Home

PANEL DIGITAL RECORDER N30B TYPE

1. A c D 4012 CoL UP wii 0 Value NO ETF of alarm 1 description a a SSS 11 ae 0 In Pron A TO 4014 EYP Input quantity which the alarm output has to react on Number of read out register from the device 4017 P_Ae w r 0 101 4018 tYP_e Type of alarm 2 description fig 11 Input quantity which the alarm output has to react a Number of read out register from the device 4013 0 101 100 Maimimput 4015 6921 wre 0 900 Delay of alarm 1 in seconds 0 __ Support disabled p01 Clock 0 Support of alarm 1 signalling 4016 LEd wit Support enabled N30B 09 User s Manual 33 2 0 Supportdisabled Le Support enabled 1 4021 0 101 Input quantity which the alarm output has to react on Number of read out register from the device Type of alarm 3 description 911 o ren a EE E E mame 0 Delay of alarm 3 in seconds a santana Support of alarm 3 signalling Value Description Q Support disabled Support enabled 4025 P_AY w r 0 101 Input quantity which the alarm output has to react on Number of read out register from the device 4026 bYP_Y wir 0 5 Type of alarm 4 description fig 11 Value Description Fi 4027 NETA 0 900 Delay of alarm 4 in seconds 4028 iea wr 01 Suppor of alarm 4 signaling Value me Support disabled N30B 09 User s Manual 34 1 Support enabled 020 Suda quantity which t
2. EYP_A bAud Prot Addr bAud Lower Upper Kind of output Baud rate Kind of Device Baud rate Kind of frame Waiting time for quantity for threshold of threshold of volt current frame address on the on the object the response analog output analog object port port output SEr Service N30B 09 User s Manual 11 SEE SEL Ur Hour YEAr dREE CE Un E EESE mu dEL_A Write Introduce Set the Set the date Set the date Change Backlight Display Degree of Erase the standard the time year month and day the time the unit test memory archive parameters password summer occupancy winter rFra0 REYPO dOPrL dOPrH Address of thej Basic address Number of Type of readout Scanning Selection of Archiving Kind of Lower Upper threshold device No 0 readout registers frequency archived registers registers frequency archiving threshold of of conditional conditional archiving archiving rFr99 06909 d9PrL d9P H Scanning Selection of Archiving Kind of Lower Upper threshold device Nog readout registers frequency archived frequency archiving threshold of of conditional registers registers conditional archiving archiving Fig 7 Programming matrix 5 4 1 Way to Change the Selected Parameter Value In order to increase the value of the selected parameter one must press the push button A single pressure of the push button causes the increase of the value of 1 The increase of value when display
3. LUMEL S A ul Sulechowska 1 65 022 Zielona Gora Poland Export Department Tel 48 68 32 95 1 00 exchange Tel 48 68 329 53 02 Fax 48 68 32 95 1 01 Fax 48 68 325 40 91 e mail lumel lumel com pl e mail export lumel com pl http www lumel com pl
4. 01 2009 12 03 17 26 00 1 2 224000e 01 3 390930e 01 2009 12 03 17 29 00 1 2 230000e 01 3 390930e 01 2009 12 03 17 30 00 1 2 234000e 01 3 390930e 01 2009 12 03 17 31 00 1 2 234000e 01 3 390930e 01 2009 12 03 17 52 00 1 2 35000e 01 3 394416e 01 2009 12 03 17 33 00 1 22 5000e 01 3 397902e 01 2009 12 03 17 35 00 1 2 240000e 01 3 446645e 01 2009 12 03 17 56 00 1 2 292000e 01 3 4046 72e 01 2009 12 03 17 37 00 1 2 295000e 01 3 597902e 01 2009 12 03 17 55 00 1 2 295000e 01 3 3976979e 01 2009 12 03 17 59 00 1 2 299000e 01 3 370000e 01 2009 12 03 17 40 00 1 2 2 60000e 01 3 359520e 01 2009 12 03 17 41 00 1 2 260000e 01 3 342050e 01 Fig 14 Exemplary file with data Successive fields included in the row and describing the record have the following meaning e date date of data registration The date separator is the mark e time time of data registration The time separator is the mark v e DEV device number value 0 for devo 1 for dev1 etc e RO R9 value of successive registers The decimal point is the dot Values are stored in the engineer s format allowing to preserve the precision 6 3 N30B 09 User s Manual 29 Notice The number of rows in the file depends on the number of stored data For 10 devices archived 10 seconds the number of lines in the dayly file is 86402 8640 for each device For this reason before beginning the data analysis one must be sure that the used program e g Excell
5. 6 mm The recorder is adapted to be mounted in a panel The recorder must be introduced from the panel front with disconnected supply voltage Before the insertion into the panel one must check the correct placement of the seal After the insertion into the hole fix the recorder by means of clamps fig 2 A A PE 11111111111111 2 3 4 cO E T lt a r E A Ls E 96 m yl 06 co hf Fig 3 Overall dimensions N30B 09 User s Manual 6 4 1 Lead outs of Signals Signals led out on the recorder connectors are presented on the fig 4 Circuits of successive groups of signals are separated between them RS 485 interfaces are separated between them and separated from remaining connectors Additional output signals option 89486 Pee ma AL3 AL4 Oc 10V B A GNDI a E a an PTET Tt TT ett soon papapapspep7ia Lo Socket of MMC SD papis MMC SD object card Fig 4 Description of signals on connection strips The N30B recorder has one or two led out RS 485 interface operating in MODBUS RTU standard In case of a recorder version equipped with a plate with additional signals the interface of the port 1 always operates in master mode however the interface on the port 2 always operates in slave mode For versions withou
6. button combination causes the erasing of the minimal value The pressure of the push button combination causes the erasing of the maximal value The pressure of the push button combination causes the entry into the monitoring mode of read out value registers The register name orange colour and the value in the register green colour appear alternately on the display The selection of the currently displayed register is carried out by means of the increasing or decreasing push button The name of the displayed register is composed of two values The first value preceded by the letter d means the device number which data have been read out from The second value preceded by the letter r means the register number read out from the device The pressure of the push button combination causes the data transfer from internal memory onto a card Till the time to remove the inscription SYACh twinkles interchangeably with the percentage quantity of copied data on the display After removing the card from the recorder the inscription disappears automatically and the recorder returns to the normal operating mode The pressure and holding down the push button during ca 3 seconds causes the entry in the programming matrix The programming matrix can be protected by a safety code The pressure and holding down the push button during ca 3 seconds causes the entry to the monitoring menu of recorder parameters One must move through the monitoring menu by means of
7. in the register 4500 and next the readout of registers 4501 4764 memory page with number placed in the register 4500 We download all pages in the similar way till the moment of downloading of all required pages 16 After downloading the memory contents we divide the downloaded contents into records 1 record equals 12 bytes After performing the division into records filter data by the rejection of records in front then the number of records to be rejected in front is calculated as the contents of the register 4048 12 after the rejection of records in front reject records from the end The number of records to reject from the end is calculated as 528 value of register 4049 12 After the rejection of records we obtain ready data in the memory e g in the table 7 MEMORY CARD N30B recorders are serviced by memory cards of MMC and SD types and capacity up to 4 GB The FAT and FAT32 system of files is serviced In case when the possessed memory card is not formatted one must carry out its formatting in the card reader from the computer level During the work the N30B recorder creates catalogues and files including archived data Before the card insertion into the recorder one must check whether the card does not have a switched protection against recording NOTICE One must never pull out the memory card from the recorder before its disassembling when the data are transferred from the internal memory onto the card see secti
8. is presented on the fig 12 N30B 09 User s Manual 26 Readout of the archive beginning and end Data were collected in the archive No Calculation of the number of pages to download y Downloading of pages Downloaded memory pages Rejection of needless records data ordering Rys 12 Algorithm of archive readout from the internal memory Acc to the presented figure above in order to download data from the internal archive memory one must download in the first sequence the beginning and the end of the archive values in registers 4046 4049 On the base of registers 4046 and 4047 determine the number of pages to download from equations ls R4047 R4046 1 or from the equation ls 7000 R4046 R4047 if the value of the initial page IS higher than the value of the last page the memory has the structure of a circular buffer If the initial page and the last page are equal each other and registers 4048 and 4049 are equal each other that means that the archive is empty In the contrary download the number Is of pages beginning from the indicated page by the register 4046 After writing the number of the read out page in the register 4500 one can read out from registers 4501 4764 the page contents from the internal memory Begin the page downloading by the write of the page number which we want to N30B 09 User s Manual 27 download
9. on the fig 15 A B N30B recorder Fig 14 Connection Way of the RS 485 Interface The designation of transmission lines for the card in the PC computer depends on the card producer N30B 09 User s Manual 30 8 2 Description of the MODBUS Protocol Implementation The implemented protocol is in accordance with the PI MBUS 300 Rev G of Modicon Company specification Set of the serial link parameters of N30B recorders in MODBUS protocol recorder address 1 247 baud rate 4800 9600 19200 38400 57600 115200 bit s work mode RTU with a frame in format 8N2 8E1 801 8N1 maximal response time 200 ms work without card 1000 ms work with a card The parameter configuration of the serial link consists in the settlement of the baud rate bAUd or bAUd parameter device address Addr parameter and the format of the information unit Prot or Prot parameter Notice Each device connected to the communication network must have e unique address different from addresses of other devices connected to the network e identical baud rate and type of information unit 8 3 Description of Applied Functions Following functions of the MODBUS protocol have been implemented in the N30B recorder Code Meaning Readout of n registers 16 Write of register group only during the slave mode operation 17 Identification of the slave device only during the slave mode operation 8 4 Register Map The regis
