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YOKOGAWA FA-M3 VITESSE F3CX04-0N, User Manual

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YOKOGAWA FA-M3 VITESSE F3CX04-0N User Manual Download Page 84

             

C1-2

 

 

IM 34M06H63-01E

1st Edition : July, 2003-00

 

C1.1  Single-input 

Mode 

The single-input mode is the standard operation mode of the module where each channel 

operates independently. With the required conditions defined, a channel measures a 

temperature and provides it as a PV value. For details of each function, see Section C2, 

"Input-related Functions." 

External input

Normal input

Input register

I/O register

Terminal

EXPV

PV

PVIN

Input type selection

Square root computation

Broken line biasing

Input filtering

Input range conversion

Fixed biasing 

EXPV/PV

 

 

 

This flowchart illustrates the module functions as functional blocks. Some details are omitted intentionally to facilitate 
reading. 

 

Figure C1.1      Overview of Single-input Mode 

Summary of Contents for FA-M3 VITESSE F3CX04-0N

Page 1: ...User s Manual IM 34M06H63 01E Temperature Monitoring Module IM 34M06H63 01E 2nd Edition Yokogawa Electric Corporation Applicable Modules Model Code Model Name F3CX04 0N Temperature Monitoring Module...

Page 2: ...Blank Page...

Page 3: ...2003 Yokogawa Electric Corporation Applicable Product Range free Multi controller FA M3 Model F3CX04 0N Name Temperature Monitoring Module The document number for this manual is given below Refer to t...

Page 4: ...contact the nearest Yokogawa Electric representative or sales office Safety Symbols Danger This symbol on the product indicates that the operator must follow the instructions laid out in this user s...

Page 5: ...l proof design and fail safe design of processes and lines using the product and the system controlled by it the user should implement it using devices and equipment additional to this product If comp...

Page 6: ...the software for use with each additional computer Copying the software for any purposes other than backup is strictly prohibited Store the original media that contain the software in a safe place Rev...

Page 7: ...USE COPPER CONDUCTORS ONLY Use conductors with temperature rating above 75 C Securely tighten screws Securely tighten module mounting screws and terminal screws to avoid problems such as faulty operat...

Page 8: ...ces with high temperature or humidity Since the CPU module has a built in battery avoid storage in places with high temperature or humidity Since the service life of the battery is drastically reduced...

Page 9: ...al before connecting wires Refer to the Hardware Manual IM 34M06C11 01E or the applicable user s manual for the external wiring drawing Refer to A3 6 5 Connecting Output Devices in the Hardware Manual...

Page 10: ...dance with domestic law concerning disposal See the User s Manual of F3RP6 for the removal procedure Take a right action on waste batteries because the collection system in the EU on waste batteries a...

Page 11: ...s Manuals Read the following manuals as required For information on the specifications configuration installation wiring trial operation maintenance and inspection of the e RT3 as well as information...

Page 12: ...ire document is strictly prohibited by the Copyright Law Except as stated above no part of the online manuals may be reproduced transferred sold or distributed to a third party in any manner either in...

Page 13: ...A4 Hardware Preparation A4 1 A4 1 Selecting Input Types and Power Supply Frequency A4 2 A4 2 Attaching Detaching Modules A4 6 A4 3 Wiring A4 8 A4 3 1 Wiring Precautions A4 8 A4 3 2 Terminal Wiring Di...

Page 14: ...Operation B3 8 B4 Sample Program B4 1 PART C Function Description C1 Monitoring Mode C1 1 C1 1 Single input Mode C1 2 C1 2 Two input Changeover Mode C1 4 C1 3 Disabled Mode C1 7 C2 Input related Funct...

Page 15: ...ng Temperature Unit C6 1 PART D Troubleshooting D1 Before Performing Checks D1 1 D2 Troubleshooting a Specific Problem D2 1 1 Input does not change or fluctuates excessively D2 2 2 The ALM or ERR LED...

