correct terminals When you have finished wiring check the numbers again Wiring the wrong lead to the wrong terminal might damage the main unit
16. Details O Printout messages purple ap Massage printing Note For details see 6 12 Printout Messages page 6 21 O Example of trend tabulation recording and recording when an event occurs 2994 A Ll M t Tabulation recording Note Digital printing is carried out when the chart feed speed is 150mm h or less Chapter5 BASIC CONFIGURATION 5 1 Introduction To use the SRF101 102 103 you must first select the input range type and set the recording scale chart feed speed and other items This setup is called configuration Configuration is sometimes already set up by the device manufacturer in which the SRF101 102 103 is integrated If the SRF101 102 103 has not been configured or you want to change the configuration setups refer to Chapter 6 Detailed Configuration On the SRF101 102 103 configuration is divided into two stages e For personnel who normally operate the SRF101 102 103 e For personnel who initially set up the SRF101 102 103 This chapter describes the setup items listed below whose settings are changed relatively often in normal operation When the extended menu is set to OFF three setup items event setting value chart feed speed and date time can be set This chapter describes these setup items W
17. Recording fluctuation Within display fluctuation 0 5 F S excluding influence of chart expansion shrinkage ambient humidity characteristics e When humidity changes from 60 to 85 RH Indication fluctuation Less than 0 1 F S e When humidity changes from 60 to 45 RH Indication fluctuation Less than 0 1 F S 7 2 Chapter 7 MAINTENANCE E Procedure e Wire to each of the input types as shown in the figure on the right and warm up the SRF101 102 103 for at least 60 minutes e Make sure that the ambient temperature humidity and other environmental conditions are within their respective standard conditions e Apply inputs equivalent to 0 and 100 of the input range read the indications at this time and measure the error from the difference with the input values O When measuring DC voltage DC standard voltage generator l l J A l 4 J l rit mm x L Cli a Input terminals O When measuring a thermocouple DC standard voltage generator Thermocouple bare lead Input terminals Reference contact compensator ice box O When measuring a resistance temperature detector Dial variable resistor no0000 g a 000000 Al AA 3p 1b 7 3 Chapter 8 TROUBLESHOOTING 8 1 Error Displays and Descriptions of Errors The SRF101 102 103 is provided with a self diagnostics function that inspects the functions at all times If a
18. Set the event differential to the continuously appropriate value See page 6 4 Characters are not printed on charts The chart feed speed is set to Set the chart feed speed to 151mm h 150 mm h or less 8 3 Chapter 8 TROUBLESHOOTING Probable Cause Remedy PV values during demand printing The recording mode of all channels Set the recording mode for the required or tabulation printing are all printed ag The recorder ID No setting is 0 channels The recorder ID No is not printed The recorder ID No setting is 0 Set the recorder ID No to number other than 0 zero See page 6 9 The time is not recorded The time recording ON OFF setting Set the time recording ON OFF setting is OFF to ON See page 6 9 Scale is not recorded The scale recording ON OFF setting The scale recording ON OFF setting to is OFF ON See page 6 9 The recording color does not match The recording color selection setting Match the recording color selection to the tag plate does not match the tag plate the tag plate See page 6 9 Obtain a tag plate matched to the recording color selection See page 1 4 Schedule demand printing is not The time setting interval is too short Set the time setting to a wider value carried out and cannot be printed See page 6 10 Decrease the number of demand printings See page 6 10 Set the chart feed speed to a higher value See page 6 7 The number of schedule d
19. about 10 years when the recorder is operated for 8 hours per day within temperature range of 0 to 40 C 0 Handling Precautions AL BY is omitted from the above table 8 1 Chapter 8 TROUBLESHOOTING 8 2 Remedying Trouble No operation e g display recording Power is not being supplied to the Check the wiring and power voltage and body supply the power correctly The power switch on the body is Set the power switch at the bottom right OFF on the body to ON The fuse has blown Contact your dealer for repair Note 1 A probable cause is a damaged cable or connector between the chassis and body case DISP Pressing the gt key does not The recording mode for all channels Set the recording mode for the required advance the display to PV value is set to display recording OFF channels display Although AUTO is displayed the PV Only one channel can display Set the recording mode for the required value of each channel does not channels successively display automatically The PV value is displayed only for a specific channel The decimal point of channel blinks The PV value is displayed only fora MAN display mode is selected Press th key and select the specific channel AUTO display mode The decimal point of channel goes out ALXX is displayed on the display An error was discovered during Follow the remedy described on page 8 1 self diagnostics Recording is not carried out
20. been changed the display will be initialized to match the range code In system setup 3 the scale lower and upper limit values are initialized to match the new range code if the range code of system setup 2 is changed o Handling Precautions The decimal point position of the scale is fixed Thermocouple RTD input See 6 9 Range Code Table page 6 15 mV V input Refer to the engineering range decimal point position in system setup 2 O Setup Details Scale upper lower limits 19999 to 29999 U M Description of System Setup 3 Items O About reverse scaling Reverse scaling can be set so that the minimum and maximum numerical values for the lower and upper limit values are inverted example Lower limit value becomes 100 0 and upper limit value becomes 100 0 O Minimum scaling range Trend recording becomes stepped if scaling is set too narrow The resolution of trend recording in a 100 mm recording width is 1 2000 Referring to 9 2 Input Types Ranges and Display Accuracy page 9 5 set scaling so that a resolution higher than this is obtained 6 15 Chapter 6 DETAILED CONFIGURATION O About scale setup When the scale lower limit value is set to 0 0 this position becomes 0 0 C Nya When the scale lower limit value is set to 1000 0 this position becomes The recording scale lower and upper limit values are set as the chart 0 and 100 positions For example the rang
21. can be selected by using the Smart Loader Package SLP F10 Recording start stop Recording is started by OPEN CLOSE Recording is stopped by CLOSE OPEN Demand printing Demand printing is started by OPEN gt CLOSE Chart feed Chart is fed 40 mm by OPEN gt CLOSE Print message Printing is started by OPEN CLOSE Print message 2 Printing is started by OPEN gt CLOSE Print message 3 Printing is started by OPEN CLOSE Print message 4 Printing is started by OPEN gt CLOSE o Handling Precautions e Maintain external switch input ON OFF states for at 500 ms or more e To prevent malfunction caused by noise changes in state are not detected unless they last for 500 ms or more Contact CLOSE Contact OPEN r J i j H r Time 1500 ms 500 ms 500 ms 500 ms lt gt 35 Required Required time Recording start Recording stop 6 20 Chapter 6 DETAILED CONFIGURATION 6 12 Printing of Messages Message printing functions when the SRF101 102 103 supports external switch inputs optional function Message printing is started up by external switch input By message printing the time hours minutes and message up to six characters are printed To change the details set to a message you will need the Smart Loader Package SLP F10 The following table shows factory settings Message No Printed Details MSG1 MSG2 MSG3 MSG4 You can set any message you like up to six ch
22. display selection by the gt key cannot be made CLK indicator year month date This mode displays the lower two digits of the year on the CH and EVENT displays and the date using the lower four digits of the DATA display For example in the case of April 27th a 4 gZ 7 is displayed CLK indicator time This mode displays the time h min on the DATA display The CH and EVENT displays go out Chapter 4 PREPARATION AND OPERATION E Recording a Specific Table You can record a table tabulation of current PV values by pressing the 24D key RCD DISP EVNT CH OEVNTIEVN m 537 OPOCISPD oLock cLk kz kz During recording A table of PV values is recorded overlaying trend data The tabulation time varies according to the chart feed speed During recording stop Tabulation starts immediately and ends in about one minute 30 seconds on a 3 pen model To cancel tabulation midway press the MD key again Pressing this key immediately stops tabulation Pressing the EB key during tabulation after tabulation is started during a recording stop is not accepted Press the ED key after tabulation has ended Example 1 when the 2 key is pressed during recording A Time PV of channel 1 PV of channel 2 PV of channel 3 Example 2 when the MD k
23. from the bottom rear bottom rear angle or to within 0 to 3 from the top rear top rear angle Use a steel panel of at least 2 to 6 mm in thickness for mounting the SRF101 102 103 O When mounting from bottom rear 7 Panel thickness 2 to 6 mm a Panel a Door 0 to 30 bottom rear angle from horizontal position O When mounting from top rear A Panel thickness 2 to 6 mm Panel ee 0 to 3 bottom rear angle t from horizontal position Door lf 3 1 Chapter 3 INSTALLATION AND WIRING 3 2 Installation WARNING Q Be sure to turn the power source OFF before mounting the SRF101 102 103 Failure to do so might result in electric shock due to a high power supply voltage CAUTION Tighten the mounting bracket while pushing in firmly to prevent a gap with the panel If a gap forms with the panel the SRF101 102 103 might fall or become loose which is dangerous E Installation Dimensions The panel cutout dimensions are as follows 138 4 unit mm 7 H Eg 200min min 200 min E Installation Procedure Mount the SRF101 102 103 by fastening the mounting bracket in the mounting holes at the top and bottom of the case o Handling Precautions The recommended tightening torque for the mounting bracket is 1 0 to 1 5 N m Tightening the mounting bracket with a torque higher than this might de
24. has been made to ensure that this User s Manual is free from inaccuracies and omissions If you should find any inaccuracies or omissions please contact Yamatake Corporation In no event is Yamatake Corporation liable to anyone for any indirect special or consequential damages as a result of using this product 1995 Yamatake Corporation ALL RIGHTS RESERVED The Kim Wipe is a registered trademark of Crecia Co Ltd HI SAFETY PRECAUTIONS J E About Icons The safety precautions described in this manual are indicated by various icons Please be sure you read and understand the icons and their meanings described below before reading the rest of the manual Safety precautions are intended to ensure the safe and correct use of this prod uct to prevent injury to the operator and others and to prevent damage to proper ty Be sure to observe these safety precautions Warnings are indicated when mishandling this WAR N N G product might result in death or serious injury Cautions are indicated when mishandling this CAUTION product might result in minor injury to the user or only physical damage to the product E Examples A Use caution when handling the product S The indicated action is prohibited Q Be sure to follow the indicated instructions WARNING Do not remove the power supply unit High voltage parts are located inside Touching these parts might result in electric shock