10. parameters are presented in the table X Introduction of a new password The 0 60000 introduction of the value O disables the alarm Setting of the current time 0 00 23 59 Introduction of an erroneous time cancels the introduction of time The introduced value will not be collected setting of the current year The 2001 2099 introduction of an erroneous year cancels the data introduction The introduced value will not be collected oFF automatic change of time disabled summer to winter and inversely on automatic change of time enabled Backlight of the unit OFF backlight of units disabled Un backlight of units enabled Display test The test consist on a successive lighting of digits Alarm no do nothing diodes and diodes of unit backlight YES causes the test start The pressure of should be lighted the push button ends the test Fulfilling of the archive internal memory 0 100 This value is not only for readout and is expressed in percentage Command to erase the archive internal no do nothing memory After choosing YES archive YES erase the archive memory data will be removed and the value no will be admitted N30B 09 User s Manual 16 Displays the state of devices added to No concerned the recorder In case when one of the SEAL bar is in red colour that means there is a transmission error with the given device The first bar from the left side symbolizes
11. s Manual PA FI ME IA 0 E E A ee 0 0 A CI AE 0 0 1 A OS A A CO CA e MN AS CO 01 0 ce O 000 a E A O E A 0 A a a a E e MA ee MA 1 a 23 N30B 09 User s Manual 24 10 19 r_bAD r_bA9 rnol r_no9 reyPD rEYPY rFrQ0 rFrag 10 19 A M CS AAA 6 INTERNAL ARCHIVE N30B recorders are equipped in standard with an internal memory destined to store registered data by the recorder The recorder memory allows to store 308000 records The memory have the character of a circular buffer After fulfilling the memory the oldest data are overwritten The internal archive can be read out copied and erased After the insertion of the memory card follows it s checking archiving of the date and time of its insertion After fulfilling the internal archive the data will be automatically transferred onto the card The further archiving is carried out in the internal memory In every moment one can copy the data from internal memory onto the memory card through pressing the push button 6 1 Memory Structure The internal recorder memory is divided in 7000 pages 44 records of archived data can be located in each memory page On the page records begin always from the beginning of the page and occupy the whole page space Each memory page includes 528 bytes one can store together 308000 records The beginning of archive data
12. the work messages about errors can appear Messages about errors and their reasons are presented below Table 17 Error message Description Overflow of upper value of the measuring range value or communication error with the co operating device Overflow of lower value of the programmed indication range Er Communication error with the data memory One must contact the be restored after pressing any push button to transit to a normal work Error of measured values stored by the recorder measured value maximal value and minimal value One must press any push button to transit to the normal work After pressing the push button the ErdEF message will be displayed during one second Error of analog output calibration One must press any push button to transit to the normal work Analog outputs will not be serviced One must contact the Service Department Configuration error of archive parameters data have been lost Communication error with the internal archive memory N30B 09 User s Manual 55 10 TECHNICAL DATA Relay outputs relays NOC voltageless contacts load capacity 250 V 0 5 A relays switching over voltageless contacts load capacity 250 V 0 5 A Analog outputs option programmable current 0 4 20 mA load resistance lt 500 O programmable voltage 0 10 V load resistance 2 500 O Alarm OC output option output of OC type passive npn 30 V d c 30 mA Serial interface port 1 and 2 address 1
13. time setting for the response and lack of device from which have to follow readouts the recorder after each query transmission is waiting for the defined time by the E_oUt parameter and for this reason in case if the co operating device is switched off from the network one must switch off its service in the N30B recorder through the setting of the variable Addr n on the value O device switching off N30B 09 User s Manual 21 The recorder operating in the master mode with data archiving 775 A value of the AEYPE parameter in the 1 nPLE menu causes that the recorder archives data in the internal data memory and in case the memory is full the data will be automatically copied on the memory card When the card is missing the oldest data will be overwritten The readout of internal data memory in case of a recorder without additional outputs port 2 is possible in two ways Location of a memory card in the recorder After pressing of the push button data from the internal archive memory will be automatically copied in the memory card and after finishing the copying process data from the internal memory will be erased so as after the next archive readout only new records will be added in the card After finishing the copying process the 5yYnth inscription disappears the card can be disassembled and removed see recorder service chapter 5 Data readout through the interface of the port 1 For this aim one must set the AEYPE param
14. values from devices are located in registers 8000 8099 In order to switch the archiving of the given register on one must set the ArEbn variable n device number in the dEun menu Although the first ten registers 8000 8009 are available in the dEu0 menu etc The second group of ten registers are available in the dEu menu etc The kind of archiving depends on the AEYPn parameter However the archiving period is defined by the AF 9n parameter The archive readout in slave mode can be carried out directly by the mediation of the interface operating in the slave mode or through copying the archive on the memory card see section 5 5 The degree of archive occupation can be checked in the SEr menu of the recorder HA U parameter From the SEr menu level one can erase the archive contents dEL A parameter During the data archiving configuration in slave mode one must remember that the configuration of archived registers is carried out in 10 groups where for each group one can configure parameters related to archived register frequency and archiving type The detailed recorder register map and serviced functions are presented in the chapter 8 5 7 Manufacturer s Parameters Standard settings of the N30B recorder are presented in the table 5 These settings can be restored by means of the recorder menu through the choice of the option SEt from the menu SEr Table 5 Parameter symbol Matrix level Standard value N30B 09 User
15. 247 mode 8N2 8E1 8 1 8N1 baud rate 4 8 9 6 19 2 38 4 57 6 115 2 bits s transmission protocol MODBUS RTU response time 200 ms work without card response time 1000 ms work with card Archive memory card SD MMC Error of analog output 0 2 of the set range Protection grade ensured by the casing frontal side IP65 terminal side IP10 Weight lt 0 2 kg Overall dimensions 96 x 48 x 93 mm Reference Conditions and Rated Operating Conditions supply voltage 85 253 V a c 40 400 Hz 90 320 d c or 20 40 V a c 40 400 Hz 20 60 V d c ambient temperature 25 23 55 C storage temperature 33 70 C relative air humidity 25 95 inadmissible condensation of water vapour external magnetic field 0 40 400 A m work position any Additional errors from temperature changes for analog outputs 50 of the class 10 K Standards fulfilled by the recorder Electromagnetic compatibility noise immunity acc to EN 61000 6 2 noise emissions acc to EN 61000 6 4 Safety requirements Acc to standard EN61010 1 e isolation between circuits basic e installation category 111 e pollution level 2 e maximal phase to earth working voltage 300V for the supply circuit and 50 V for remaining circuits e altitude above sea level lt 2000 m N30B 09 User s Manual 11 ORDER CODES Order codes for the N30B recorder Table 18 DIGITAL PANEL RECORDER N30B 1 Supply voltage 85 253V a c
16. 90 320V d c 20 40V a c 20 60 V d c Additional outputs lack OC output RS485 analog outputs OC output RS485 analog outputs switched relay outputs unit code number acc to tab 16 Kind of option standard custom made Language version Polish English other Acceptance tests Without extra quality requirements With an extra quality inspection certificate After agreeing with the manufacturer N30B 09 User s Manual 57 Code of the backlighted unit Table 19 a El a E fee dE A i m min After agreeing with the manufacturer ORDER EXAMPLE the code N30B 1 0 29 00 E 8 means N30B programmable digital recorder type 1 supply 85 253 V a c 40 400 Hz 0 lack of additional outputs 29 unit acc to the table 16 00 standard option E English language 8 without extra quality requirements N30B 09 User s Manual 58 12 MAINTENANCE AND GUARANTEE The N30B digital panel recorder does not require any periodical maintenance In case of some incorrect operations 1 From the shipping date during the period given in the annexed guarantee card One should take the recorder down from the installation and return it to the Manufacturer s Quality Control Dept If the recorder has been used in compliance with the instructions the Manufacturer warrants to repair it free of charge 2 After the Guarantee Period One should t
17. PANEL DIGITAL RECORDER N30B TYPE USER S MANUAL N30B 09 User s Manual 2 CONTENTS 1 APPLICATION AND RECORDER DESIGN cccccccccccseeeeeeeeeeeeeeeneeeneeneeeneeeneeeeseeenees 3 Z RECORDER SE Lata 4 3 BASIC REQUIREMENTS OPERATIONAL SAFETY ccceeeeseeeeeeeeeeeeneeeneeenenenes 4 4 MINS FAELATION asian 5 A1 G AG OUTS OF SIGN all Sisi 6 9 SERVICE On os ee Sec west ea ee cw sts cate eal oe gee ace Sauna a gemucanuesan Teaseeaee ea 7 5 1 Display Describa 7 5 2 Messages after Switching the Supply On 7 5 35 Functions OF PUSM DULLONS iaa 7 94 ProgrammMmiNg ados 10 5 4 1 Way to Change the Selected Parameter Value uann nireari nin A N Oi 5 4 2 Chaneme Floatine sPolntWalUesisus ta toda aldo biie 5 4 3 Setting OF Archived Registers asta a 5 4 4 Characteristic of Programmed Parameters sinirin na 5 4 5 Individual Characteristic n A ada 5 4 6 Alesana 5 4 7 A OUI e A secant oouatt N 5 5 Recorder Configuration to Work in the Master Mode ccsccssseeseeeeeeeeeeees 19 5 6 Recorder Configuration to Work in the Slave Mode ccoccooccooccocccocccoccconnnnas 21 5 7 Manufacturers ParameterS iii iaa 22 O INIERNACARCHIVE totales 24 6 1 Memory Structure O 24 O2 Record COnstrucioOn aia as 25 6 3 Archive Data Downloading sexi datos 25 7 MEMORY CARD aa 27 TA Catalogue SIFUCtUre aci ee
18. alue calculated in the Lant period This parameter is not taken into consideration during the time display Recorder operating type Defines the way of recorder interface operating and enables the archiving switching on or off dQr0 d9r9 number of the displayed register in the shape darn where n device number 1 number of read out register from the device Hour current time StUP Stopping of archiving and device polling SLU operating in slave mode without archiving In the case of a version with an additional output plate the upper interface operates in the slave mode however the object interface is not used For a version without additional outputs the object interface operates in the slave mode SLU A similar operation as for 51 1 but the archiving is enabled nAS Operation in master mode The N30B 09 User s Manual 13 interface of the port 1 operates in the master mode however the interface of the port 2 on the additional output plate operates in the slave mode nASA Operation as in the nA5 mode but the archiving is enabled Table 2 Parameter symbol Description Range of changes Number of points of the individual characteristic For values lower than two the individual characteristic is disabled The number of segments is the number of points decreased by one In the Holl mode the individual characteristic is not taken into consideration He Value of the p