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Page 17: ...Content A 1 IM 34M06H63 01E 2nd Edition July 16 2015 00 Temperature Monitoring Module PART A Function Overview IM 34M06H63 01E 2nd Edition...

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Page 19: ...ure Monitoring Module and CPU Module The module is provided with four input processing functions and one input processing function setup and operation interface to handle up to four inputs Common and...

Page 20: ...The sampling period may be set to 100 ms if only two channels are used The input conversion accuracy is 0 1 of full scale and the input resolution is 0 1 C using 5 digit representation Low resolution...

Page 21: ...the model name and suffix code of the module Table A2 1 Model and Suffix Codes Model Suffix Code Style Code Option Code Description F3CX04 0N 4 channels of universal input single slot size A2 2 Compa...

Page 22: ...N temperature monitoring module Table A2 3 Input Specifications Item Specification Input sampling period 1 200 ms for 4 channels or 100 ms for 2 channels Input types and ranges See Table A2 4 Instrume...

Page 23: ...put value is within the instrument range If the input type is thermocouple and reference junction compensation is used you should also take into consideration the accuracy of the reference junction co...

Page 24: ...acceptable input is instrument range 5 3 Data stored in the EEPROM is initialized to follow the hardware switch when power is turned on 4 This accuracy applies if the ambient temperature is 25 5 C and...

Page 25: ...s 77 F 9 F and the input value is within the instrument range If the input type is thermocouple and reference junction compensation is used you should also take into consideration the accuracy of the...

Page 26: ...nput is instrument range 5 3 Data stored in the EEPROM is initialized to follow the hardware switch when power is turned on 4 This accuracy applies if the ambient temperature is 77 F 9 F and the input...

Page 27: ...range write operations allowed Disable backup function This parameter disables the backup function It may be used if required to avoid reaching the maximum limit for write operations CAUTION For detai...

Page 28: ...bias value A compensation value based on the linear interpolation of the specified bias values is automatically added to a measured input This function is particularly useful for a deteriorated senso...

Page 29: ...values ADC RJC or EEPROM Flashes when an invalid input monitoring or operation parameter is detected or a burnout is detected Input terminal block 18 point detachable terminal block with M3 5 screws...

Page 30: ...A2 10 IM 34M06H63 01E 2nd Edition Jul 16 2015 00 A2 8 External Dimensions 83 2 22 9 28 9 100 2 Unit mm Figure A2 3 External Dimensions...

Page 31: ...efers to the FA M3 Programming Tool WideField3 and the BASIC Programming Tool M3 Essential components of the system are the power supply module the base module the CPU module software and a personal c...

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Page 33: ...1 shows the workflow for hardware preparation For details on each operation refer to the sections indicated in the column on the right Hardware Preparation Set switches Attach to base module Perform w...

Page 34: ...specifies the temperature unit for all channels For the various switch combinations and their corresponding input type and resolution values see Table 4 1 Input Type Selection Use SW1 2 to select a p...

Page 35: ...2300 Platinel 2 0 0 to 1390 0 C F OFF 15 0F 0 13900 1 0 13900 ON 47 2F 0 1390 0 0 1390 RTD JPt100 200 0 to 500 0 C 0 ON OFF 16 10 2000 5000 1 2000 5000 ON 48 30 200 500 0 200 500 200 0 to 200 0 C 1 O...

Page 36: ...2 32 0 to 2534 0 F F OFF 15 0F 320 25340 1 320 25340 ON 47 2F 32 2534 0 32 2534 RTD JPt100 328 0 to 932 0 F 0 ON OFF 16 10 3280 9320 1 3280 9320 ON 48 30 328 932 0 328 932 328 0 to 392 0 F 1 OFF 17 1...

Page 37: ...50 Hz OFF 0 Factory setting 60 Hz ON 1 1 Software Setting refers to values stored in data register FREQ Any value not listed here is ignored To enable software setting set the input type selector swit...