25. is packaged with the SLP F10 F20 Running the SLP F10 F20 package on a personal computer enables you to set up SRF100 200 parameters on the personal computer This manual describes operations on the personal computer This manual is the common manual of the SLP F10 and the SLP F20 Organization of This User s Manual This manual is organized as follows Chapter 1 Chapter 2 Chapter 3 Chapter 4 Chapter 5 Chapter 6 Chapter 7 Chapter 8 Chapter 9 APPENDIX INTRODUCTION This chapter describes SRF101 102 103 applications and features and gives a list of catalog numbers NAMES AND FUNCTIONS OF PARTS This chapter describes the names and functions of parts on the SRF101 102 103 INSTALLATION AND WIRING This chapter describes precautions siting conditions and installation method when installing the SRF101 102 103 into instruments and how to connect to peripheral equipment PREPARATION AND OPERATION This chapter describes checks to carry out before operating the SRF101 102 103 and daily operation procedures BASIC CONFIGURATION This chapter describes the basic setup details of the SRF101 102 103 DETAILED CONFIGURATION This chapter describes all items that can be set using the operation keys MAINTENANCE This chapter describes inspection items and how to replace maintenance parts to ensure prolonged use of the SRF101 102 103 TROUBLESHOOTING This chapter describes points to check
26. selecting the range type here fixes the range code O Details of input calculation type 2 reference channel raw PV value reference channel bias value own channel raw PV value own channel bias value 3 own channel raw PV value own channel bias value reference channel raw PV value reference channel bias value 4 fixed value own channel raw PV value own channel bias value 5 own channel raw PV value own channel bias value fixed value O Input calculation type and calculation result The calculation result is displayed as the data of the own channel and recording and event processing is carried out O Position of engineering range decimal point and engineering range upper lower limit values These settings determine the display resolution of the measurement range The resolution of trend recording is fixed to 1 2000 regardless of these settings O About reverse scaling Reverse scaling can be set so that the minimum and maximum numerical values for the lower and upper limit values in both the measurement range and engineering range are inverted 6 13 Chapter 6 DETAILED CONFIGURATION 6 14 O About measurement range and engineering range setup These items must be set in the case of input range codes 100 101 102 and 105 When other range codes are set the setup mode is not migrated to PV is calculated by the following formula engineering range upper li
27. sure that the signal voltage is correct at the PV display on the display Enter the correct signal Make sure that the signal voltage is correct Set the correct range code Check the polarities of the input terminals and wire correctly if necessary The wiring or sensor is broken Check the wiring from the sensor for breakages Repair the sensor Check the wiring from the signal oscillator for breakages Repair the oscillator The sensor or signal generator is Make sure that the sensor is not malfunctioning malfunctioning Repair the sensor Make sure that the signal generator is not malfunctioning Repair the signal generator The input impedance of equipment Make sure that the equipment connected connected in parallel to the in parallel to this recorder is not turned SRF101 102 103 has dropped OFF Turn the parallel connected equipment ON Make sure that the equipment connected in parallel to this recorder is not malfunctioning Repair the parallel connected equipment PV values using engineering scaling The engineering range upper limit Set the correct engineering range remain fixed values in spite of the value is set to the same value as See page 6 14 input signal its lower limit value The PV display shows an error with The range code setting does not Set the correct range code the actual PV value match the sensor See page 6 17 The PV bias is inappropriate Set the appropriate PV bias Todisable set
28. to 0 zero See page 6 12 Recording is 0 or less or 100 or he scale setting is inappropriate Set the scale matched to the input more even though the PV display is See page 6 15 correct The scale upper limit value is set Set the correct scale See page 6 15 to the same value as its lower limit value Trend is stepped The scale span is far smaller than Set the scale as required the resolution See page 6 15 Pressing the EN key in the Configuration is locked Cancel the configuration lock configuration mode cannot set data See page 5 3 An attempt was made to enter Enter data in the correct entry range illegal data Pressing the El key does not enter The extended menu ON OFF Set the extended menu ON OFF setting the range or scale setting mode setting is OFF to ON See page 5 3 The recorder does not enter the The event type setting is set to Correct the event type setting event setting value display event OFP See page 6 4 The setting value of the event relay The event relay optional function Attach the add on optional unit if No does not light is not supported necessary See page 1 3 The optional unit is malfunctioning Repair Events are not recorded on the chart The event recording ON OFF Set the event recording ON OFF setting is set to event recording setting to event recording ON OFF See page 6 4 The event switches ON OFF The event differential is too small
29. to 70mV 5 to 5V RTD DC Voltage Groups RTD Pt 100W JPt100W DC voltage 14 to 14mV 25 to 25mV 70 to 70mV 5 to 5V Note 1 In the case of DC current 4 to 20mA attach a converter resistor of 250W sold separately model No 81446642 001 or 81401325 and convert to 1 to 5V to input Note 2 Externally attach one 1 1000DC voltage divider input sold separately model No 81446627 001 to each input that exceeds 5V for input max input voltage 60V Number of input channels 1 2 3 according to model No Input measurement cycle Approx 125ms Input impedance DC voltage thermocouple input 8MW min DC voltage thermocouple input input signal source resistor 1kW max RTD input input wiring resistor 10W max per line PV bias Can be set to each channel in range 19999 to 29999 engineering unit including decimal point Linear scaling Display and recording is possible by actual unit engineering unit at DC voltage input Measurement PV value inter channel deviation deviation from fixed value calculation method Measurement range DC voltage input Any measurement range upper lower limit values can be set for each of the measurement ranges Engineering range DC voltage input The engineering range upper lower limit value decimal point position and unit can be set within the range 19999 to 29999 Recording scale Any recording scale including decimal point can be set for each channel within the range 19999 t
30. 00 when you press the es key only when the numerical values for the time setting are changed If you press the ENT key without making any changes to the numerical values for the time setting the date setting display will be redisplayed and the number of seconds will not be reset 1 Press the n key to select CLK gt gt The LOCK CLK LED lights ENT FEED DMD RCD DISP OOOO CH EVNT OEVNT EVNT orocseo Al LOCK CLK 2 Change the data The date is arranged in order year lower two digits of Western calendar month then day Shift the cursor to the part of this item that you want to change using the C5 key and change the numerical value using the key Leap years in dates are automatically adjusted To set the year 2000 enter 00 as the year 3 Press the EN key gt gt The display advances to the time setup display 4 Change the time The time is arranged in order hours 24 hour clock then minutes Shift the cursor to the part of this item that you want to change using the CD key and change the numerical value using the 5 key 5 Press the EN key gt gt The data setup display is redisplayed Chapter 6 DETAILED CONFIGURATION 6 1 Introduction This chapter describes how to set up configuration items that are initially set on the SRF101 102 103 Set up configuration items with configuration lock display number 1 in SYS setup If the extended menu is set to ON display number 2 in
31. 302 0 F or 19F whichever is larger detector 703 148 0 to 212 0 F O al al oa al ala NI N JPt100Q 711 328 0 to 572 0 F 0 3 of FS 1digit 712 220 0 to 302 0 F or 19F whichever is larger 713 148 0 to 212 0 F Thermocouple Display accuracy does not include reference contact compensation accuracy 9 6 Chapter 9 SPECIFICATIONS 9 3 External Dimensions unit mm 3 z y Yb Y 24 1 250 2 gt t 266 2 With relay outputs external switch inputs or communication options APPENDIX User Setup Sheets E Appendix Contents O Event Setup App 2 O Chart Feed Speed Setup App 2 O Date Time Setup App 2 O System Setup 1 App 2 O System Setup2 eee App 4 O System Setup3 eee eee App 4 M How to Use the User Setup Sheets The left page shows the setup details and the right page shows the fields for entering the setting values You might find it easier to make copies with both pages folded out App 1 APPENDIX Mfg No O Event Setup e Setup details No No 1 event setting value J No 1 event type selection No 1 relay output No No 2 event type selection No 2 relay output No No 2 event recording ON OFF O Chart Feed Speed Setup e Setup details Display No Chart feed speed unit Setup l
32. F 550 328to 2012 F 328 to 842 F 560 328to 752 F 328 to 482 F 570 32to 2372 F 571 32to 1292 F 572 32to 662 F WRe0 26 580 32to 4208 F WRe5 26 590 32to 4208 F 610 148 to 2534 F 611 148 to 1112 F 612 148to 572 F Ni Ni Mo 32to 2390 F oja o Resistance temperature Pt100 Q 701 328 0 to 572 0 F detector RTD 702 220 0 to 302 0 F 703 148 0 to 212 0 F JPt100 Q 711 328 0 to 572 0 F 712 220 0to 302 0 F 713 148 0to 212 0 F 6 18 Chapter 6 DETAILED CONFIGURATION Character Code Table 6 10 Setup Example kPa Character Code lt gt D _ o 10 D lt LU Step 6 19 Chapter 6 DETAILED CONFIGURATION 6 11 External Switch Inputs Optional Function The following functions are set to external switch inputs before the SRF101 102 103 is shipped from the factory These functions cannot be changed on the SRF101 102 103 alone You can however set any of the following functions using the Smart Loader Package SLP F10 and the program data card for the SRF101 102 103 Default function assignments RSWI recording start stop Recording is started by OPEN CLOSE Recording is stopped by CLOSE OPEN RSW2 demand printing Demand printing is started by OPEN gt CLOSE RSW3 chart feed Chart is fed 40 mm by OPEN gt CLOSE RSW4 print message 1 Printing MSG1 is started by OPEN gt CLOSE The following functions
33. F201 202 203 perform one point adjustment using the PV bias If the SRF101 102 103 needs to be calibrated contact your dealer Note For details on display accuracy see 9 2 Input Types Ranges and Display Accuracy page 9 5 For details on PV bias see 6 7 System Setup 2 Range Setup page 6 12 E Equipment Required for Measurement The standard display accuracy of the SRF101 102 103 is 0 15 When measuring the standard display accuracy use equipment having an accuracy higher than this e DC standard voltage generator When measuring DC voltage and thermocouple inputs e Standard contact compensator icebox When measuring thermocouple inputs e Dial variable resistor When measuring resistance temperature detectors RTD E Measurement Environment The standard display accuracy of the SRF101 102 103 is based upon the standard conditions listed in 9 2 Input Types Ranges and Display Accuracy page 9 5 These conditions must also be satisfied when measuring the accuracy of analog inputs If accuracy is measured outside of these conditions the following additional accuracies must be included in the display accuracy measurement O Additional accuracies ambient temperature characteristics e Indication and recording fluctuations in response to temperature changes of 10 C excluding standard contact temperature compensation error at thermocouple input Indication fluctuation Within 0 1 F S resolution x 2