19. and push buttons In this menu all programmable recorder parameters are only available for readout In this mode the menu SEr is not available The exit from the monitoring menu N30B 09 User s Manual 9 is carried out by means of the push button In the monitoring menu parameter symbols are displayed alternately with their values The service algorithm of the recorder is presented on the fig 6 Data transfer from Menu of monitoring 3 Seconds Entry in the monitoring mode of values in data registers internal memory onto a card me recorder parameters Display of maximal value READOUT 3 Seconds Password introduction the minimal value the maximal value the alarm memory Erasing of Erasing of Erasing of Password gt Mcorrect Display of the checking r Cod inscription Correct Entry in the programming mode Fig 6 Service algorithm of the N30B recorder of main inputry individual characteristic Display parameters N30B 09 User s Manual 10 5 4 Programming The pressure of the push button and holding it down through ca 3 seconds causes the entry in the programming matrix If the entry is protected by a password then the safety code symbol SEC is displayed alternately with the set value 0 The write of the correct code causes the entry in the matrix the write of an incorrect code causes the display of the Erlod symbol The matrix of transitions into the prog
20. ave to be archived So bit O defines that the first read out register has di nogas ISS to be archived Bit 1 means that the second register has to be archived etc The archiving period expressed in tens of a second 4346 AF 95 wii 4 360 determines every which period data have to be stored in the memory Kind of archiving number of the register releasing the conditional archiving 4347 AEYPS wir 0 10 Description 0 Continuous archiving DS N30B 09 User s Manual 43 The value of the first read out register decides about the archiving beginning If the read out value does not fit in the range definite by dOPrL and dOPrH the archiving with period follows decides about the archiving beginning about the archiving beginning about the archiving beginning about the archiving beginning about the archiving beginning decides about the archiving beginning about the archiving beginning about the archiving beginning about the archiving beginning Device number 6 readout and archiving from the given device off 4350 6 1 10 Number of read out registers from the device or number of aes E data in case ac float legis located in two 16 bit registers Value a ee 3 ia of A een nee e type eight bits without A AAA 2 Register of shorttype 16 bits with sign ae of C type 16 bits without 4351 rEyPB ee _ 4 Register of Jong type 32 bits with sign ae of ee ee iong type 32 bits wi
21. be set up in the status register 5 4 6 Alarm Types The N30B recorder is equipped with 2 alarm outputs with NOC contact make contact and two alarm outputs with NOC NCC contact make and break contact option Each of alarms can work in one of the six modes The work of alarms in modes n on n oFF_ an oF F is presented in the fig 11 Two remaining modes h an and h aFF mean suitably always switched on and always switched off These modes are destined for the manually simulation of alarm states N30B 09 User s Manual 19 Alarm Alarm output A output A 1 7 1 A A Output switched on Output switched off ae Output Output switched off switched on PrL PrH Steering quantity PrL PrH Steering quantity a n on b n oFF Alarm Alarm output A output A A A 1 __ _ Output Output A Output switched on switched y switched on Output Output switched off Output switched off switched off gt PrL PrH Steering quantity PrL PrH Steering quantity C on d oFF Fig 1 Alarm types a n on b n oFF c on d oF F Caution e Incase of alarms of n on n oFF_ on oFF types the write of PrL gt PrH will cause the alarm switching off e In case of a measuring range overflow the reaction of relays is compatible with written Pri _ PrH ESP parameters e The recorder controls currently the value of the introduced parameter at the moment In case when the i
22. bout the archiving beginning about the archiving beginning decides about the archiving beginning about the archiving beginning about the archiving beginning about the archiving beginning Device number 3 readout and archiving off from the given device 4326 3 Number of read out registers from the device or number of Oe data in case of float registers located in two 16 bit registers Type of being read out register Type of being read out register being read out register Value as bi sign 2 Register of shorttype 16 bits with sign Register of unsigned type 16 bits without 4 Register of long type 32 bits with sign sign Register of float type 32 bits variable comma with sign MO ali registers 4328 Fr93 MTY period data readout from the device expressed in ie Registers are defined on successive bits which have to be archived So bit O defines that the first read out register has gee 0688 vans to be archived Bit 1 means that the second register has to be archived etc The archiving period expressed in tens of a second 4330 AF 93 wii 4 360 determines every which period data have to be stored in the memory Kind of archiving number of the register releasing the conditional archiving 4331 AEYPI wir 0 10 Description 0 Continuous archiving N K N30B 09 User s Manual 41 The value of the first read out register decides about the archiving beginning If
23. cation correctness with the percentage Communication correctness with the 7042 1521 device number 1 expressed in percentage Communication correctness with the 1044 1522 device number 2 expressed in percentage Communication correctness with the 7046 1523 device number 3 expressed in percentage Communication correctness with the 7048 1524 device number 4 expressed in percentage Communication correctness with the 7050 1525 device number 5 expressed in percentage Communication correctness with the 7052 1526 device number 6 expressed in percentage Communication correctness with the 7054 1527 device number expressed in percentage Symbol Y 0 2 O 0 a N 02 v 08 49 0 08 0 The value is located in 32 bit registers 0 One 1 D 0O 5 Oo os or E 60 O 265 ar 2 a S 2 gt 0 oO o Oo g e 0 n E from the area 7500 N30B 09 User s Manual 51 Communication correctness with the 7056 1528 device number 8 expressed in percentage Communication correctness with the 7058 1529 device number 9 expressed in percentage 7060 7530 Number of transmissions with the device number 0 7062 7531 Number of transmissions with the device number 1 7064 7532 Number of transmissions with the device number 2 7066 7533 a o Number of transmissions with the device number 3 7068 7534 Number of transmissions with the d
24. consideration when the recorder operates inconsistently with expectations Observations concerning the operational safety All operations concerning transport installation and commissioning as well as maintenance must be carried out by qualified skilled personnel and national regulations for the prevention of accidents must be observed The programming of N30B recorder parameters must be carried out after disconnecting N30B 09 User s Manual 5 measuring circuits Before switching the recorder on one must check the correctness of connections The recorder is destined to be installed and exploited in electromagnetic industrial environment conditions Non authorized removal of the housing inappropriate use incorrect installation or operation creates the risk of injury to personnel or recorder damage For more detailed information please study the User s Manual When connecting the supply one must remember that a switch or a circuit breaker should be installed in the building This switch should be located near the device easy accessible by the operator and suitably marked as an element switching the recorder off 4 INSTALLATION The recorder has separable strips with screw terminals which enable the connection of external wires of 1 5 mm cross sections for the RS 485 object interface and 2 5 mm for other signals One must prepare a hole of 92 0 6 x 45 0 6 mm in the panel which the thickness should not exceed
25. der display e Service of the interface with MODBUS protocol in RTU mode implemented Master and Slave mode e Data readout of 10 devices with 10 registers in each device e Monitoring of readout recorded register values directly accessible from the recorder keyboard e Retransmission of read out recorded quantities into a standard programmable current or voltage signal option e Backlight of any measuring unit as per order e Signalling of alarm operation The alarm supply causes the backlight of the output number e Galvanic separation between terminals alarming supplying analog RS 485 interfaces port 1 and port 2 e Protection grade from frontal face IP65 overall recorder dimensions 96 x 48 x 93 mm with terminals The recorder casing is made of plastics N30B 09 User s Manual 4 Fig 1 View of the N30B recorder 2 RECORDER SET The set is composed of N30B recorder 1 pc Shortened user s manual 1 pc Guarantee card 1 pc Clamps to fix in the panel 4 pcs Seal 1 pc When unpacking the recorder please check whether the type and version code on the data plate correspond to the order 3 BASIC REQUIREMENTS OPERATIONAL SAFETY In the safety service scope the N30B recorder meets the requirements of the EN 61010 1 standard Especially important one must get acquainted before connecting the recorder Disregard of notices marked by this symbol can cause the recorder damage A One must take into
26. dresses The recorder configuration to work in the master mode consists in setting the AEYPE option on the AAS value in the 1 nPUE menu data readout without archiving or nAS A readout and data archiving configuration of transmission parameters in the oUt menu One must configure parameters bAUd baud rate Prot I type of data frame and E oUt waiting time to begin the response from co operating devices configuration of readout parameters from devices In the dEun menu where n device number one must configure readout parameters for the given device by giving the device address Addrn the basic register from which will follow the readout of r non the number of registers that will be read out the type of registers including data in the device from which the readout rEyPn will be carried out the device sampling period expressed in seconds and defining sequences of time in which the device parameter rfr3n configuration of archiving parameters data read out from devices For his aim one must configure following parameters o ArEbn one must define which among read out registers have to be archived o AFr9n one must define the period between successive data records in the archive for the given device o HEYPn defines the type of archiving One must choose if the archiving have to be carried out in a continuous way or in dependence of the value in the register controlling the conditional archiv
27. e ee ee 27 7 2 Construction of Archive FilesS oooncconcconcccncocncocccocnnonnnnnrcnnrcnnrnnnrnnnrnnnrnanenanennns 28 o INTERFACE ROSAS insta 29 8 1 Connection Way of the Serial Interface oooncccnccnnccccnnicccnnocnronnncncnroncnnnnarenarnnnnos 29 8 2 Description of the MODBUS Protocol Implementation cconcconcconcccnccnnncnncnn 30 8 3 Description of Applied Functions occooccocccocccocccoccconccnnrcnnrcnnrcnncnnnrnnnrnancnanenanenns 30 9 4 REOgISter Ma Diana aaa ae caAi 30 8 5 Registers for Write and ReadoOUt ocooccconcconncoccciccncconncccnconnnnnnnnonnronanrnnnnrnnnrnnanenanos 31 8 6 Registers Only for Readout iii 50 8 7 Registers of Values for Readout and Write onccocccccnccncccocococcncncnconcnnonarenannnnnos 52 Y ERROR CODES ii 54 10 TECHNICAL DATA ss 55 1FORDER CODES nas 56 12 MAINTENANCE AND GUARANTEE c ooocccccococccccocnnnnnnononconnnannnenennnnrenennnnrrnnnanarernnananennnas 58 N30B 09 User s Manual 3 1 APPLICATION AND RECORDER DESIGN The N30B recorder is a panel programmable digital instrument destined to display and archive digital values from connected devices through the RS 485 interface Additionally the recorder enables to show the actual time The readout field is composed of a LED display which allows the exposition of results in colours red green and orange The measured readout values can be freely converted by means of the 21 point individual characteristic Features