Page 38: ...ok the anchor slot at the bottom of the module to be attached onto the anchor pin on the bottom of the base module Push the top of this module towards the base module until the anchor release button c...

Page 39: ...ft the module off the anchor pin at the base Attaching Modules in Intense Vibration Environments If the module is used in intense vibration environments fasten the module with a screw Use screws of ty...

Page 40: ...pply or grounding circuitry b Twisting the input wire at short equal intervals may effectively protect against electromagnetic induced noise c Using a shielded wire may effectively protect against sta...

Page 41: ...Shielded twist pair wires Wire s rated temperature 75 C or higher Wire connecting method Using solderless terminal Compatibility between solderless terminal and wire size Manufacturer Model Compatible...

Page 42: ...as NC in the terminal layout and wiring diagrams Otherwise the module may not function normally a Terminal Wiring Diagram Thermocouple Input RTD Input for F3CX04 0N and DC Voltage Input 2 4 6 8 1 3 5...

Page 43: ...Content B 1 IM 34M06H63 01E 2nd Edition Jul 16 2015 00 Temperature Monitoring Module PART B Parameter Description IM 34M06H63 01E 2nd Edition...

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Page 45: ...e precautions when accessing the module from a CPU For details on the relays and registers provided with this module see Chapter B2 Types of Relays and Registers Content See Accessing from a CPU B1 1...

Page 46: ...gisters READ HRD Use the Special Module Read instruction or Special Module High Speed Read instruction for reading registers Reading is performed in 16 bit units Table B1 1 Reading Registers Function...

Page 47: ...area Writing is performed in 16 bit units Table B1 2 Writing to Registers Function No Instruction Mnemonic Symbol Is Input condition Required Condition for Execution Step count Processing unit Carry...

Page 48: ...slot number where the module is installed Figure B1 1 Reading Relays TIP This module is provided with an interrupt function for use with BASIC CPUs and other non sequence CPUs As the interrupt functio...

Page 49: ...NOFORMAT I SL Slot number n Data position number I Output variable name storing data to be written Writes output variable I to data position number n of the module installed in slot SL If the data pos...

Page 50: ...ing On After powering on it takes up to approximately 2 seconds for the module startup to complete startup initialization Any data written during this period may be ignored For instance if a write ins...

Page 51: ...ted a burnout A D converter error or other errors which prohibits normal operation Table B2 1 List of Input Relays 2 2 Input Relay Number X nn 1 Symbol Description Data Range Interrupt See Also X08 CM...

Page 52: ...r each channel They include input process value operating status error status etc which cane be used for monitoring the operation of the module B2 2 5 Operation control parameters Use these parameters...

Page 53: ...odule type or monitoring mode is ignored in so far as it has no effect on module operation If the register is read after the write operation however the written value or a register specific value may...

Page 54: ...Enable setup instruction operand 0 RW B2 3 72 OPE Setup instruction operand None 1 2 4 8or 16 For details see Table B2 5 0 RW 73 STUS Setup instruction response None 0 No error or data position number...

Page 55: ...MD12 Monitoring mode None 0 Single input mode 2 1 Two input changeover mode 3 Single input mode Odd channel disabled 4 Both channels disabled 0 RW C1 84 MD34 0 RW 1 The power supply frequency can also...

Page 56: ...O C2 102 302 502 702 PV Process value Industrial unit 5 to 105 of PRL to PRH RO 107 307 507 707 CSPNO Current SP number None 1 to 4 RO C3 108 308 508 708 RUN STUS Operating status None See Table 2 9 R...

Page 57: ...ed 3 ALM4 Alarm 4 generated 4 ALMW1 Alarm 1 waiting 5 ALMW2 Alarm 2 waiting 6 ALMW3 Alarm 3 waiting 7 ALMW4 Alarm 4 waiting 8 9 10 11 12 13 14 15 Error Status Table B2 11 Error Status ERR STUS Bit pos...