34. SYS setup you can set up the input range type recording scale recording format event type and system setup o Handling Precautions You can also set up configuration items during recording However if the range type or other setup items are changed display and recording sometimes become temporarily abnormal The Smart Loader Package is needed to set the following functions These functions cannot be set on the SRF101 102 103 alone e External switch input function assignment extension factory setting ON Message printing details factory setting ON Note For details on event setting values chart feed speed and date time setup to be configured in menu level 1 with the extended menu OFF see Chapter 5 Basic Configuration 6 1 Chapter 6 DETAILED CONFIGURATION 6 2 E Event Setup individual channels EVNT Display Setup Item No 1 event setting value Setup Description 19999 to 29999 Extened menu OFF ON Configuration Data and Factory Settings Factory Setting No 2 event setting value 19999 to 29999 No 1 event type selection L H 1 h L H No 1 relay output No Oto6 No 1 event recording ON OFF 0 OFF 1 ON No 2 event type selection L H 1 h L H No 2 relay output No Oto6 No 2 event recording ON OFF 0 OFF 1 ON No 1 event differential 0 to 29999 No 2 event differenti
35. al 0 to 29999 QO OQ 0 Of CO OJ OF O OJO The setup level can be changed by switching the extended menu ON OFF For details see page 6 1 E Chart Feed Speed Setup SPD Display Setup Item No Chart feed speed unit Setup Description O mm h 1 mm min Extened menu OFF O ON O Factory Setting O mm h Chart feed speed Date Time Setup CLK Setup Item Date 1 to 599 mm h 10 to 200 mm min Setup Description O O Extened menu OFF O ON O 40 Factory Setting Close to Japan standard time Time hours minutes O M System Setup 1 individual channels SYS SYS LED lit Display No Setup Item Configuration lock Setup Description O OFF 1 ON O Extened menu OFF ON Close to Japan standard time Factory Setting Extended menu entry O OFF 1 ON Communications access rights selection 1 read 2 read write Device address 0 to 127 setting to 0 inhibits communications Communications method 1 4800bps 8bits even parity 1stop bit 2 4800bps 8bits no parity 2stop bits 3 9600bps 8bits even parity 1stop bit 4 9600bps 8bits no parity 2stop bits Recording format selection 1 trend 2 trend tabulation 3 trend schedule demana 2 trend tabulation Recorder ID No Oto 99 0 Recording time ON OFF 0 OFF 1 ON
36. alue D Differential value Judgment cycle The rate of change event compares the amount of change with the setting value at each judgment cycle that is preset as shown above Accordingly the event sometimes does not turn ON according to the timing of the judgment cycle even if a PV rate of change likely to the turn the event ON occurs 6 5 Chapter 6 DETAILED CONFIGURATION 6 6 O Event relay No Output to all relays is disabled when the event relay No is set to 0 Two events can be set to a single channel The same event relay No can be set to different channels In this case the relay that is used in duplicate is OR ed and cannot be AND ed o Handling Precautions Event relay Nos other than 0 can be set only when relay output optional function is supported O Event recording ON OFF When event recording is set to OFF neither event occurrences nor resets are recorded O Event buffer Up to 48 events including occurrence and resets can be buffered O Relay excitation direction and contact The coil of the specified relay is excited when an event occurs The contact is transfer contact output both NO and NC contacts are output by SPDT output O Relay contact rating e 100Vac 0 2A non inductive load 30Vdc 0 3A non inductive load e Minimum load 10mVdc 10uA e Electrical life 100 000 operation resistive load Chapter 6 DETAILED CONFIGURATION 6 4 Chart Feed Speed Setup E Chart Feed Speed Setup
37. an the reference pen will move to the left edge O Distance between pens pen tips Between printing pen and No 3 pen About 4 9mm Between No 3 pen and No 2 pen and No 2 pen and No 1 pen About 3 3mm No 1 pen Direction of chart feed No 2 pen Printing pen No 3 pen No 3 pen oe Printing pen No 2 pen 3 3 mm No 1 pen ys K Platen O Schedule demand When trend schedule demand recording is selected as the recording format and steps B to E in the setup procedure are set tabulation can be recorded at the necessary times up to four times per day If schedule demand is set and the SRF101 102 103 is set to a recording state recording will be carried out without any omissions for example when recording processes that require recording at fixed times or when recording process values at the change of operator shifts Chapter 6 DETAILED CONFIGURATION 6 7 System Setup 2 Range Setup M System Setup 2 SYS LED blinks at 1 second intervals This is displayed when the extended menu is ON 6 12 O EVNT EVNT O POC SPD O LOCK CLK Channel No a 1 20r3 O Setup Details range decimal point position 1 When the range code has been changed the display will be initialized to match the range code 0 Handling Precautions Some items are not displayed depending on the setup details such as range code or input calculation type Recording mode Range code Input calculation ty
38. aracters long using the Smart Loader Package SLP F10 Set the message referring to 6 10 Character Code Table page 6 18 6 21 Chapter 6 DETAILED CONFIGURATION 6 13 About Input Filter Function The function of input filter is to display and record with the input value which is the value of moving average of the values 1 second measured in the past 8 times at 125ms intervals The factory setting is set to ON The setup change cannot be made from the display setup unit When changing the setup the SLP F10 Smart Loader Package is needed 6 22 Chapter 6 DETAILED CONFIGURATION 6 14 About Digital Printing Priority Digital printing on the SRF101 102 103 is subject to several restrictions to ensure that trend recording is not interrupted This is called printing control The following briefly describes printing control E Printing Control during a Print Conflict Digital printing is categorized into the below four groups In principle printing is carried out in the order in which it occurs within each group However start of printing is sometimes suppressed or printing is canceled midway according to the type of printing If printing of one group conflicts with printing of another either printing of one of the groups is suppressed or one of the groups is printed over the other The following describes these restrictions Print Group Print Item Restrictions Initial printing Schedule demand Printing
39. arried out without any phase difference between the pens on the time axis on the chart Display is carried out in real time at all times regardless of the pen phase synchronization setting a is etja 4899 The phases of all printing pen and trend recording pens are synchronized The printing pen is referenced to time The trend recording pens operate delayed by the difference in mechanical positions with the printing pen Accordingly all trend recording pens operate with a delay after actual PV movement The time line is printed as _ _ The phases of all printing pen and trend recording pens are synchronized however the reference pen of the trend recording pens will be referenced to time On 1 pen models this is the No 1 pen on 2 pen models this is the No 2 pen and on 3 pen models this is the No 3 pen Accordingly only the standard pen operates together with actual PV movement The printing pen operates first to print the time The time line is printed as mg The phase of the trend recording pens is not compensated Accordingly the recording results will no longer be synchronous However all trend recording pens operate together with actual PV movement and the time line is not printed Chapter 6 DETAILED CONFIGURATION 1 Handling Precautions If the chart feed speed is changed while the pen phase is being synchronized all data stored in memory so far will be cleared and trend pens other th
40. chart part No see 1 2 Model Selection Guide page 1 3 4 3 Chapter 4 PREPARATION AND OPERATION 4 2 Loading replacing the Trend Pen and Printing Pen Test the pens to see that they write before you load them in the SRF101 102 103 4 4 o Handling Precautions e Before you carry out the following operations cancel the configuration lock For details on how to cancel configuration lock see ll Canceling Configuration Lock page 5 3 e After you have removed the pen caps be sure to store them in a safe place If operation of the SRF101 102 103 is stopped for more than one day remove the pens and store them with their caps on 1 Set the SRF101 102 103 to the recording stop state 2 Press the E key and set to one of the AUTO MAN or CLK modes 3 Press the 5 key E OEVNTIEVNT OPOC SPD H H I gt gt The pens move as shown in the following figure Nosi en holder green F102 SRR03 No 3 Penrose No 1 pen holder red Printing pen holder 4 Draw out the chart cassette 5 Remove the pen caps Load the pens in order from the bottom printing pen No 3 pen No 2 pen and No 1 pen 6 Rotate the analog scale plates of each of the pens upwards so that the pen holder can be seen from the front to load the pens The scales return if you release your finger So carry out this work with the scales held down o Handling Precautions The number of pens varies according to the model N
41. configuration setup cannot be changed To cancel configuration lock follow the procedure below CH EVNT 1 Press the El key to select SYS gt gt The SYS LED lights CH EVNT 2 Change the configuration lock setting from 1 to 0 in display number 1 3 Press the EN key gt gt The LOCK CLK LED goes out to indicate that the configuration lock is canceled E Switching the Extended Menu ON OFF To set initial settings such as range type and recording scale on the SRF101 102 103 turn the extended menu ON 1 Press the El key to select SYS gt gt The SYS LED lights 2 Press the EN key to change the extended menu setting from 0 OFF to 1 ON in display No 2 3 Press the ENT key 5 3 Chapter 5 BASIC CONFIGURATION 5 3 Changing Event Setting Values 1 Handling Precautions Event setting values are displayed when an event type other than set For details on how to set up event types see page 6 4 The decimal point position of event setting values is the decimal point position determined by the range code in the case of range codes 200 onwards In the case of range code 100 to 105 DC voltage inputs this becomes Me engineering range decimal point position see page 6 12 1 Press the CD key to select EVNT gt gt The EVNT EVNT LED lights is P ENT FEED DMD RCD DISP O O Oloa CO O CH EVNT 2 Select the channel No to be set up using the 4 key The following example s
42. e is 200 0 to 1370 0 C input range code 230 in the case of a K thermocouple However to set the left side 0 position of the chart as 0 0 C and the right side 100 position of the chart as 1000 0 C when carrying out trend recording on the chart set the scale lower limit value to 0 0 and the upper limit value to 1000 0 As the scale setup range is 19999 to 29999 this can be used to record specific zones For example in the above example to write the trend of a K thermocouple on the right half of the chart set the scale lower limit value to 1000 0 and the upper limit value to 1000 0 Example K thermocouple Range code 230 200 0 to 1370 0 C Recording range 100 mm When the scale upper de limit value is set to 1000 0 this position becomes 1000 0 C When the scale upper A limit value is set to 0 0 this position becomes 0 0 C When the right half of the chart is recorded in 0 to 1000 0 C in zone recording When the scale lower limit value is set to 1000 0 this position becomes A When the scale upper v A pp limit value is set to 100 1000 0 this position becomes 1000 0 C O O Numbers on chart mean Li AAA OHA 0 to 100