28. e number of linearizing functions is of one less than the number of points Next one must program successive points by giving the measured value Hn and the expected value corresponding to it value which has to be displayed Yn The graphic interpretation of the individual characteristic is presented on the fig 10 N30B 09 User s Manual 18 Input function AAA gee a AA Y5 o Expected value z id Y1 H H2 H3 H4 H5 H6 H7H8H9 H10 Stored read out value Fig 10 Individual characteristic During the function approximation one must remember that for the approximation of curves strongly differing from the linear characteristic higher the number of linearizing segments smaller the error related to the linearization If measured values are smallest from H1 then recalculations will be made on the base of the first straight line calculated on the base of points H1 Y1 and H2 Y2 However for values higher than Hn where n the last declared measured value the value to display will be calculated on the base of the last assigned linear function Notice All introduced points of the measured value Hn must be arranged in the increasing sequence such to preserve the following dependence H1 lt H2 lt H3 lt Hn If the above is not fulfilled the individual characteristic function will be automatically switched off will not be realized and a diagnostic flag will
29. ee to be archived Bit 1 means that the second register has to be archived etc The archiving period expressed in tens of a second 4378 AF 99 wilt 1 360 determines every which period data have to be stored in the memory Kind of archiving number of the register releasing the conditional archiving 437 1 0 Continuous archiving oe N30B 09 User s Manual 47 The value of the first read out register decides about the archiving beginning If the read out value does not fit in the range definite by dOPrL and dOPrH the archiving with period follows The value of the second read out register decides about the archiving beginning The value of the third read out register decides about the archiving beginning The value of the fourth read out register decides about the archiving beginning The value of the fifth read out register decides about the archiving beginning The value of the sixth read out register decides about the archiving beginning The value of the seventh read out register decides about the archiving beginning The value of the eighth read out register decides about the archiving beginning The value of the ninth read out register decides about the archiving beginning The value of the tenth read out register decides about the archiving beginning Table 13 4500 0 8191 Number of the memory page to which we want to obtain the access 4501 O 0 65535 Two first data bytes fro
30. enth read out register 8260 8030 Device 3 register 1 Device 3 first read out register 8278 8039 Device 3 register 10 Device 3 tenth read out register 8280 8040 Device 4 register 1 Rad ee Device 2 first read out register 8298 8049 Device 4 register 10 Device 4 tenth read out register 8300 8050 Device 5 register 1 Device 5 first read out register 8318 8059 Device 5 register 10 Device 5 tenth read out register 8320 8060 Device 6 register 1 ora Device 6 first read out register 8338 8069 Device 6 register 10 Device 6 tenth read out register 8340 8070 Device 7 register 1 0 Device 7 first read out register Name D Oo OW C gq oO 0 n o a Ln Dgo O 0 c 2 Q O 6 1 O O 35 0 gt o OD 0 c O ae Gp th oe DS 0 gt N O v y S o n 6 The value is located in 32 bit registers O jo 0 O DL 0 0 gt 0 is E N30B 09 User s Manual 53 8358 8079 Device 7 register 10 A Device 7 tenth read out register 8360 8080 Device 8 register 1 401 Device 8 first read out register 8378 8089 Device 8 register 10 ta aoe Device 8 tenth read out register 8380 8090 Device 9 register 1 ae Device 9 first read out register 8398 8099 Device 9 register 10 CA Device 9 tenth read out register N30B 09 User s Manual 54 9 ERROR CODES After switching the recorder on or during
31. entry in programming mode press and hold down ca 3 seconds gt moving through the menu choice of level entry in the mode changing the parameter value gt acceptation of the changed parameter value N30B 09 User s Manual 8 gt stop the displayed value when holding down the push button the result on the display is not updated push button increasing the value gt display of the maximal value The pressure of the push button causes the display of the maximal value during ca 3 seconds gt entry in the level of the parameter group gt moving through the selected level gt change of the selected parameter value increasing the value push button changing the digit gt display of minimal value The pressure of the push button causes the display of the minimal value during ca 3 seconds gt entry in the level of parameter group moving through the selected level change of the selected parameter value shift on the next digit resignation push button entry in the menu monitoring the recorder parameters by holding down ca 3 seconds exit from the menu monitoring recorder parameters resignation of the parameter change absolute exit from the programming mode Uuu The pressure of the push button combination and holding them down ca 3 seconds causes the erasing of alarm signalling This operation acts exclusively when the support function is switched on The pressure of the push
32. eter at the SLu value in the 1 nPUE menu The object interface will be switched in the slave working mode with parameters determined by Addr bHud l Prot 1 After finishing the data readout in order to return to the normal operation one must change the AEYFE parameter into the previous value e g 750 During the operation in master mode the user has the possibility to check the co operation correctness of the recorder with added devices For this aim one must choose the SEHE option from the SEr menu level Vertical bars will be displayed on the recorder display where the first bar from the left corresponds to the device No 1 20 the second to the device No 2 dEu etc Bars in green colour mean a correct communication with the given device In case of a data transmission error the bar symbolizing the device lights in red colour 5 6 Recorder Configuration to Work in the Slave Mode N30B recorders can operate in the slave mode For a recorder without additional outputs port 2 the operation in slave mode is carried out using the port 1interface However for a recorder with assembled upper plate of additional outputs the operation in slave mode is always carried out using the port 2 located on the plate with additional outputs This interface always fulfils the slave role and the choice of the slave mode switches on the possibility to write data in data registers 8000 8099 on which can be additionally archived The recorder
33. evice number 4 7070 7535 Number of transmissions with the device number 5 7072 7536 Number of transmissions with the device number 6 7074 7537 Number of transmissions with the device number 7 7076 7538 Number of transmissions with the device number 8 7078 7539 Number of transmissions with the device number 9 Number of erroneous communications 7082 7541 Number of erroneous communications with the device number 1 Number of erroneous communications Number of erroneous communications Number of erroneous communications Number of erroneous communications Number of erroneous communications Number of erroneous communications Number of erroneous communications Number of erroneous communications Note The contents of registers 7520 7549 and their equivalents is zeroed after the supply decay N30B 09 User s Manual 52 8 7 Registers of Values for Readout and Write Values located in registers can be always read out The write in registers is only possible in the slave mode AEYPE parameter Table 16 Quantity name 8200 8000 Device 0 register 1 A Device 0 first read out eS 8218 8009 Device 0 register 10 rra Device 0 tenth read out register 8220 8010 Device 1 register 1 Device 1 first read out register 8238 8019 Device 1 register 10 Device 1 tenth read out register 8240 8020 Device 2 register 1 Device 2 first read out register 8258 8029 Device 2 register 10 eg eel Device 2 t
34. expressed in tens of a second 4338 AF 9y vii 1 360 determines every which period data have to be stored in the j memory Kind of archiving number of the register releasing the conditional archiving 0 Continuous archiving DS N30B 09 User s Manual 42 The value of the first read out register decides about the archiving beginning If the read out value does not fit in the range definite by dOPrL and dOPrH the archiving with period follows decides about the archiving beginning about the archiving beginning about the archiving beginning about the archiving beginning about the archiving beginning decides about the archiving beginning about the archiving beginning about the archiving beginning about the archiving beginning Device number 5 readout and archiving from the given device off A342 5 1 10 Number of read out registers from the device or number of aia o data in case ac float legis located in two 16 bit registers Value a ee 3 ia of A een nee e type eight bits without A AAA 2 Register of shorttype 16 bits with sign ae of C type 16 bits without 4343 reyP9 ee _ 4 Register of Jong type 32 bits with sign ae of ee ee iong type 32 bits without eee of float type 32 bits variable comma sign MO ali 000 registers 4344 Frgs MTY period data readout from the device expressed in ie Registers are defined on successive bits which h
35. from 4318 E Number of read out registers from the device or number of il data in case of float registers located in two 16 bit registers Type of being read out register Type of being read out register being read out register as bi ME oda sign _ 2 Register of short type 16 bits with sign Register of unsigned type 16 bits without 4319 reEeyP2 sign 4 Registerof Jong type 32 bits with sign Register of unsigned E type 32 bits without sign NN Register of float type 32 bits variable comma with sign es registers 4320 Fr92 EE o period data readout from the device expressed in 1 60 Seannin Registers are defined on successive bits which have to be archived So bit 0 defines that the first read out register has ia APSE to be archived Bit 1 means that the second register has to be archived etc The archiving period expressed in tens of a second 4322 AF 92 Sore 4 360 determines every which period data have to be stored in the o memory Kind of archiving number of the register releasing the conditional archiving 0 Continuous archiving NI pil K N30B 09 User s Manual 40 The value of the first read out register decides about the archiving beginning If the read out value does not fit in the range definite by dOPrL and dOPrH the archiving with period follows decides about the archiving beginning about the archiving beginning about the archiving beginning a