Page 58: ...0 Normal input 1 External input 0 RW C2 12 128 328 528 728 SPNO SP number selection None 1 to 4 1 RW C3 131 331 531 731 EXPV External input Industrial unit From 95 0 of SL to 105 0 of SH SL RW C2 12...

Page 59: ...ype Selection RW C2 1 1 To select input type by software you must set the input type selector switches to set by software that is SW5 0 SW1 4 OFF Input Range Settings Use these parameters to set up th...

Page 60: ...els in two input changeover mode with a maximum resolution of 14 bits 16383 SH RW C2 4 152 352 552 752 PRL PV range lower limit SL RW 153 353 553 753 PDP PV range decimal point position None 0 to 4 Ch...

Page 61: ...ontent of I O data registers at periodic intervals defined by the Input Sampling Period parameter and if it finds that a value has been updated it performs a range check If the range check is successf...

Page 62: ...channels as required They can be used for setting input correction square root extraction and input filtering of the input Table B2 15 Input Function Settings Data Position Number Symbol Description U...

Page 63: ...m 4 ON delay time RW SP Parameters Use these parameters to set alarm preset values of individual channels as required Up to 4 sets of parameters can be set Table B2 17 SP Parameters Data Position Numb...

Page 64: ...Initialize all parameters Reverts all parameters to their factory settings 1 2 Enable monitoring parameters Enables the monitoring parameters which are the most basic setup elements The module initia...

Page 65: ...that the module has entered Normal Operation state Setup instruction Transition from normal operation to Setup mode Writing a value of 1 to the Setup register initiates a transition to Setup mode Whe...

Page 66: ...r an appropriate preset value to initiate the process for enabling the new parameter value 4 The module resets the CMDRDY relay as the setup process begins It then resets the OPE register to 0 initial...

Page 67: ...ecking that the OPE register is reset to 0 Always confirm that transition to Setup mode has been completed before writing to the OPE register If data is written to the OPE register before transition h...

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Page 69: ...g Parameters B3 2 Setting Input Parameters B3 3 Setting Operation Parameters B3 4 Operation Figure B3 1 Procedure from Setup to Operation Figure B3 1 shows the procedure flow from setup to operation U...

Page 70: ...H2 CH3 CH4 81 FREQ Power supply frequency selection 1 None 0 50Hz 1 60Hz 0 RW 1 C2 2 1 The power supply frequency can also be selected using a hardware switch selector For details on how to do so see...

Page 71: ...Operation assumes the use of Single input mode Two input Changeover Mode Two input changeover mode uses two channels of monitoring functions to monitor a single process value by switching between two...

Page 72: ...e B3 5 Monitoring Mode and Channels Symbol Description Relationship between Monitoring Mode Preset Value and Channel Odd Channel 1 or 3 Even Channel 2 or 4 MD12 MD34 Monitoring mode 0 Single input Sin...

Page 73: ...tails on how to enable settings see Section B2 3 How to Enable Settings Clear Setup Mode On for 1 Scan at Startup Start Setup End Setup Set Input Range Transit to and Exit from Setup Mode Start Setup...

Page 74: ...t can take effect For details on how to enable such parameters see Section B2 3 How to Enable Settings CAUTION Changing an input parameter initializes operation parameters and other related input para...

Page 75: ...e settings see Section B2 3 How to Enable Settings Clear Setup Mode ON for 1 scan at Startup Start Setup Start Input Type Setup End Setup Transit to and Exit from Setup Mode Start Setup Start Setup Tr...

Page 76: ...Chapter C2 Input related Functions and Chapter C3 Alarm Function CAUTION Changing a monitoring parameter or input parameter initializes operation parameters Therefore always set the monitoring paramet...

Page 77: ...e Remarks I00001 Start setup All parameters to be set are stored internally in the module and thus do not require set up after each powering up These relays therefore need to be used only when the mod...