43. ed value for deviation 19999 to 29999 PV bias 19999 to 29999 iI Engineering unit setting UNIT 6 characters OQ QO O OF O 0 OF OF O M System Setup 3 individual channels SYS SYS LED blinks at 2 second intervals Display Setup Item Setup Description Extened menu Factory Setting No OFF ON 1 Scale lower limit 19999 to 29999 0 0 2 _ Scale upper limit 19999 to 29999 O O 100 0 6 3 Chapter 6 DETAILED CONFIGURATION 6 3 Event Setup E Event Setup O EVNT EVNT O POC SPD pd EN e O LOCK CLK E A AE No 2 event setting value _____ A gr No 1 event type AE No 1 event relay No 1 event li or i a sein __ IR output No 2 PA recording ON OFF No 2 event type No 2 event relay No 2 event A A N No 1 event differential 22 2 2 i grt ot No 2 event differential 1 This is displayed when the extended menu is ON Event setting values are not displayed when the event type is set to event OFF 2 Event setting values that do not support the relay output optional function are not displayed Setup Deiails Event setting value 19999 to 29999 U Event type no event H upper limit L lower limit I absolute value deviation lower limit h absolute value deviation upper limit L rate of change lo
44. emand Match the number of schedule demand ON OFF settings is less than the ON OFF settings to the number of time setting schedule demand time settings in use The schedule demand printing time Set to the recording ON mode before is not set to recording ON the schedule demand printing time The smart loader package does not The cable is disconnected Replace the cable operate even it connected The smart loader package is not Install the correct smart loader package for the SRF101 102 103 into the PC CPL communications is not possible The device address is set to 0 Set the device address to an appropriate value other than 0 See page 6 9 The communications method of Match the communications method the SRF101 102 103 does not between this recorder and the master match the setting of the master See page 6 9 instrument Inappropriate communications cable Use an appropriate cable Incorrect communications wiring Rewire correctly See page 3 6 Incorrect protocol Change to the appropriate protocol Data from the master instrument Communications access rights are Set the communications access rights cannot be written by CPL are set to read only to read write as necessary communications See page 6 9 8 4 Chapter 9 SPECIFICATIONS 9 1 Specifications M General Specifications Memory protection Vibration resistance Setup data EEPROM Clock backup Lithium cell
45. ent range lower limit Measurement range upper limit 1 n lt W ry Engineering range decimal point Engineering range lower limit Engineering range upper limit Fixed value for deviation PV bias nfpojo 0o 0 e User Setup Field Display Check No Engineering unit setting UNIT Setup Item Channel Scale lower limit 2 Scale upper limit App 5 Revision History date Jan 1995 OP UMI667E istEation a SSS Fonts changed Manual No CP SP 1668E CP UM 1668E changed Desciption of CMA50A105 deleted Cable model No CBL RS232Z08 8m cross cable for RS 232C gt CBL232FNZ02 2m cross cable for RS 232C changed Weight gt Mass changed May 2004 RESTRICTIONS ON USE changd Folding chart 40 60 70 75 section and folding chart Recycled paper 50 section model No changd Description added to the display mode selection Description corrected on MAN indicator O key gt key 3 System Setup 2 Setup of Display No 1 Description O OFF to O display recording OFF changd 6 13 About Input Filter Function added Old 6 22 23 page Description added to the trouble and remedy for the PV value display July 2004 Sep 2005 3 6 Standard No of instrument cable changed 3 8 Handling Precautions added 1 4 Comsumables changed 1 Warm up time added 9 7th Edition SAFETY PRECAUTIONS MExamples changed azbil Yamatake C
46. er e Date Time h min e Printing at the following start conditions is possible e Date Time h min e Recording format e Chart feed speed e Recorder ID No e Demand printing also is possible Printing is started by the AB key or external switch input option and time h min and measurement values PV values are printed e When trend schedule demand recording is selected as the recording format the measurement value PV value of up to four preset times can automatically be printed e Messages six characters each for up to four messages can be printed together with time h min data by the remote switch 1 1 Chapter 1 INTRODUCTION E Optional Functions 1 2 e Event occurrence and reset are printed together with time h min data e Printing of Date Time h min Scale and Event can be disabled e Setup data is protected in EEPROM when the power is OFF e Pen phase synchronization is provided in the standard specification For details see O About pen phase synchronization page 6 10 The following optional functions are available e Relay outputs 6 outputs SPDT relay output e External switch inputs remote switch input 4 inputs recording ON OFF Demand printing Chart feed Print messages No 1 to No 4 e Communications RS 485 RS 232C Chapter 1 INTRODUCTION 1 2 Model Selection Guide E Model Listing model No code ESA MN AS A AS AS IS II CIAT sr romm
47. erminal screw spare Lubricating oil The Role of This Manual In all three manuals have been prepared for the SRF101 102 103 Read the manual according to your specific requirements The following lists all the manuals that accompany the SRF101 102 103 and gives a brief outline of the manual If you do not have the required manual contact Yamatake Corporation or your dealer SRF101 102 103 Smart Recorder Pen Printing Model User s Manual Installtion Operation Manual No CP UM 1667E This Manual This manual is required reading for those who use the SRF101 102 103 those who design hardware for integrating the SRF101 102 103 into operator control panels those who carry out maintenance and those who operate instruments in which the SRF101 102 103 is integrated It describes how to install and wire the SRF101 102 103 for integrating into instruments method of operation maintenance and inspection troubleshooting and hardware specifications SRF101 102 103 106 201 202 203 CPL Communications Manual No CP UM 1668E The SRF101 102 103 106 201 202 203 can communicate with other equipment via the RS 485 or RS 232C interfaces This manual describes communications procedures and commands when the SRF101 102 103 106 201 202 203 s communications features supported by SRF200 pen printing models are used This manual is shared with the SRF200 SLP F10 F20 Smart Loader Package Manual No CP UM 5067E This manual
48. etup 1 Basic Setup lt gt s 6 9 M System Setup1 0000 6 9 M Description of System Setup 1ltems 6 10 vili 6 7 System Setup 2 Range Setup sss esse eee ees 6 12 M System Setup2 6 12 M Description of System Setup 2 Range Setup Items 6 13 6 8 System Setup 3 Scale Setup eee ee ees 6 15 A System Setup A A A 9 er oe 2 ee 6 15 M Description of System Setup 3ltems esse 6 15 6 9 Range Code Table a ea ee ae 6 17 6 10 Character Code Table 6 19 6 11 External Switch Inputs Optional Function 6 20 6 12 Printing of Messages ER A A o ESA ee Sa 6 21 6 13 About Input Filter Function 6 22 6 14 About Digital Printing Priority gt eee 6 23 M Printing Control during a Print Conflict 6 23 E Simultaneous Printing Control 6 23 6 15 ON OFF of the Reference Junction Temperature Compensation 6 24 M Place of the DIP switch 6 24 M Setting the DIP switch gt 0 1 6 24 Chapter 7 MAINTENANCE 7 1 Periodic Inspection d a ra Ara nn A A EN AA AA 7 1 7 2 Measuring the Display Accuracy of Analog Inputs 7 2 m Equipment Required for Measurement 7 2 Measurement Environment
49. even The recording mode for all Set the recording mode for the required though PV value display is normal channels is set to display only number of channels Recording is not ON Press the key to start recording The pen cartridge has reached Replace with a new pen cartridge the end of its life See page 4 4 The pen cartridge is not loaded Attach the pen cartridge See page 4 4 The chart cassette is not attached Push the cassette in as far as possible correctly and press the load lever Digital printing is not carried out The printing pen has reached Replace with a new pen cartridge the end of its life See page 4 4 The printing pen is not loaded Correctly load the printing pen correctly See page 4 4 A chart speed at which digital Set the chart printing speed to 150 printing is carried out is set mm h as necessary See page 4 4 Faint recording color The pen has reached the end of Replace with a new pen See page 4 4 its life The chart is not being fed The chart cassette is not Make sure that the chart holder spring attached correctly and chart guide are correctly attached in place Attach correctly if necessary See page 4 1 The chart has come loose from the The chart cassette is not Make sure that the chart holder spring 8 2 Chapter 8 TROUBLESHOOTING OL OL OF or OF is displayed An excessive voltage is being input Make sure that the signal voltage is Make
50. ey is pressed during a recording stop and the ED key is pressed during tabulation 10U 1 JZU 40 bU BU m MUI LETT ATT Demand printing 4 9 Chapter 4 PREPARATION AND OPERATION E Other Displays and Operations 4 10 O Display when an event occurs O Configuration lock When an event occurs the EVNT EVNT LED lights When the display mode is set to AUTO or MAN the status of the event is displayed for the channel where the event occurred Example The H HIGH event occurs on channel 1 PV value 520 4 EVNT CH OEVNT EVN al ps oLock cLk kzt EEk Y 1 1 i HIGH upper limit event 1 1 y not teak o LOW lower limit event high absolute value deviation upper limit event i a A A TY 5 low absolute value deviation lower limit event ft u lt HIGH rate of change upper limit event l e LOW rate of change lower limit event Different events are occurring simultaneously Configuration lock is a feature for preventing the user from changing configuration setups by mistake When the configuration is locked setups can be confirmed but not changed When the configuration is locked the LOCK CLK LED lights For details on how to cancel configuration lock see MW Canceling Configuration Lock page 5 3 EVNT CH OEVNTIEVNYS m 55 Spaces 1 eLock cLk kad Chapter 4 PREPARATION AND OPERATION E Printout
51. form the case or damage the mounting bracket 3 2 Chapter 3 INSTALLATION AND WIRING 3 3 Wiring Precautions WARNING Before wiring the SRF101 102 103 be sure to turn the power OFF Failure to do so might cause electric shock depending on the power voltage Power is sometimes supplied to the event wiring even if the SRF101 102 103 is turned OFF Wire with the power source supply to the event wiring turned OFF Failure to do so might cause electric shock due to a high power supply voltage After wiring the leads to terminals do not allow lead clippings to fall into mounting bracket holes or ventilation holes Failure to do so might cause internal circuits to short circuit or cause a fire Before you start wiring check the model No of the SRF101 102 103 including operational functions and wire to the correct terminals When you have finished wiring check the numbers again Wiring the wrong lead to the wrong terminal might damage the main unit or cause a fire Be sure to attach the terminal cover after wiring the SRF101 102 103 Failure to do so might cause electric shock If you have lost the terminal cover adopt an equivalent measure or obtain and attach a maintenance part CAUTION Do not use unused terminals on the SRF101 102 103 as relay terminals Use crimped solderless terminals that fit on each terminal screws For details refer to W Recommended Crimped Terminal on page 3 4 Adopt sufficient no
52. generally referred to as twisted shielded cable for instruments The wiring resistance is 10 Q or less per conductor Balance the resistances of the three conductors so that they are the same values O Analog inputs other than thermocouple and resistance temperature detector RTD and digital I O leads 3 6 e Use twisted shielded cable for instruments e Shielded multi core microphone cord MVVS can be used if there is relatively little electromagnetic induction Note e Use no voltage contact inputs and assign these contacts for minute currents input no load voltage approx 5V input short circuit current approx 6mA e Hold contact signals for 0 5seconds or more o Handling Precautions Be careful not to short circuit across communications terminals SDA and SDB or across RDA and RDB Otherwise this might damage the communications path Chapter 3 INSTALLATION AND WIRING E Input Terminals The terminal connection changes according to the input type For details on input type see 1 2 Model Selection Guide page 1 3 DC voltage Thermocouple TC mV V inputs o BS O oO c o O M3 5 crimped terminal recommended O RTD mV V inputs I 5 DC voltage AH da BH Resistance temperature detector Connection M3 5 crimped terminal recommended E Wiring Relay Outputs optional function J si J 3 Hi Zi IR J l J lit J a