36. g N30B 09 User s Manual 45 The value of the first read out register decides about the archiving beginning If the read out value does not fit in the range definite by dOPrL and dOPrH the archiving with period follows 2 The value of the second read out register decides about the archiving beginning The value of the third read out register decides 3 a tg about the archiving beginning 4 The value of the fourth read out register decides about the archiving beginning 5 The value of the fifth read out register decides about the archiving beginning The value of the sixth read out register decides about the archiving beginning gt The value of the seventh read out register decides about the archiving beginning The value of the eighth read out register decides about the archiving beginning about the archiving beginning The value of the tenth read out register decides about the archiving beginning Device number 8 4364 AddrB ie 0 247 Device address number 8 The write of value O switches the readout and archiving from the given device off 4365 0 65535 Basic address address from which the readout will follow A366 g ji 1 10 Number of read out registers from the device or number of fois i data in case of float registers located in two 16 bit registers Type of being read out register 0 Register of char type eight bits with sign MOM Register of unsigned char type eight bits without s
37. he analog output has to react Register number read out from devices Main input _ 0 Voltage input0 10V Le Current input 4 20mA 2 Baud rate of the port 2 interface o 4800 bis 338400 bits 4 57600bitis A 5 115200006 4032 Prot Transmission mode of the external interface 0 RTU 8N2 1 RTU 8E1 2 RTU 801 3 RTU 8N1 Device address The write of the value O causes the port 2 interface switching off Notice in the version without additional outputs one can switch the port 1 interface to work in the interface mode for programming see the recorder service Then the recorder accepts settings in compliance ae pagr wit eee with bAUd ErYb and Addr parameters Update transmission parameters Causes the 4034 SAuE application of introduced RS 485 interface settings Baud rate Baud rate of the port1interface the Baud rate of the port1interface 1 interface oa T 30 ae 3220 oo o Transmission mode Transmission mode of the port 1 interface the Transmission mode of the port 1 interface 1 nedare o Rusa ii s no Roe a Ruso 3 RU N30B 09 User s Manual 35 4037 E olt wir 400 5000 Waiting time for the response from devices expressed in milliseconds Write of standard parameters Value a o 8900 Without change Set standard parameters Password for parameters Passnord for parameters ouuu e 2 Without password Input into parameter
38. he second register has to be archived etc O1 The archiving period expressed in tens of a second determines every which period data have to be stored in the memory Kind of archiving number of the register releasing the 0 10 conditional archiving Value Description N30B 09 User s Manual 39 The value of the first read out register decides about the archiving beginning If the read out value does not fit in the range definite by dOPrL and dOPrH the archiving with period follows The value of the second read out register decides about the archiving beginning The value of the third read out register decides 3 a A about the archiving beginning 4 The value of the fourth read out register decides about the archiving beginning 5 The value of the fifth read out register decides about the archiving beginning The value of the sixth read out register decides about the archiving beginning 7 The value of the seventh read out register decides about the archiving beginning The value of the eighth read out register decides about the archiving beginning The value of the ninth read out register decides about the archiving beginning The value of the tenth read out register decides 10 ne about the archiving beginning 4316 Adde 2 wae 0 247 Device address number 2 The write of value 0 switches the readout and archiving off from the given device 4317 0 65535 Basic address address which the readout will follow
39. hiving off from the given device 4301 0 65535 Basic address address from which the readout will follow 4302 0 ak 1 10 Number of read out registers from the device or number of nee data in case sd float iegisiers located in two 16 bit registers Value a ii MA 2 of Dina se type eight bits without 8 _ 2 Register of shorttype 16 bits with sign Register of unsigned a type 16 bits without 4303 r yPO 7 8 sign 4 Register of long type 32 bits with sign ee of o ene a type 32 bits without eee eee gt of float type 32 bits variable comma to sign ee e registers KUN period data readout from the device expressed in ae O Registers are defined on successive bits which have to be archived So bit 0 defines that the first read out register has ARS 15680 nee to be archived Bit 1 means that the second nee has to be archived etc The archiving period expressed in tens of a second determines every which period data have to be stored in the memory Oo D 2 y Of L 0 0 O O wv 2 E DS User s Manual 38 Kind of archiving number of the register releasing the conditional archiving Value The value of the first read out register decides about the archiving beginning If the read out value does not fit in the range definite by dOPrL and dOPrH the archiving with period follows The value of the second read out register decides ab
40. ign 2 Register of short type 16 bits with sign Register of unsigned shorttype 16 bits without 4 Register of long type 32 bits with sign NES Register of unsigned long type 32 bits without sign Register of float type 32 bits variable comma with sign Value of floattype located in two 16 bit registers 4368 Fr99 wile 1 60 Scanning period data readout from the device expressed in seconds Registers are defined on successive bits which have to be archived So bit 0 defines that the first read out register has og i wi ASER to be archived Bit 1 means that the second register has to be archived etc The archiving period expressed in tens of a second 4370 AF 99 P 1 360 determines every which period data have to be stored in the 7 memory Kind of archiving number of the register releasing the conditional archiving 4371 At YP wir 0 10 Description 0 Continuous archiving om IAI O IN a N30B 09 User s Manual 46 The value of the first read out register decides about the archiving beginning If the read out value does not fit in the range definite by dOPrL and dOPrH the archiving with period follows 2 The value of the second read out register decides about the archiving beginning The value of the third read out register decides 3 ye a about the archiving beginning 4 The value of the fourth read out register decides about the archiving beginning 5 The value of the fifth read out
41. ing In case of conditional archiving the parameter Ht4Fn indicates the read out register number controlling the conditional archiving o dnPrt lower threshold of the conditional archiving This parameter has a significance only for a conditional archiving If the value in the controlling register is lower than the value definite by dnPrL then the archiving of indicated registers takes place with the archiving period determined by the parameter ApX o dnPrH upper threshold of the conditional archiving This parameter has a significance only for a conditional archiving If the value in the controlling register is higher than the value definite by dnPrH then the archiving of indicated registers takes place with the archiving period determined by the parameter AFr Yn During the operation in the master mode the recorder sounds out devices in the network and read out data from them are available in data registers registers 8000 8099 Devices are pooled in a sequence acc to the configuration dEud_ deu i deurd etc although the pooling frequency of devices for a large degree depends on the rate of devices operating on the bus For devices with a long response time it can be happened that the time between successive data readouts from devices is longer than the time set in the recorder configuration The difference of times results from the waiting time for the device response and the duration of data transmission In case of a long waiting
42. ing the digit 9 causes the setting of 0 on this digit The change of the digit follows after pressing the push button In order to accept the set up parameter one must hold down the button Then the write of the parameter and the display of its symbol follows alternately with the new value The pressure of the push button during the change of the parameter value will cause the resignation of the write 5 4 2 Changing Floating Point Values The change is carried out in two stages the transition to the next stage follows after pressing the push button 1 setting the value from the range 19999 99999 similarly as for integral values 2 setting of the decimal point position 00000 0000 0 000 00 00 000 0 0000 the push button shifts the decimal point to the left however the push button shifts the decimal point to the right The pressure of the push button during the change of the parameter value will cause the resignation of the write 5 4 3 Setting of Archived Registers The setting of archived registers are carried out in the configuration menu of devices group dElin where n defines the device number after choosing the parameter ArEGn where n defines the device number After choosing the parameter 10 vertical lines will be displayed on the display Lines symbolize registers from the left side first read out register The lighting of lines in red colour means that the register archiving is disabled N30B 09 User s Man
43. ir 0 65535 Events can be only erased Bi 13 4045 N30B 09 User s Manual 36 Bit 12 Lack of communication with data memory Erroneous settings Bit 10 Manufacturer settings restored Bit 9 Lack of measured values in data memory JE Output plate has been found out Output plate error or lack of Bit 6 i calibration Bit 3 Erroneous configuration of individual characteristic The averaging period has not Bit O been expired Recorder status Describes the current recorder state Successive bits represent event data The bit set on 1 means that the event took place Events can be only erased 01 0 7 Value disassembled test is ended by an error Card inserted correctly initiated but the protection against writing is switched on After detecting against writing the card is automatically disassembled N30B 09 User s Manual Card inserted and initiated with SUCCESS Card inserted and initiated with 5 success but entirely filled Erasing of minimum and maximum values The write of value 1 causes the erase of minimum and maximum values and sets the register on the value 0 4055 w r O 1 4061 wir 0 65535 MSB serial number 4062 wr 0 65535 LSB serial number Table 12 Series number Register 4061 65536 Register 4062 Device number 0 4300 Add joie 0 247 Device address number 0 The write of value 0 switches the readout and arc