53. haracter recording Replacement Warning marks are output at 10cm intervals from warning mark 60cm from the end of the chart Chart feed method Stepping sprocket system Chart feed speed 1 to 599mm h 10 to 200mm min Trend recording 0 05mm resolution Recording accuracy PV axis Accuracy indicated in page 9 5 40 5 of recording full scale not including chart shrinkage Time axis 0 5mm 1m Reference Chart shrinkage elongation When the ambient humidity has changed from 60 to 85 RH Chart stretches by approx 0 7 FS When the ambient humidity has changed from 60 to 45 RH Chart shrinks by approx 0 2 FS Display recording mode One of the following three modes can be selected and set for each channel Display recording OFF Display only Display recording ON Recording format Trend recording PV value analog Scale printing Marker time h min date tag scale unit Or Marker time h min chart feed speed tag scale unit Channel No time h min event No state occurrence or reset When an event occurs is reset before printing has finished the next 48 items are stored to memory and printed Trend tabulation recording PV value analog Scale printing Marker time h min date tag scale unit Or Marker time hours minutes chart feed speed tag scale unit Scale upper and lower limit values Tabulation PV value CH1 CH2 CH3 from left Tabulation is carried out after printing of the scale Tabulation c
54. he figure below 2 Open the door and draw out the chart cassette towards you 4 1 Chapter 4 PREPARATION AND OPERATION 3 Open out the chart guide made of transparent plastic using its bottom side as a fulcrum and open out the chart holder Chart holder 4 Fan the chart insert it into the rear of the chart cassette from the top making sure that it is facing the correct direction and draw its leading edge out towards the chart guide o Handling Precautions A chart feed error will occur if the chart is not loaded correctly into the chart holder 5 Fit three to five folds from the leading edge of the chart on the tray on the chart guide side and correctly align them on the sprockets Sprockets holes square Sprockets holes oblong 4 2 Chapter 4 PREPARATION AND OPERATION 6 Attach the chart holding spring so that the hooks on the oblong hole side of the chart are under the protrusion on the chart cassette 7 Push in the chart guide so that the left and right latches are firmly hooked and close the chart guide 8 Gently push the chart cassette into the body as far as possible gt o Handling Precautions After you have attached the chart cassette feed the chart by about one fold by pressing the FEED key to make sure that the chart is fed properly before you start recording If the power is not ON turn the power ON and feed the chart by about one fold Note For details on the
55. hen the extended menu is set to ON input range type recording scale recording format selection event type and system setup can be set Chapter 6 Detailed Configuration describes all of these setup items Configuration Lock Canceled Extended menu ON Extended menu OFF Event setting value The following items are added i e Chart feed speed to extended menu OFF i e Date time setup Input range type e Recording scale Recording format selection e Event type selection e System setup Note When the configuration is locked setups can be displayed for confirmation but not changed The configuration lock can be canceled at any time o Handling Precautions e Data setups can be changed during recording Note however that display recording may end in error depending on details of the change for example input type The factory setting of the extended menu entry is O OFF 5 1 Chapter 5 BASIC CONFIGURATION 5 2 Basic Key Operations at Setup Key Lock and Extended Menu M Basic Key Operations at Setup 5 2 This section describes common operations at setup The figure below shows the display setup unit O To start configuration setup Press the g key ENT FEED DMD RCD DISP ooo O o o CH EVNT O To change configuration items ET Press the CD key to advance to the next display number O To quit configuration Pressing the os key in any situation quits configuration
56. hows the setup when channel 2 is selected 3 Up to four events can be set to a single channel Select which event No is to be set Event No 1 will be displayed with the target channel selected After you have entered the setting value press the ENT key gt gt Event No 2 is displayed CH EVNT O EVNT EVN h OPOC SPD a j o LocK cLk Ve Note If you press the ENT key without setting any value the next event No will be selected 4 Change the setting value of the target event Press the c5 key gt gt The cursor moves from the CH display to the uppermost digit of the setup item at DATA 5 Enter the setting value of the event using the c c keys and press the ENT key gt gt This registers the setting value to memory and automatically advances the display to the next event No 5 4 Chapter 5 BASIC CONFIGURATION 5 4 Changing the Chart Feed Speed The change process of the chart feed speed is as follows 1 Press the El key to select SPD gt gt The POC SPD LED lights ENT FEED DMD RCD DISP OO CO COC CH EVNT 2 Select the chart feed speed unit using the key 0 mm h settable in range 1 to 599mm h 1 mm min settable in range 10 to 200mm min 3 Press the C5 key gt gt This returns the display to the chart feed speed setting 4 Set the target chart feed speed using the c c keys The numerical value range that can be set varies according to the chart feed speed uni
57. indicate 7 segment indications on the data display This indicates the resulting state of the SRF101 102 103 after an operation Chapter 1 INTRODUCTION 1 1 Applications and Features This multi input 1 to 3 pen printing type high function recorder accommodates 100mm wide charts The SRF101 102 103 offers the dual features of functions and operating ease as a recorder for various equipment and instrumentation It also supports relay output external switch inputs and communications as optional functions E Features e One of the following two groups is specified to each channel as the input type according to the model No The input type can be changed freely within that group e Thermocouple DC voltage mV V group e Resistance temperature detector RTD DC voltage mV V group e Three recording formats are provided and can be freely selected Trend recording Trend tabulation recording Trend schedule demand recording e Three measurement methods are provided and can be selected to each channel e Measurement value PV value e Deviation value between channels e Deviation value from fixed value e Universal power supply allows use anywhere 100 to 240Vac 50 60 Hz e Wide range of printing functions e Measurement value PV value Channel No Engineering unit 6 characters per channel Recording scale Upper lower limit values Chart feed speed Event status details time of occurrence restoration Time mark
58. ion 0 20 40 60 80 100 120 0 50 100 150 200 250 300 The above 3 patterns are printed recycled paper 70 section recycled paper 75 section Spare Tstpens et446293 001 O O Red3pens Spare 2nd pens___ 8i446294 001 Green3pens Spare 3rd pens 81446295 001 O Blue3pems O EN Spare plotter pens 81446296 001 Purple 3 pens Lubricating oil 81446513 001 O Optional Parts sold separately Analog scale plate Comtactyourdeater O Maintenance Parts sold separately 81446510 001 Chart guide 81446503 001 Plastic formed component transparent Analog input terminal cover 81446505 00 External switch input 81446652 001 Communications terminal cover Relay output terminal cover 81446508 001 1 81446511 00 gia4ea7o001 SSS 81446504 001 001 Smart Loader Package SLP Smart loader package SLP F10 1 4 Chapter 2 NAMES AND FUNCTIONS OF PARTS 2 1 Main Unit WARNING Do not remove the power supply unit O High voltage parts are located inside Touching these parts might result in electric shock E Front Panel Se SY SI a A s a a NN gt SET gt A ENT FEED DMD RCD DISP COCO O OO OOO Chart guide Folding chart E Inside Pen holder Analog scale plate Internal mechanism Transportation lock screw 2 1 Chapter 2 NAMES AND FUNCTIONS OF PARTS E Rear Terminal Plate 3 pen model supporting
59. ion of deviation Event setting value Differential setting value ON OFF OFF Event occurrence condition PV S Event reset condition PV lt S D Event type h absolute value deviation upper limit PVO value before PV bias Event setting value Differential setting value 7 absolute value deviation OFF OFF OFF Deviation H I PVO S Event occurrence condition H D Event reset condition H lt D 10 U Event type H rate of change upper limit H PVn PVn 1 Event occurrence condition H2S Rate of change Event reset condition H lt S 10 U PVn Current PV value PVn 1 Previous PV value D Differential value o Handling Precautions Chapter 6 DETAILED CONFIGURATION Event type L PV lower limit PV PV bias value after calculation of deviation Differential setting value Event setting value ON OFF OFF Event occurrence condition PV lt S Event reset condition PV gt S D Event type lI absolute value deviation lower limit PVO value before PV bias Differential setting value absolute value deviation Event setting value Differential setting value absolute value deviation H PVO S Deviation Event occurrence condition H lt D Event reset condition H gt D 10 U Event type L rate of change lower limit H PVn PVn 1 Event occurrence condition H lt S Rate of change Event reset condition H gt S 10 U PVn Current PV value PVn 1 Previous PV v
60. is canceled when demand printing occurs even during print standby Tabulation Scale Printing of this item is not started up when other printing is currently in progress or standing by Channel No Printing of this item is not started up when other printing is currently in progress or standing by o Handling Precautions Printing is canceled when printing conflicts with the scale upper limit and the TAG UNIT and A or D of the scale When two or more schedule demands are registered and schedule demand printing is currently in progress or standing by startup of the remaining schedule demand is not accepted even if the startup time is reached E Simultaneous Printing Control When demand printing and message printing or schedule demand printing and message printing continuously stand by to be printed a message is printed on the hours minutes line of demand printing manual demand and schedule demand This however does not apply in the following instances e When message printing is started during demand printing or vice versa e When demand printing or message printing is started anew in a simultaneous printing state 6 23 Chapter 6 DETAILED CONFIGURATION 6 15 ON OFF of the Reference Junction Temperature Compensation AX WARNING Be sure to turn the power source OFF before changing the DIP switch Q setting Failure to do so might cause electric shock A CAUTION Be sure to remain the other settings of the DIP
61. ise countermeasures to prevent malfunction caused by electrical noise Maintain a distance of at least 50 cm between input signal leads and power leads of 100 V or more Also do not pass these leads through the same piping or wiring duct 3 3 Chapter 3 INSTALLATION AND WIRING E Noise Countermeasures AXCAUTION O Maintain a distance of at least 50 cm between input signal leads and power leads of 100 V or more Also do not pass these leads through the same piping or wiring duct Digital equipment is easily influenced by electrical noise Conditions that are not a problem on analog equipment might cause digital equipment to become damaged or malfunction When wiring pay sufficient attention to the following items to prevent the influence of electrical noise O Noise generating sources Generally the following generate electrical noise 1 Relays and contacts 2 Solenoid coils solenoid valves 3 Power lines in particular 100V ac min 4 Induction loads 5 Motor commutators 6 Inverters 7 Phase angle control SCR 8 Wireless communications equipment 9 Welding equipment 10 High voltage ignition equipment O Noise reducing countermeasures If the influence of electrical noise cannot be eliminated we recommend taking the following countermeasures e Provision of a CR filter for fast rising noise Recommended CR filter Yamatake Corporation Model No 81446365 001 e Provision of a varister for n
62. it 412 140 0 to 150 0 or 1 C whichever is larger 100 0 to 100 0 C 0 C OC OC C 0 C OC e 0 C 0 C 0 C 0 C 0 C 0 C 260 0 3 of FS 1digit 1 or 1 C whichever is larger 270 0 3 of FS 1digit 0 C 0 C 0 C 0 C 0 C C C Thermocouple Display accuracy does not include reference contact compensation accuracy Note Reference contact compensation accuracy at 0 C input e Type K E J T PLII N 0 5 C 1 F e Type R S B WRe0 26 WRe5 26 Ni NiMo 1 C 2 F 9 5 Chapter 9 SPECIFICATIONS Thermocouple R 32 to 3200 F 0 3 of FS 1digit 19 e pem or 1 F whichever is larger ne 0 3 of FS 1digit or 19F whichever is larger 540 0 3 of FS 1digit 41 328 to 662 F or 19F whichever is larger F 550 328 to 2012 F 0 3 of FS 1digit 1 328 to 842 F or 19F whichever is larger F F 560 0 3 of FS 1digit 1 or 19F whichever is larger 570 0 3 of FS 1digit 1 or 19F whichever is larger 2 580 32 to 4208 F 0 3 of FS 1digit or 1 F whichever is larger 590 32 to 4208 F 0 3 of FS 1digit or 1 F whichever is larger 610 148 to 2534 F 0 3 of FS 1digit 611 148 to 1112 F or 19F whichever is larger 612 148 to 572 F Ni Ni Mo 620 32 to 2390 F 0 3 of FS 1digit 1 F or 1 F whichever is larger Resistance Pt100Q 701 328 0 to 572 0 F 0 3 of FS 1digit temperature 702 220 0 to
63. le demand selection 1 2 3 0 OFF 1 No 1 2 No 1 2 3 No 1 2 3 4 No 1 2 3 4 3 pen phase synchronization OFF No 1 schedule demand time 0 00 to 23 59 No 2 schedule demand time 0 00 to 23 59 No 3 schedule demand time 0 00 to 23 59 No 4 schedule demand time App 2 0 00 to 23 59 APPENDIX Customer Device Name SS vigno fT e User Setup Field Display Setup ltem Channel No 2 No 1 event setting value No 2 event setting value No 1 event type selection No 1 relay output No No 1 event recording ON OFF No 2 event type selection No 2 relay output No No 2 event recording ON OFF No 1 event differential No 2 event differential e User Setup Field Display Check Setup ltem Setting Value No Chart feed speed unit Chart feed speed e User Setup Field Setup Item Setting Value Date Time hours minutes e User Setup Field Display Setup Item Setting Value No Configuration lock Extended menu entry Extended menu entry selection Device address Communications method Recording format selection Recorder ID No Recording time ON OFFF Scale recording ON OFF Pen phase synchronization setting Schedule demand selection No 1 schedule demand time No 2 schedule demand time No 3 schedule demand time No 4 schedule demand time A
64. llation Procedure eo 0 2 3 2 Wiring Precautions e etete a a E a e e e a R E R a o 3 3 M Noise Countermeasures eee eet tet te ee 3 4 M Recommended Crimped Terminal sees lt lt 3 4 Connecting the Power Supply and Ground 3 5 1 10 Signal LeadS e eevee eB es Oe Re wee EE SES awe oe S 3 6 M Input Terminals 000 3 7 HM Wiring Relay Outputs optional function gt 3 7 E Wiring External Switch Inputs optional function 3 7 Connecting the RS 485 Interface optional function 3 8 Connecting the RS 232C Interface optional function gt lt gt 3 9 vii Chapter 4 4 1 4 2 4 3 Chapter 5 5 1 5 2 5 4 5 5 Chapter 6 6 1 6 2 6 4 6 5 6 6 PREPARATION AND OPERATION Loading the Chart e 0 ee 4 1 M Loading replacing the Chart e 4 1 Loading replacing the Trend Pen and Printing Pen 4 4 Operation 0000 4 6 E Remove of transportation lock screw 0000 4 6 A Starting stopping Recording ar rato A ai a A e e ER de 4 6 M Feeding the Chart 0 eee 4 7 Mm Selecting the Display WOE e ee Se a hi Tw 4 8 M Recording a Specific Table eee ee eee eee 4 9 M Other Displays and Operations 2 e 2 4 10 M Printout Details lt lt 0
65. mit value engineering range lower limit value PV x input value measurement range upper limit value measurement range lower limit value measurement range lower limit value engineering range lower limit value PV bias Setup Example 1 Indicated PV value when 2V is input 625 0kPa Input Value Range code setting Description 5 to 5V Measurement range upper value Measurement range lower value When 0 0 to 2500 0kPa is assigned to the voltage input value of 1 to 5V Engineering range upper value Engineering range lower value Engineering unit Setup Example 2 Indicated PV value when 2V is input 0 0kPa Input Value Range code setting Description 5 to 5V Measurement range upper value Measurement range lower value When 0 0 to 2500 0kPa is assigned to the voltage input value of 1 2 to 3 2V Engineering range upper value Engineering range lower value PV bias Engineering unit Chapter 6 DETAILED CONFIGURATION 6 8 System Setup 3 Scale Setup M System Setup 3 SYS LED blinks at 2 second intervals This is displayed when the extended menu is ON System setup 3 cannot be set unless the extended menu is ON O EVNT EVNT O POC SPD O LOCK CLK Channel No Display No Description f 1 i Scale lower limit value a ra Scale upper limit value When the range code has
66. n error has occurred an error code is displayed on the display If two or more errors have occurred simultaneously error codes are displayed successively from the lowest number upwards To cancel an error code display remedy the error according to the following tables and then turn the power OFF then ON again If an error code stays displayed even though a remedy has been carried out contact your dealer for repair CH EVNT OEVNT EVNT f EST OPoc sPD O Lock cLkK ALGi Trend pen The control unit of one Recording can be Contact your dealer for repair error or more trend pens is in continued using error normal pens ALGe2 Printing pen The printing pen origin The origin is detected Check the printing pen or holder error cannot be detected each time that printing to see if any object is contacting is carried out If the or nipped by the pen or holder origin can be detected If you cannot remedy this trouble printing is resumed contact your dealer for repair and trend recording can be carried out normally ALOJ Battery error The battery for clock Date and time are reset Contact your dealer for repair backup is worn to 98 01 01 and 00 00 respectively All indications other than the clock display are carried out normally ALOS ADerror A D conversion is not Data indication is o L Contact your dealer for repair carried out correctly Recording exceeds upper limit Battery life is
67. n event occurs Event occurrence reset state on other channels Buffer Up to 48 actions are stored to memory These are cleared when the power is turned OFF and recording is set to OFF Relay output Optionally supportable as event output Number of inputs Functions External switch input 1 Recording start stop External switch input 2 Demand printing External switch input 3 Chart feed External switch input 4 Message printing Above function assignments are fixed on body However the following functions can be freely assigned to each external switch input 1 function per external switch input by the Smart Handy Loader in addition to the above functions Message 2 Message 3 Message 4 Contact hold time Switch type Dry contact or open collector Allowable open 3V max under recommended operating collector ON resi conditions dual voltage Allowable open 1004A max under recommended operating collector OFF conditions leakage current Open voltage Approx 5V Approx 1 6mA Number of outputs 6 Output action 2 event actions max 6 actions preset to each channel can be freely combined to select OR output Output type Transfer contact NC NO contact Event relay excitation is forward action Contact rating 100Vac 0 2A 30Vdc 0 3A max allowable contact voltage 125Vac 110Vdc Min load 10mV 10mA Communications standard 300m max CPL communications CPL communications method B bits C
68. o Note Chapter 4 PREPARATION AND OPERATION Note You can load the pens more easily by inserting them slightly at an angle instead of inserting them straight from the front of the holder 7 When you have finished loading the pens raise the pen lift lever and attach the chart cassette 8 Press the 5 key to return the pens to their original positions before they were replaced 9 Press the ED key to start recording Make sure that initial printing and trend printing can be carried out without any problems The life of trend pens is about 1200 meters and the life of the printing pen is about 80 000 characters e Spare Ist pens contains 3 red pens Model No 81446293 001 e Spare 2nd pens contains 3 green pens Model No 81446294 001 e Spare 3rd pens contains 3 blue pens Model No 81446295 001 e Spare plotter pens contains 3 purple pens Model No 81446296 001 1 Handling Precautions lt may not able to operate normally when it is used with the analog scale plate swung up 4 5 Chapter 4 PREPARATION AND OPERATION 4 3 Operation E Remove of transportation lock screw It is fixed on the case with the transportation lock screw to prevent the jump out of the internal mechanism at the time of the transport Take the next when the transportation lock screw is fastened 1 Remove the chart cassette gt gt You can find the transportation lock screw inside the case 2 Remove the transportati
69. o 29999 Intrinsically safe explosion When an intrinsically safe system is required connect a Zener barrier proof system externally If uneven resistance from the Zener barrier causes a temperature display error to occur compensate for this by the PV bias As the input wiring resistance exceeds 10W the accuracy compensation on page 9 5 cannot be applied Digital display Display method Red and green 7 digit 7 segment LED 5 digits are green LEDs for displaying measurement values Display cycle 4s channel refresh rate 0 5s data refresh rate Display information Measurement values PV Channel No Alarm display Date Time hours minutes Chart feed speed Other configuration data Lamp display Display information Lights during recording and occurrence of anevent Lights and displays information in the configuration and operation modes Recording method Trend recording Continuous printing by cartridge disposable type pen Digital printing Dot printing by printing disposable type pen Pen balancing time 2s recording paper movement from 0 to 100 Pen positions In order No 1 pen No 2 pen No 3 pen printing pen from front door side Chapter 9 SPECIFICATIONS Recorder Recording method Recording color Trend recording No 1 pen red No 2 pen green No 3 pen blue Digital printing Printing pen purple 7 V x 5 H dot matrix Trend recording Trend tabulation recording Trend schedule demand recording C
70. oise countermeasures do not bundle primary and secondary power leads together or pass them through the same piping or wiring duct Connect the SRF101 102 103 by one point grounding to the protective ground terminal Do not perform any jumping wiring When it is difficult to ground shielded cables prepare a separate ground terminal earth bar Grounding type Lower than 1009 Grounding conductor Annealed copper wire 2 mm AWG14 or more Grounding conductor length Max 20 m 200 200 V Recommended product 100 100 V 81446364 001 Instrument Insulation transformer Line filter SRF101 102 103 power supply Oe 8388 100 to 240Vac 50 60 Hz Ground mie Ground Other circuits 0 Handling Precautions Use a power switch or fuse designed to take rush current into consideration when installing the power switch or fuse outside the SRF101 102 103 3 5 Chapter 3 INSTALLATION AND WIRING 3 5 I O Signal Leads O Thermocouple input signal lead In the case of thermocouple input connect the bare thermocouple lead to the terminal If the thermocouple is located a long way from the SRF101 102 103 or the thermocouple is connected to a terminal extend the connection using a compensating lead and then connect to the terminal Use shielded compensating leads only O Resistance temperature detector RTD Use the three conductors For the conductor use JKEV SB JCS4364 instrument cable or equivalent product This is