44. is determined by the page number on which there is the first archive record and by the initial byte determining from which byte begins the first record The archive end is determined in the similar way through the page number on which there is the last page record and the byte where begins the record of the next archive record N30B 09 User s Manual 25 Data of internal archive memory are stored in the shape of records including 12 bytes 6 2 Record Construction All data in the internal data memory are stored in the shape of records composed of 12 bytes The record structure is presented in the table 7 Table 9 79 ho __ Knot identifier Device number from which the data origins byte 76690 99 read out register number which the value is stored aye Hor 0 Minute fps 00000 we Second 0 89 yt Daa Data archived inthe oat format tes 6 3 Archive Data Downloading Downloading of archive data from the internal memory is carried out through the mediation of the memory card or through the interface operating in the slave mode see sections 5 5 and 5 6 The algorithm of archive data downloading through the mediation of the RS 485 interface is presented below The presented description includes only the way to download data without the description of further data processing and data conversion The archive data downloading consists to download successive memory pages including records with data The archive downloading algorithm
45. l defines the state of the memory card In case when the symbol is blank that means there is no card in the recorder or the card has been disassembled The symbol in green colour signal the record of data in the memory card The lighting of the symbol in red colour means an error in the card initiating the card is damaged not formatted or the type of card is not serviced The lighting of symbol in orange colour means that a protection against recording is enabled on the card the averaging period is not expired the index is lighted if the value displayed on the display is not averaged in the full Cnt period Such an event takes place after connecting the supply or in case of a transmission error with the co operating device which the value has to be averaged After the error decay the averaging period begins again 5 2 Messages after Switching the Supply on After switching the supply on the recorder displays its name n3U b and next the software version in the shape x xx where x xx is the number of the current software version or the number of a custom made version Next the recorder transits to the normal operation and begins to display values according to the set parameter rd iSP table 1 When displaying values the recorder sets automatically the comma position and at the same time the format number of places after the comma can be limited by the user 5 3 Functions of Push buttons Acceptation push button gt
46. lue of the ninth read out register decides about the archiving beginning The value of the tenth read out register decides 10 about the archiving beginning Device number 7 4356 Addr7 Soi 0 247 Device address number 7 The write of value 0 switches the readout and archiving from the given device off 4357 0 65535 Basic address address from which the readout will follow A358 2 Mare 1 10 Number of read out registers from the device or number of ae o data in case of float registers located in two 16 bit registers Type of q read out register Value a ae eee a of ci a sd type eight bits without ne 2 Registerof shorttype 16 bits with sign ae of O a type 16 bits without 4359 reyP1 oe 0 4 Registerof 7079 type 32 bits with sign EE of A E type 32 bits without AAA EN of float type 32 bits variable comma A ES sign a registers 4360 F 97 wie Scanning period data readout from the device expressed gt in seconds Registers are defined on successive bits which have to be archived So bit 0 defines that the first read out register has oe eee mie eee to be archived Bit 1 means that the second register has to be archived etc The archiving period expressed in tens of a second 4362 AF 97 wilt 1 360 determines every which period data have to be stored in the memory Kind of archiving number of the register releasing the conditional archiving 0 Continuous archivin
47. m the page indicated by the register 4500 4502 O 0 65535 Two successive bytes 4764 O 0 65535 Two last bytes of the memory page bytes 526 and 527 I O 0 14 O 2 0 0 gt 0 G E bit registers Table 14 The value is located in 32 bit registers 0 0 O O E 0 pum 0 2 O 0 0 0 0 lt E 0 0 K2 D 0 ire N 0 o 0 2 oS fi D Q 0 O O 0 08 0 lt E O 0 0 2 O 0 pa N30B 09 User s Manual 48 Lower display of alarm 4 Aoff IIS o SC 7258 7629 wir 19999 99999 Expected value for the point No 4 N30B 09 User s Manual 49 N30B 09 User s Manual 50 8 6 Registers Only for Readout Table 15 7000 7500 Identifier Constant identifying the device Value 181 means the N30B recorder 7002 7501 Status Status is the register describing the current recorder state 7004 7502 control Y This is the register defining the analog output control 7006 7503 Minimum O Minimal value of currently displayed value 7010 7505 Displayed value O Currently displayed value 7012 7506__ Currenttime_ O Currenttime mw 0 ir il ICI ic ns 799 ez o a 00 month and date ow re a memory Measured value not recounted in 750 o 0 relation to the individual characteristic Me ae as FO PA ee Communi
48. ndicated register does not be situated in conditional archiving the range defined by dnPrL and dnPrh where n device number Lower threshold of the conditional archiving Below this value the conditional archiving begins if this type of archiving has been chosen Upper threshold of the conditional archiving Above this value the conditional archiving begins if his type 19999 99999 of archiving has been chosen AEYPO AYP dUPrL dIPri 19999 99999 dOPTH d9YPrH N30B 09 User s Manual 17 5 4 5 Individual Characteristic N30B recorders can recount the value to display into any value thanks to the implemented individual characteristic function The individual characteristic rescales the input signal stored read out through the RS 485 interface The way of the individual characteristic interaction on the recorder operation has been presented on the fig 9 __y Displayed value Stored read Individual Steering of out value characteristic analog outputs Steering of alarms RS 485 interface Fig 9 Action of the individual characteristic The user can introduce maximally twenty functions through given points defining intervals and expected values for successive points The programming of the individual characteristic consists in the definition of the number of points which the input function will be linearized by One must remember that th
49. ntroduced value overflows the upper change range given in the table 1 the recorder will make automatically the change into the maximal value Similarly in case when the introduced value overflows the lower change range given in the table 1 the recorder will make automatically the change into the minimal value 5 4 7 Display Format The N30B recorder adapts automatically the display format precision to the value of measured quantity destined to be displayed So that the function could be fully used one must choose the format 0 0000 then the recorder will display the measured value with the possible highest accuracy This function does not operate for the time display where the format is set up automatically The current time mode Huu is displayed in the 24 hours format in the hh mm shape where hh current hour and mm current minute 5 9 Recorder Configuration to Work in the Master Mode The N30B recorder using the port 1 interface can fulfil the role of master of the MODBUS RTU network reading out data from added devices Maximally the recorder can pool 10 devices and can N30B 09 User s Manual 20 maximally read out 10 registers from each device For data readout from devices the function MODBUS readout of n registers No 3 is used If there is the need to readout a higher number of registers from the given device one must configure the readout from the device as two devices e g menu dEuZ and dEu with different basic ad
50. of the N30B recorder e Display colour programmed individually in three intervals e Programmable thresholds of displayed overflows e Two relay alarms with NOC contacts operating in 6 modes e Two relay alarms with switching over contact operating in 6 modes option e Signalling of the measuring range overflow e Automatic setting of the decimal point e Programming of alarm and analog outputs with reaction on the selected input quantity any register read out or recorded or real time lock e Real time lock with the supported supply function of the clock in case of a recorder supply decay e Automatic change of time from the summer to winter time and inversely this function can be disabled e Programmed averaging time function of walking window with the averaging time up to 1 hour e Monitoring of set parameters e Locking of introduced parameters by means of a password e Recounting of measured value on the base of a 21 point individual characteristic e Data archiving in data internal memory with a capacity of 308000 records e Any configuration of the archived data any values with established time intervals can be archived e Conditional archiving archiving of alarm states e Service of MMC SD cards with capacity up to 4GB serviced system of FAT and FAT32 files e Automatic copying of the internal archive on the memory card e Signalling of the transmission state and the memory card state on the recor
51. oint for which we will 19999 99999 expect Yn n point number Yn Yn Expected value for Hn 19999 99999 Table 3 Parameter symbol Range of changes Minimal position of the decimal point when displaying the value display format This parameter is not taken into consideration during the Hour mode Display colour when the displayed value is lower than Display colour when the displayed value is higher than LoLL o and lower than LoLH Display colour when the displayed value is higher than LoLH Lower threshold of colour change 19999 99999 Upper threshold of colour change 19999 99999 rEd red IrEEn green or Ang yellow Lower threshold of display narrowing Values lower than the declared threshold are signalled on the display by the symbol 19999 99999 EA Upper threshold of display narrowing Values higher than the declared threshold are signalled on the display by the symbol 19999 99999 aaa Table 4 ALr1 ALr2 ALr3 ALr4 Parameter symbol Range of changes Input quantity controlling the alarm dO Q d9 9 Number of the read out register in the form dXrY where X device number Y number of the read out register from the device HoUr current time aP Value on the display N30B 09 User s Manual 14 Pri_ Pri_e Lower alarm threshold 19999 99999 PrH_ l PrH_e Upper alarm threshold 19999 99999 Alarm type Fig 11 show
52. on 5 3 The memory card state is displayed by the marker placed on the recorder display See section 5 1 and is contained in the recorder s registers see section 8 4 Below an exemplary number of records on the card for 10 archived devices with 10 registers in each with the quickest updating time every 10 seconds 64 MB ca 4 320 000 records ca 120 hours 5 days 512 MB ca 34 560 000 records ca 960 hours 40 days 2 GB ca 136 512 000 records ca 3792 hours 158 days NOTICE The time needed to transfer the data from internal memory depends on the card and can take even about an hour 7 1 Catalogue Structure The N30B recorder installs catalogues and files in the memory card during archiving The exemplary catalogue structure is presented on the fig 13 N30B 09 User s Manual Archives 10050001 28 numer seryjny Recorder series number 2010 Fig 13 Catalogue structure in the memory card Beyond the Archives catalogue the System catalogue is also created on the card in which the Start txt file is placed The date and time of the memory card initialization is stored in this file also during the start after a supply decay Data on the card are stored in files located in catalogues corresponding to the date see fig 13 However file names correspond to numbers of the archiving day Day_01 dat Day_02 dat etc 7 2 Construction of Archive File
53. out the archiving beginning about the archiving beginning about the archiving beginning 2 3 4 about the archiving beginning about the archiving beginning decides about the archiving beginning MOM Foti about the archiving beginning MOM al about the archiving beginning about the archiving beginning Device number 1 N30B 09 4307 REYPO wr 4308 Addr w r 0 247 Address of the device number 1 The write of value 0 switches the readout and archiving from the given device off 4309 0 65535 Basic address address which the readout will follow from A310 i ie 1 10 Number of read out registers from the device or number of ls data in case of float registers located in two 16 bit registers o 4315 msp 0 1023 1 360 Type of being read out register O Register of char type eight bits with sign 4 Register of unsigned char type eight bits without sign 2 Register of short type 16 bits with sign Register of unsigned short type 16 bits without sign 4 Register of long type 32 bits with sign NI B w Register of unsigned long type 32 bits without sign WN Register of float type 32 bits variable comma with sign registers Scamning period data readout from the device expressed in seconds Registers are defined on successive bits which have to be archived So bit O defines that the first read out register has to be archived Bit 1 means that t
54. ramming mode is presented on the fig 6 The selection of the level is made by means of the button however the entry and moving through the parameters of the chosen level is carried out by means of and push buttons Parameter symbols are displayed alternately with their current values In order to change the value of the selected parameter one must use the push button To resign from the change one must use the push button In order to exit from the selected level one must choose the symbol and press the push button To exit from the programming matrix one must press the push button during ca 1 second Then the inscription End appears for ca 3 seconds and the recorder transits to the display of the set parameter In case of leaving the recorder in the parameter programming mode the automatic abandon of the programming mode parameter and next the menu follows after 30 seconds and the transition to display values of the set parameter points of individual isti i characteris characteris tic tic tic Point y coLbE L l coLHI ourLlo our HI Minimum Middle Upper colour Lower threshold Upper Lower Upper decimal colour of colour change threshold of overflow overflow point colour change PrH_ 1 EYP_ LEd I Lower Upper Alarm type Signalling input threshold threshold support quantity of alarm 1 LEd_4 Lower Upper Alarm type Alarm delay Signalling input threshold threshold support quantity of alarm 4 An_Lo An_H
55. register decides about the archiving beginning The value of the sixth read out register decides about the archiving beginning 7 The value of the seventh read out register decides about the archiving beginning The value of the eighth read out register decides about the archiving beginning The value of the ninth read out register decides about the archiving beginning The value of the tenth read out register decides 10 about the archiving beginning Device number 9 4372 Addr3 Soi 0 247 Device address number 9 The write of value 0 switches the readout and archiving from the given device off 4373 0 65535 Basic address address from which the readout will follow A374 9 ae 1 10 Number of read out registers from the device or number of PRA E data in case of float registers located in two 16 bit registers Type of aaa O read out register Value a 00000 as 1 i of A sd type eight bits without CS ee 2 Register shorttype 16 bits with sign of E AA a type 16 bits without 4375 reyPY HE _ 4 Register of long type 32 bits with sign WEN ee of A nO ES type 32 bits without aiii ioe of float type 32 bits variable comma amp ce sign MO 00 registers 4376 Fr99 wie Scanning period data readout from the device expressed in j seconds Registers are defined on successive bits which have to be archived So bit 0 defines that the first read out register has 0 ene mie e
56. s Files including archive data have a bar column construction where successive data bars are separated between them by the tabulator mark In the first file row the bar heading is placed Data and fields of the given record are separated between them by the tabulation mark The view of an exemplary file is presented on the fig 14 records are arranged successively in rows date time DEY Rl Ra E3 Ra ES Re ET ES Ra 2009 12 03 16 57 00 1 2 236000e 01 3 256079e 01 2009 12 03 16 56 00 1 32000e 01 3 310589e 01 2009 12 03 16 59 00 1 2 231000e 01 3 517568 7 e 01 2009 12 03 17 02 00 1 z 225000e 01 3 33515 76e 01 2009 12 03 17 03 00 1 2 222000e 01 3 326080e 01 2009 12 03 17 04 00 1 2 D000e 01 3 32o0560e 01 2009 12 03 17 05 00 1 l5000e 01 3 335072e 01 2009 12 03 17 07 00 1 2 217000e 01 3 330567e 01 2009 12 03 17 12 00 1 2 207000e 01 3 335072e 01 2009 12 03 17 14 00 1 z 204000e 01 3 349050e 01 2009 12 03 17 15 00 1 2 06000e 01 3 359520e 01 2009 12 03 17 16 00 1 2 206000e 01 3 330567e 01 2009 12 03 17 17 00 1 2 204000e 01 3 342062et01 2009 12 03 17 18 00 1 2 201000e 01 3 335072e 01 2009 12 03 17 19 00 1 2 200000e 01 3 331576e 01 2009 12 03 17 20 00 1 2 197000e 01 3 3355072e 01 2009 12 03 17 23 00 1 2 197000e 01 3 370000e 01 2009 12 03 17 24 00 1 2 202999e 01 3 40138 e 01 2009 12 03 17 25 00 1 2 210000e 01 3 390930e 01 2009 12 03 17 26 00 1 2 215000e 01 3 390930e 01 2009 12 03 17 27 00 1 2 220000e 01 3 363956e
57. s preceeded 4039 0 60000 E by the query for password pane a This parameter occurs in the ggmm format where gg means hour 4040 wir 0 2359 mm means minute the introduction of erroneous hours will cause the setting 23 however the introduction of erroneous minutes will cause the setting 59 4041 dREE 101 1231 Current date in month 100 day format 4042 YEAr wit 2001 2099 Current year in YYYY format Automatic change of time summer winter and 4043 i OO O O Switching the unit backlight on and off 0 Backlightswitohed off 1 Backlightswitehedon Erase the archive contents The write of the value 1 wir O 1 causes the archive erasing and setting the value 0 in NON the register 40496 r 0 7956 Memory page defining the memory beginning 4047 r 0 7966 Memory page defining the memory end Byte defining the archive beginning The value in the 4048 r 0 527 register shows from which byte of archive beginning begins the archive Byte defining the archive end The value in the 4049 r 0 527 register shows the successive byte under which the archive record will be written Status of added devices the bit setting in the given 4050 r 0 1023 position signals a communication error in the given device The bit O corresponds to the first device Recorder status Describes the current recorder state Successive bits present event data The set bit on 1 means that the event took place 4051 w
58. s the graphical n on normal transition from 0 to 1 presentation of alarm types n off normal transition from 1 to 0 on enabled OFF disabled H on Manually enabled Till the time to change the alarm type the alarm output remains enabled for good H oFF Manually disabled Till the time to change the alarm type the alarm output remains disabled for good EYP 6892 EJP J EYP_Y Delay of alarm switching dL4 J dL9 Support of alarm signalling OFF function disabled In situation when the support function is on function enabled enabled after stopping the alarm state the signalling diode is not blank It signals the alarm state till the moment of its blank by means of the push button combination The function concerns only and exclusively the alarm signalling thus the relay contacts will operate without supporting in accordance with the selected alarm type Table 5 oUE Input quantity to which the analog 00 0__ d9r9 register number readout in the output has to react form dXrY where X device number Y register number read out from the device Hor current time nP value on the display Lower threshold of the analog output 19999 99999 One must give the value on which we want to obtain a minimal signal value on the analog output Upper threshold of the analog output 19999 99999 One must give the value on which we want to obtain a ma
59. services such a number of rows 8 INTERFACE RS 485 Programmable digital N30B recorders have one or two serial links in RS 485 standards for the communication in computer systems and with other devices fulfilling Master or slave functions An asynchronous communication character protocol MODBUS has been implemented on the serial link links 8 1 Connection Way of the Serial Interface The RS 485 standard allows to a direct communication of 32 devices on a single serial link of 1200m long at baud rate 9600 b s For the connection of a higher quantity of devices it is necessary to apply additional intermediate separating systems e g PD51 converter of LUMEL S A s production The outlet of the interface line is presented on the fig 4 To obtain a correct transmission it is necessary to connect lines A and B in parallel with their equivalents in other devices The connection must be made through a screened wire The wire screen must be connected to the protective terminal in the nearest possible proximity of the recorder connect the screen only to a single point of the protective terminal The GND line serves to the additional protection of the interface line at long connections Then one must connect GND signals of all devices on the RS 485 bus To obtain the connection with the computer a RS 485 interface card or a suitable converter is indispensable or a suitable converter as e g PD51 or PD10 The connection way of devices is shown
60. switching in the slave mode requires the setting of the REYPE parameter on the SLu value in the nPuE menu operation without archiving or SLuA operation with archiving of recorded values During the operation in slave mode connector parameters depend on the used interface For the port 2 interface transmission parameters are determined by Addr defines the device address bAUd baud rate e Prot type of the information frame For a recorder with the additional plate of outputs transmission parameters on the port 1 are defined by parameters e Addr defines the device address e bAUd baud rate e Prot I type of the information frame N30B 09 User s Manual 22 After performing the configuration of transmission parameters QUE menu and choosing the working mode I nPUE menu the recorder is ready to work in slave mode Data can be recorded and read out from the recorder For recording data which have to be archived displayed have to control alarms or analog outputs 32 bit registers of float type 8000 8099 or registers 8200 8399 float value located in two 16 bit registers are destined The value located in data register can be reviewed from the recorder level through the entry in the value monitoring mode see section 5 3 Values stored in register 8000 8099 can be archived The archiving is carried out in a similar way as archiving in the master working mode see section 5 5 where read out
61. t additional signals without the upper plate the interface of the port 1 works depending on the ALYFE parameter setting in the recorder menu as master or slave table 1 The OC output is used for signalling the transmission error with devices added on during the master mode operation Notice the memory card must be inserted into the recorder with contacts on the upper side Before the card insertion one must acquaint with the memory card description Chapter 7 of the user s manual Notice The connection of RS 485 interface signals must be made by means of a wire composed of twisted pairs placed in a braided screen During the assembly one must take into consideration that A and B lines constitute one pair of wires twisted together The screen must be connected to the terminal PE in the nearer proximity of the N30 B recorder N30B 09 User s Manual 7 5 SERVICE 5 1 Display Description Alarm indexes Measured value START STOP Start Stop input state Back ligh i The averaging time is not go by ack lighted unit RESET RST input state ee Resignation push button increasing push button Value change Acceptation push button push button Fig 5 Description of the recorder frontal plate Special symbols placed on the recorder display mean T transmission symbol on the object port The symbol is flickering during broadcasting red colour or receiving green colour data by the recorder C the symbo