71. oise with a high wave height Recommended varister Yamatake Corporation Model No 81446366 001 100 V 81446367 001 200 V However note that the varister may become short circuited when trouble occurs Pay attention to this when providing a varister on the SRF101 102 103 E Recommended Crimped Terminal Terminal Name Use crimped solderless terminals that conform to the following dimensions for each of the terminals Applicable Crimped Terminal unit mm Power terminals Ground terminal M4 4 3 dia min LE Input terminal Relay output terminals optional function External switch input terminals optional function Communications terminal optional function 3 8 dia min 1 Handling Precautions When wiring with crimped solderless terminals take care to prevent contact with adjacent terminals Chapter 3 INSTALLATION AND WIRING 3 4 Connecting the Power Supply and Ground Use 600 V vinyl insulated power lead JIS C 3307 as the power supply lead Obtain the SRF101 102 103 power supply from a single phase instrumentation power supply not subject to excess noise If the power supply generates excessive noise add an insulating transformer and a use a line filter Recommended line filter Yamatake Corporation 81446364 001 Keep wiring from the line filter as short as possible Bundling this wiring together is effective against electrical noise After providing anti n
72. ommunications Synchronization Start stop synchronization Start stop synchronization Chapter 9 SPECIFICATIONS 9 2 Input Types Ranges and Display Accuracy DC voltage mvV 100 14 00mV 19999 to 29999 0 2 of FS 1digit 101 25 00mV 19999 to 29999 0 2 of FS 1digit 102 70 00mV 19999 to 29999 0 2 of FS 1digit v Thermocouple R 0 0 to 1760 0 0 3 C of FS 1digit 210 or 1 C whichever is larger 20 0 0 to 1820 0 Less than 400 C 50 C 0 3 of FS 1digit or 1 C whichever is larger 230 200 0 to 1370 0 C 0 3 of FS 1digit 200 0 to 600 0 or 1 C whichever is larger 200 0 to 300 0 240 200 0 to 900 0 0 3 of FS 1digit 241 200 0 to 350 0 or 1 C whichever is larger 250 200 0 to 1100 0 0 3 of FS 1digit 51 200 0 to 450 0 or 1 C whichever is larger ye O M N N N QW ao Pp 271 0 0 to 700 0 or 1 C whichever is larger 280 0 0 to 2320 0 0 3 of FS 1digit or 1 C whichever is larger 290 0 0 to 2320 0 0 3 of FS 1digit or 1 C whichever is larger 310 100 0 to 1390 0 C 0 3 of FS 1digit 311 100 0 to 600 0 or 1 C whichever is larger 312 100 0 to 300 0 320 0 0 to 1310 0 0 3 of FS 1digit or 1 C whichever is larger Resistance Pt100Q 401 200 0 to 300 0 0 3 of FS 1digit temperature 402 140 0 to 150 0 or 1 C whichever is larger detector 403 100 0 to 100 0 JPt1000 411 200 0 to 300 0 0 3 of FS 1dig
73. on lock screw 3 Keep the transportation lock screw in the following screw holder so that 1t may prevent loss 0 Handling Precautions Fix the internal mechanism with the transportation lock screw at the time of the transport E Starting stopping Recording To start stop recording press the ED key Press the ED key The RCD LED lights and the SRF101 102 103 is set to the recording stop state CH OEVNTEVNTFS F F7 Recording progress LED OPOC sPD en SEA EA EA EA 1 gt 4 OLOCK CLK If you press this key again the LED goes out and recording stops When recording starts the following items are printed out this is called initial printing 4 6 E Feeding the Chart Chapter 4 PREPARATION AND OPERATION e Year Month Date last two digits of Western calendar Time h min Recording format e Chart feed speed e Recorder ID No The ID No is not printed when 00 is set as the ID No Initial printing is not carried out when the power is turned OFF and then ON again in a recording start state The operation is the same in the event of an instantaneous power interruption The recording stop start state is held in memory even if the power is OFF The same state is returned to when power is next turned ON LL IMA a 4 Beas f TR lE A 1 CCT SN To feed the chart forwards when recording is stopped hold down the E key
74. optional functions The figure below shows an example of the rear terminal plate for a 3 pen model supporting optional functions The shape of input terminals varies according to the semi multi input type see page 1 3 For details see Chapter 3 INSTALLATION AND WIRING Communications terminals optional functions RS 485 RS 232C SD RD SGI External switch input terminals optional functions 1 2 4 s 6 RSWI RSW2JRSWIJRSW4 COM Power terminals Ground terminal 123456 Input terminals TC mV V RTD mV V Gap Ha E Relay output terminals optional functions 2 2 Chapter 2 NAMES AND FUNCTIONS OF PARTS 2 2 Display Setup Unit E Operation Display and Operations Keys The following describes the operation panel on the display setup unit O Operation keys Display key Returns from setup display selection Record key Start stops recording Demand key Starts demand printing Feed key Feeds chart for the duration that this key is held down O Operation display Lights during demand printing Lights during recording CH EVNT EVNT EVNT AS O Poc sPD O Lock cLk L Data display 7 segment LEDs are used Two LEDs from left facing the front are red Others are green EVNT EVNT Lights when an event occurs POC SPD Lights when pen phase synchronization is functioning LOCK CLK Lights when configuration lock is functioning Di
75. or cause a fire Be sure to attach the terminal cover after wiring the SRF101 102 103 Failure to do so might cause electric shock If you have lost the terminal cover adopt an equivalent measure or obtain and attach a maintenance part So 660 GOO 8 amp 6 60 Be sure to turn the power source OFF before changing the DIP switch setting Failure to do might cause electric shock CAUTION Wire the SRF101 102 103 according to predetermined standards Also wire the SRF101 102 103 using designated power leads according to recognized installation methods Failure to do might cause electric shock fire or faulty operation Use the SRF101 102 103 within the operating ranges recommended in the specifications temperature humidity voltage vibration shock atmosphere etc Failure to do so might cause faulty operation Do not disassemble the SRF101 102 103 nor touch components inside the SRF101 102 103 Doing so might cause electric shock or faulty operation Do not touch hot internal components during use or immediately after turning the power OFF Doing so might cause burns Do not touch moving parts during operation Doing so might cause injury Do not operate the keys with the tip of a propelling pencil or sharp tipped object Doing so might cause faulty operation Do not use unused terminals on the SRF101 102 103 as relay terminals Use crimped solderless terminals that fit on each
76. orporation Advanced Automation Company 1 12 2 Kawana Fujisawa Kanagawa 251 8522 Japan URL http www azbil com Printed on recycled paper 07 Specifications are subject to change without notice Printed in Japan 1st Edition Issued in Jan 1995 K 7th Edition Issued in Oct 2007 A
77. pe Reference channel Measurement range upper lower limits Engineering range decimal point Engineering range upper lower limits Fixed value for deviation PV bias Character order UNIT Engineering unit 0 display recording OFF 1 display only 2 display recording See 6 9 Range Code Table page 6 17 example 230 thermocouple 200 0 to 1370 0 C 1 PV value 2 reference channel own channel 3 own channel reference channel 4 fixed value own channel 5 own channel fixed value 1 to 3 Select reference channel to be used for calculating the channel 19999 to 29999 U For details on the decimal point position of the measurement range see 6 9 Range Code Table page 6 17 O to 4 0 gt XXXXX 1 gt XXXX X 2 gt XXX XX 19999 to 29999 U 19999 to 29999 U 19999 to 29999 U 1 to 6 change by EN key See 6 10 Character Code Table page 6 19 Chapter 6 DETAILED CONFIGURATION E Description of System Setup 2 Range Setup ltems O Recording mode and operation Recording Mode Input Processing 1 display only Operable Operable 2 display recording Operable Operable Operable Recording modes 1 and 2 are operable even when recording is OFF O Range code selection The SRF101 102 103 supports full multi input Merely
78. peed setup in progress a A E In the example on the left the chart feed speed is 0 Poc sPD i J R a i J 40 mm h O LocKoLK CH EVNT Date time setup in progress OENE 1 a In the example on the left the date is 1998 April 27 Opoc sPD 0 LockcLk System setup 1 basic setup in progress QEWNTEWNT e a In the example on the left the key lock is OFF 0 O Poc sPD OLOCKICLK System setup 2 range setup in progress Orm nd In the example on the left the recording mode on orar i el MN channel 1 is trend tabulation moon a LL oy et OLock LK System setup 3 scale setup in progress SANS EF aa pe In the example on the left the scale lower limit AS i ra E value on channel 1is 0 0 O Lock cLK 2 4 Chapter 3 INSTALLATION AND WIRING 3 1 Installation Site The SRF101 102 103 is for indoor installation only Install the SRF101 102 103 at a location that satisfies the following conditions Locations that are hardly subject to temperature change Locations close to room temperature Locations that are not subject to corrosive gas Locations whose humidity is neither too low nor too high Locations that are hardly subject to mechanical vibration Locations that are hardly subject to dust or oil smoke Locations that are hardly subject to the influence of electrical noise Locations that are not subject to magnetic fields o Handling Precautions e Keep the mounting angle to within 0 to 30
79. pp 3 APPENDIX Oum Device Nam Cid Mfg No O System Setup 2 e Setup details Display Setup Item Recording mode selection Setup Description 0 display recording OFF 1 display 2 display recording Factory Setting 2 display recording Range code Selectable from all codes ee page 6 17 6 18 105 5V Input calculation type own channel reference channel fixed value own channel 5 own channel fixed value S 1 PV 2 reference channel own channel 3 Al 1 PV Reference channel 1t03 1 Measurement range lower limit 19999 to 29999 1 000 Measurement range upper limit 19999 to 29999 5 000 Engineering range decimal point O 00009 to 4 X XXXX 1 XXXX X Engineering range lower limit 19999 to 29999 0 0 Engineering range upper limit 19999 to 29999 100 0 Fixed value for deviation 19999 to 29999 PV bias 19999 to 29999 Engineering unit setting UNIT O System Setup 3 e Setup details id Setup Item Setup Description Factory Setting Scale lower limit 6characters 19999 to 29999 2 App 4 Scale upper limit 19999 to 29999 E e User Setup Field Display No APPENDIX am i Device Nam Cid Mig No SS Setup Item Recording mode selection Channel 2 Range code Input calculation type Reference channel Measurem
80. rt remains the remaining chart warning is printed on the chart Lubrication of pen Replace with new chart spindles Lubricate the spindles with one or two drops of lubricating oil once every six months Lubricate the printing pen and trend pen spindles and the four spindles on the 3 pen model After lubricating the spindles lightly wipe the lubricating oil with a clean dry cloth Handling Precautions Before lubricating be sure to turn the power OFF Before lubricating wipe the spindle with a clean dry cloth to wipe off any dirt Recommended product Kim Wipe made by Crecia Co Ltd e Lubricate only the spindles Never lubricate other parts e Avoid forcibly moving pen holders to the left or right by hand Drive scale Spindle Pen holder Lubrication point Lubrication point When dust is Wipe dust from the door window using soft dry cloth or paper collecting onthe Handling Precautions door window Never wipe the door window with paint thinner or other organic solvents Doing so might cause the window to crack or cloud 7 1 Chapter 7 MAINTENANCE 7 2 Measuring the Display Accuracy of Analog Inputs This section describes how to measure the display accuracy of analog inputs We recommend measuring the display accuracy of analog inputs once every year to ensure appropriate use of the SRF101 102 103 If as a result of measurement it is found that accuracy deviates from the specified display accuracy of the SR