62. ter map of the N30B recorder is presented below Notice All given addresses are physical addresses In some computer programs logic addressing is applied then addresses must be increased of 1 Table 8 Range of Value type Description addresses 4000 4062 integer 16 bits Value placed in a 16 bit register 4300 4379 4500 4764 integer 16 bits Value placed in a 16 bit register Enables the readout of the archive internal memory contents 7000 7099 float 32 bits Value placed in two successive 16 bit registers Registers include the same data as 32 bit registers from the area 7500 Registers are only for readout N30B 09 User s Manual 31 7200 7365 float 32 bits Value placed in two successive 16 bit registers Registers include the same data as 32 bit register from the area 7600 Registers can be read out and recorded 7500 7549 float 32 bits Value placed in a 32 bit register ae 7600 7683 float 32 bits Value placed in a 32 bit register 8000 8099 Registers can be read out and recorded 8200 8399 Float 32 bits Value placed in two successive 16 bit registers Registers include the same data as 32 bit register from the area 8000 Registers can be read out and recorded 8 5 Registers for Write and Readout Table 11 Write w Readout r Number of the displayed register Defines which read out register will be displayed Registers 0 9 values read out from the device number 1 Regis
63. ters 10 19 read out from the device number 2 etc 4000 rd i 52 w r 0 100 Value 100 means that the time will be displayed 4001 wr AC 4002 A AE Measurement time expressed in seconds This time defines the averaging time of the measured displayed value The displayed value is the mean value calculated from the nt period 4003 Archiving status e ea eae soci 1 archiving ae ra nAs work in master mode with 3 archiving disabled DN ASA work in master mode with 4004 AtYPE 4 archiving enabled 4005 a a 5 Reserved 4006 wir Reserved 4007 Reserved Number of points of the individual characteristic For the value 1 the individual characteristic is disabled Segments of the individual characteristic are defined 4008 1 ndfP wir a by parameters Xn and Yn where n point number Symbol Range Description 2 q 3 D O k o 0 gt Y Sa 2 20 02 Som N30B 09 User s Manual 32 Minimal position of the decimal point when displaying the measured value o o 00000 3 4009 d_P wir 0 4 4 00000 Display colour when the displayed value is lower than collo Value 0 1 4010 Coldo wit 0 2 Display colour when the displayed value is higher than coLLo and lower than CoLHi Description red green 4011 Col bE wir Lae orange ee colour when the displayed value is higher than CoLHi Description red lt
64. the device No 0 durg__d9rJ Parameter symbol Range of changes Addr ___Addr3 Address of the co operating device The write of the O value disables the data 0 247 readout from the device r bAD r_bA9 Basic address from which follows the data readout from the device r nol r nog Number of registers read out from the device CHAr 8 bits with comma UCHAr 8 bits without comma iI nk 16 bits with comma i nk 16 bits without comma reyPQ reyP9 Type of registers read out from the Lonb 32 bits with comma device UL onb 16 bits without comma FLoAt 32 bit register floating point variable FLEdr value of float type placed in two 16 bit registers device Expressed in seconds Archived registers The menu serves for A E60 Ar E69 the register configuration which will be archived and which will be only read out see section 5 4 3 Archiving period expressed in tens of second The value 1 corresponds to the 10 sec time lt defines the length of periods in which data read out from the device have to be placed in the archive No concerned AFr90 AFrAS Kind of archiving The user can choose the continuous archiving or indicate the register which value will decide about Cont continuous archiving the conditional archiving beginning rEB0 E69 register number read out which The archiving begins if the value in the the value decides about the beginning of the i
65. the read out value does not fit in the range definite by dOPrL and dOPrH the archiving with period follows decides about the archiving beginning about the archiving beginning about the archiving beginning about the archiving beginning about the archiving beginning decides about the archiving beginning about the archiving beginning about the archiving beginning about the archiving beginning Device number 4 readout and archiving from the given device off A334 y safe 1 10 Number of read out registers from the device or number of as o data in case of float registers located in two 16 bit registers Type of uan UR read out register Value LP Description 0 0 00000 AE Register of chartype eight bits with sign 3 ia of A een nee char type eight bits without 4 AE 90080 909 2 Register of short type 16 bits with sign ae of C short type 16 bits without 4335 rb YPY A A A 4 Register of long type 32 bits with sign ae of ee ee long type 32 bits without eee of float type 32 bits variable comma sign Value of float type located in two 16 bit registers 4336 _ 4 MTY period data readout from the device expressed in ie Registers are defined on successive bits which have to be archived So bit 0 defines that the first read out register has oor Rosa ISS to be archived Bit 1 means that the second register has to be archived etc The archiving period
66. thout eee of float type 32 bits variable comma sign MO ali 000 registers 4352 Fr 96 eo period data readout from the device expressed in ie Registers are defined on successive bits which have to be archived So bit 0 defines that the first read out register has oe 680 vans to be archived Bit 1 means that the second register has to be archived etc The archiving period expressed in tens of a second A354 AF 95 wii 4 360 determines every which period data have to be stored in the memory Kind of archiving number of the register releasing the A 4 conditional archiving 0 Continuous archiving DS N30B 09 User s Manual 44 The value of the first read out register decides about the archiving beginning If the read out value does not fit in the range definite by dOPrL and dOPrH the archiving with period follows 2 The value of the second read out register decides about the archiving beginning The value of the third read out register decides 3 ye a about the archiving beginning 4 The value of the fourth read out register decides about the archiving beginning 5 The value of the fifth read out register decides about the archiving beginning The value of the sixth read out register decides about the archiving beginning 7 The value of the seventh read out register decides about the archiving beginning The value of the eighth read out register decides about the archiving beginning The va
67. ual 12 The first register read out from the device No 0 is placed in the register 8000 however the second read out register in the register 8001 etc For the second device the first read out register will be placed in the recorder register 8010 The second register is read out in the register 8011 etc Remaining read out registers will be placed in a similar way During the programming of registers which have to be archived the push button serves to choose the register number however the push button serves to change the state to enable or disable the archiving of the given register The exemplary view during programming is presented on the fig 8 Register archiving enabled First read out register Register archiving disabled Fig 8 Way of register archiving presentation The presented drawing means that for the selected device read out registers 1 2 4 and 10 will be archived E g for the device No 0 that will be registers 8000 8001 8003 and 8009 5 4 4 Characteristic of Programmed Parameters Programming parameters and the change range of their quantities are presented in the table below Table 1 Parameter symbol Range of changes rd SP Selection of displayed register The selected register can be averaged with the set averaging time and can be submitted to conversion on the base of the individual characteristic Measurement time expressed in seconds The result on the display represents the mean v
68. urn over the recorder to repair it in a certified service workshop The disassembly of the housing causes the cancellation of the granted guarantee Our policy is one of continuous improvement and we reserve the right to make changes in design and specifications of any products as engineering advances or necessity requires and revise the above specifications without notice N30B 09 User s Manual 59 MEASUREMENT SALES PROGRAM RECORDING DIGITAL AND BARGRAPH PANEL RECORDERS MEASURING TRANSDUCERS ANALOG PANEL RECORDERS DIN INSTRUMENTS ANALOG AND DIGITAL CLAMP ON RECORDERS INDUSTRIAL CONTROLLERS FOR AUTOMATION CHART AND PAPERLESS RECORDERS POWER CONTROL UNITS AND SOLIDE STATE RELAYS 1 PHASE AND 3 PHASE ELECTRONIC WATT HOUR RECORDERS INTEGRATION ELEMENTS OF MEASURING NETWORKS LARGE SIZE ALPHANUMERICAL DISPLAY PANELS ACCESSORIES FOR MEASURING INSTRUMENTS SHUNTS AND TRANSFORMERS MEASURING SYSTEMS ENERGY HEAT CONTROL CUSTOM MADE PRODUCTS WE ALSO OFFER OUR SERVICES IN THE PRODUCTION OF ALUMINIUM ALLOY PRESSURE CASTINGS PRECISION ENGINEERING and THERMOPLASTICS PARTS SMT ASSEMBLY SERVICES SUBCONTRACTED ELECTRONIC PRODUCTS QUALITY PROCEDURES According to ISO 9001 and ISO 14001 international requirements All our instruments have CE mark For more information please write to or phone our Export Department Doc N30B 09 21 03 2011 Lubuskie Zaktady Aparatow Elektrycznych
69. ximal signal value on the analog output 10 V or 20 mA Type of analog output 0 IDU voltage 0 10V U_2UA current 0 20mA 4_2UA current 4 20mA Baud rate of the external interface 4_8 4800 bit s RS 485 of port 2 9_6 9600 bit s I9_2 19200 bit s J8_4 38400 bit s 571 6 57600 bit s 115 2 115200 bit s N30B 09 User s Manual 15 Prok Type of the transmission frame of the rng external interface RS 485 of port 2 BE rBo l rBn value cause the disable of the port 1interface bAud Baud rate of the object interface 48 4800 bit s RS 485 of port 1 9_6 9600 bit s I9_2 19200 bit s J8_4 38400 bit s 51 56 57600 bit s I 15_e 115200 bit s Prot Type of the transmission frame of the interface RS 485 of port 1 E DUE Waiting time to begin the response 100 5000 ms from the co operating device of slave type This time is expressed in milliseconds NOTICE In the version without additional outputs one can switch the port 1 interface to operate in the interface mode for programming Operation in the slave mode Then the recorder accepts settings in accordance with bAUd ErYb 1 Addr parameters Table 6 SEr Parameter symbol Description Range changes Write of manufacturer s settings The no do nothing setting of 4E5 value causes the write of YES causes the write of manufacturer s standard parameters in the recorder Settings Values of manufacturer s

PANEL DIGITAL RECORDER N30B TYPE

Contents

Download Pdf Manuals

Related Search

Related Contents