81. splay examples AUTO or MAN indicates the PV input value The example on the left shows a value of 18 0 for channel 1 CLK indicates the date The example on the left shows the date April 04 27th 27 1998 98 In this example the 8 in 98 is displayed red CLK indicates the time The example on the left shows the time 10 10 2 3 Chapter 2 NAMES AND FUNCTIONS OF PARTS E Configuration Unit and Operation Keys The following describes the configuration unit on the display setup unit O Setup keys gt A ENT FEED DMD RCD DISP MM 0 0U Enter key Shifts the menu number and fixes numerical values Up key Changes increments numerical values Shift key Shifts the digit cursor Set key Enters the setup mode and selects setup items O Setup display TEVNT EVNT Lights when the event is being set up POC SPD Lights when the chart feed speed is being set up LOCK CLK Blinks when the date and time are being set up EVNT EVNT 7 7 gt FR eis nowy n gt KR O Poc sPD O Lock cLk SYS Lights when system setup 1 basic setup is being set up Blinks at 1 second intervals when system setup 2 range setup is being set up Blinks at 2 second intervals when system setup 3 scale setup is being set up Display examples EUA Event setup in progress sn 7 F In the example on the left event setup 3 event orse 4 O A type on channel 1 is being set up O LOCK CLK Chart feed s
82. switch the same as the factory Q setting Doing so might cause faulty operation For the thermocouple inputs the reference junction compensation is normally performed internally If it is necessary to compensate externally the internal compensation can be deactivated by changing the setting of the DIP switch SW1 o Handling Precautions Once setting is made it is effective on all the inputs No exception can be made for any specific input only M Place of the DIP switch Remove the chart cassette gt gt You can find the DIP switch SW1 at the bottom of the internal unit Factory Setting ON Deactivates internal compensation OFF Activates internal compensation E Setting the DIP switch Change the No switch of the DIP switch SW1 ON Sw 6 24 Chapter 7 MAINTENANCE 7 1 Periodic Inspection To ensure prolonged use of the SRF101 102 103 periodically inspect the operating status of the SRF101 102 103 and maintain it in a proper working condition Perform the following inspections and replace consumables and maintenance parts as required Faint recording or Replace the pen when recording is faint printing Trend pen life Approx 1 200m Printing pen life Approx 80 000 characters Incorrect feeding Re load the chart of chart paper jam Insufficient The remaining amount of chart is printed at 10 cm remaining chart intervals on the right side of the chart When only 60 cm of cha
83. t 5 Press the EN key gt gt The cursor stops blinking momentarily and the setting value is registered to memory E Chart Feed Speed and Tabulation Recording Interval When the recording format set in system setup 1 is set to 2 trend tabulation tabulation is carried out on the next hour XX 00 minutes when the chart has advanced more than 40 mm Example e In case of 20 mm h Tabulation is carried out every 2 hours every 40 mm When start of recording is set to 12 30 Tabulation is carried out at 13 00 15 00 and so forth When start of recording is set to 13 30 Tabulation is carried out at 14 00 16 00 and so forth e In case of 40 mm h Tabulation is carried out every hour every 40 mm When start of recording is set to 12 30 Tabulation is carried out at 13 00 14 00 and so forth When start of recording is set to 13 30 Tabulation is carried out at 14 00 15 00 and so forth 1 Handling Precautions Tables are not recorded when the chart feed speed is 151 mm h or more 5 5 Chapter 5 BASIC CONFIGURATION 5 5 Changing the Date Time 1 Handling Precautions 5 6 If both the date and time are in error all data will blink when you press the EN key to notify that entry is no longer possible If this happens press any key to return to the entry display The number of seconds in the time setting are reset so that counting starts from
84. tem Setup Description 9999 to 29999 9999 to 29999 L H 1 h L H N H OFF 1 h E O OFF 1 ON 0 to 29999 0 to 29999 Setup Description 0 mm h 1 mm min Factory Setting a EEN rT ARE oo Factory Setting O mm h No 1 event recording ON OFF 6 No 2 event differential Chart feed speed O Date Time Setup e Setup details Setup ltem Date 1 t0599 mm h 10 to 200 mm min Close to J 40 Setup Description Factory Setting apan standard time Time hours minutes O System Setup 1 e Setup details Display No Setup Item Close to J Setup Description apan standard time Factory Setting Configuration lock 0 OFF 1 ON 0 OFF 2 Extended menu entry 0 OFF 1 ON 0 OFF read 2 1 J Extended menu entry selection 1 read read amp write read Device address 0 to 127 setting to 0 inhibits communications Communications method Recording format selection 1 4800 bps 8 bits even parity 1 stop bit 2 4800 bps 8 bits no parity 2 stop bits 39600 bps 8 bits even parity 1 stop bit 49600 bps 8 bits no parity 2 stop bits 1 trend 2 trend tabulation 3 trend schedule demand 2 trend tabulation Recorder ID No 0 to 99 0 Recording time ON OFF 0 OFF 1 ON 1 ON Scale recording ON OFF 0 OFF 1 ON 1 ON Pen phase synchronization setting Schedu
85. terminal screws For details see E Recommended Crimped Terminal on page 3 4 Adopt sufficient noise countermeasures to prevent malfunction caused by electrical noise Maintain a distance of at least 50 cm between input signal leads and power leads of 100 V or more Also do not pass these leads through the same piping or wiring duct Tighten the mounting bracket while pushing in firmly to prevent a gap with the panel If a gap forms with the panel the SRF101 102 103 might fall or become loose which is dangerous 6060601006 OS Be sure to remain the other setting of the DIP switch the same as the factory setting Doing so might cause faulty operation 111 Unpacking M Check the Model No Check the model No to make sure that you have received the product that you ordered The model No for this product is listed at two places on the top side of the case and on the right side of the chassis For details of names and parts see Chapter 2 Names and Functions of Parts page 2 1 For details on how to check the model No see 1 2 Model Selection Guide page 1 3 E Check the Contents of the Package to Make Sure That All Accessories Are Included in The Package Remarks Body Standard folding chart 50 sections No 1 pen red No 2 pen green 2 pen 3 pen models No 3 blue 3 pen model Printing pen purple Mounting bracket set Tag No plate T
86. th varies according to the chart feed speed 0 Handling Precautions Characters are not printed when the chart feed speed is 151mm h or more 6 7 Chapter 6 DETAILED CONFIGURATION 6 5 Date Time Setup E Date Time Setup 6 8 O EVNT EVNT O POC SPD O LOCK CLK O Setup Details Date Minute o Handling Precautions If the date and time setup is in error all data blinks when you press the EN key If this happens press any key to redisplay the data entry display The number of seconds in the time setup are reset so that counting starts from 00 when you press the EN key only when the numerical values for the time setup are changed If you press the EN key without making any changes to the numerical values for the time setup the date setup display will be redisplayed and the number of seconds will not be reset Year 00 to 99 Last two digits of year Month 01 to 12 January to December Day 01 to 31 1st to 31st Hour 00 to 23 0 am to 11 pm Minute 00 to 59 0 to 59 minutes Note e Clock accuracy is about 50ppm or about 130seconds month under standard conditions e The SRF101 102 103 automatically adjusts for leap years until 2099 Chapter 6 DETAILED CONFIGURATION 6 6 System Setup 1 Basic Setup E System Setup 1 SYS LED is lit continuously O EVNT EVNT ORCD O POC SPD O DMD O LOCK CLK sys Channel No Display No
87. wer limit H rate of change upper limit e Definition of absolute value deviation Absolute value deviation own channel PV actual PV before input calculation fixed value event setting where Event setting value Used for setting the fixed value Differential Used as the setting value of the absolute value deviation Differential gap Fixed at 10 U Definition of rate of change Rate of change Change APV in a cycle set by differential unit seconds having PV input is judged as being either larger or smaller than the event setting value Changes in PV midway are ignored where Differential setting value Used for setting the judgment cycle Differential gap Fixed at 10 U Relay output No 0 to 6 0 relay output OFF 1 to 6 can be set only when relay output is supported as an optional function Event recording ON OFF 0 event recording OFF 1 event recording ON Event differential 0 to 29999 U Note 10 U 10 times the minimum setting resolution The minimum setting resolution is the resolution according to the engineering range number of digits past the decimal point For example when the number of digits past the decimal point is set to XXX XX the minimum setting resolution will be 0 01 E Description of Event Setup Items O Event type and operation Event type H PV upper limit PV PV bias value after calculat
88. when the SRF101 102 103 is not working properly and how to remedy trouble that might occur SPECIFICATIONS This chapter describes the general specifications performance specifications and external dimensions of the SRF101 102 103 This appendix provide you with tables for entering user setting values to the various setups vi Contents SAFETY PRECAUTIONS Unpacking The Role of This Manual Organization of This User s Manual Conventions Used in This Manual Chapter 1 1 1 Chapter 2 2 1 2 2 Chapter 3 3 1 3 2 3 4 3 5 3 7 INTRODUCTION Applications and Features 00 00 0800 1 1 E Features Rr 1 1 Mm Optional FUNCUONS sor easi aca a a A doe G eo 1 2 Model Selection Guide 0 o 0 1 3 M Model Listing Gios oki a ADA A 1 3 M Related Parts Model Listing 1 3 NAMES AND FUNCTIONS OF PARTS Main Unit ceai e 2 35 02 as a ae e a ar ae 2 1 M FrontPanel o 2 a 2 1 E Inside si 2 1 M Rear Terminal Plate sssaaa 2 2 Display Setup Unt 24 3350 AL Br e aX 2 3 M Operation Display and Operation Keys 2 3 M Configuration Unit and Operation Keys 2 4 INSTALLATION AND WIRING Installation Sile s 6 6 ee lt 5 Re Re Ee we eee 3 1 Installation a r Ss SR a i 3 2 MA Installation Dimensions 0 3 2 MH Insta
89. ycle Once every 40 to 80mm Channel No time h min event No state occurrence or reset When an event occurs is reset before printing has finished the next 48 items are memorized and printed Trend schedule demand PV value analog recording Scale printing Marker time hours minutes date tag scale unit Or Marker time h min chart feed speed tag scale unit Scale upper and lower limit values Schedule demand Time h min PV value CH1 CH2 CHS from left Channel No time hours minutes event No state occurrence or reset When an event occurs is reset before printing has finished the next 48 items are memorized and printed Chapter 9 SPECIFICATIONS Optional functions 9 4 Action Action result External switch inputs Relay outputs Communications Number of set events 2 events can be set for each channel Setting range 19999 to 29999 Decimal point position varies according to range Differential gap 0 to 29999 Decimal point position varies according to range Event action is carried out even while recording has stopped RCD OFF PV upper limit PV lower limit Deviation upper limit Deviation lower limit Rate of change absolute value upper limit value Rate of change absolute value lower limit value Recording Channel No Event occurrence reset time Event state Relay output number on relay output supported models Display Event state and measurement value when a

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