Page 78: ...sampling period Start Input Type Setup Select Input Type CH1 K 200 to 500 C CH2 K 200 to 1000 C Start Input Type Setup Initialize All Parameters Initialize all parameters Set Monitoring Parameter Enab...

Page 79: ...am has a long execution cycle a rise in the CMDRDY relay may fail to be detected In such situations confirm completion of setup by checking that the OPE register is reset to 0 Read PV Value and Error...

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Page 81: ...ip among the monitoring functions C2 Input related Functions Describes available input types and input related functions C3 Alarm Function Describes the alarm functions C4 Disable Backup Function Desc...

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Page 83: ...lationship between Monitoring Mode Preset Value and Channel Odd Channels 1 or 3 Even Channels 2 or 4 MD12 MD34 Monitoring mode 0 Single input Single input Single input 1 Two input changeover Lower tem...

Page 84: ...it as a PV value For details of each function see Section C2 Input related Functions External input Normal input Input register I O register Terminal EXPV PV PVIN Input type selection Square root comp...

Page 85: ...Position Number Symbol Description Unit Data Range Default Value Attribute Stored See Also CH1 CH2 CH3 CH4 101 301 501 701 PVIN Input process value Industrial unit From 5 0 to 105 0 of SH SL RO C2 3 1...

Page 86: ...Functions This flowchart illustrates the module functions in functional blocks Some details are intentionally omitted to facilitate understanding Figure C1 2 Overview of Two input Changeover Mode Whe...

Page 87: ...02 502 702 PV Process value Industrial unit From 5 0 to 105 0 of PRH PRL RO C2 4 323 723 INSEL Input selection None 0 Input 1 1 Input 2 0 RW C2 11 125 325 525 725 EXPV PV External input normal input s...

Page 88: ...es C2 Input related Functions PV Range Setting In two input changeover mode setting up channels 1 and 2 or channels 3 and 4 requires special attention First set the input range RH and RL for each chan...

Page 89: ...bled functions for accessing setting and controlling the channel are still available If an out of range value is written to a disabled channel an error occurs If a stored parameter of a disabled chang...

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Page 91: ...C2 1 IM 34M06H63 01E 1st Edition July 2003 00 C2 Input related Functions Input related functions are used to setup and control inputs...

Page 92: ...input changeover PRH e PRL e PDP e SL n RL n RJC n MD12 SELH e SELL e Two input changeover Two input range SELMD e MD34 o here denotes an odd channel number where o is 1 or 3 e here denotes an even ch...

Page 93: ...ion None 0 to 4 Changeable only for DC voltage input Other than DC voltage input DEC P RW DC voltage input 1 149 349 549 749 RJC Reference junction compensation None 0 Fixed value 1 ON 1 RW C2 6 150 3...

Page 94: ...For details on input type selection using switches see Section A4 1 Selecting Input Type and Power Supply Frequency Table C2 2 Input related Parameters Data Position Number Symbol Description Unit Dat...

Page 95: ...2300 Platinel 2 0 0 to 1390 0 C F OFF 15 0F 0 13900 1 0 13900 ON 47 2F 0 1390 0 0 1390 RTD JPt100 200 0 to 500 0 C 0 ON OFF 16 10 2000 5000 1 2000 5000 ON 48 30 200 500 0 200 500 200 0 to 200 0 C 1 OF...

Page 96: ...2 32 0 to 2534 0 F F OFF 15 0F 320 25340 1 320 25340 ON 47 2F 32 2534 0 32 2534 RTD JPt100 328 0 to 932 0 F 0 ON OFF 16 10 3280 9320 1 3280 9320 ON 48 30 328 932 0 328 932 328 0 to 392 0 F 1 OFF 17 11...

Page 97: ...quency setting reduces the interference of common mode noise from the power supply on input signals The parameter used is as follows Table C2 4 Power Supply Frequency Parameter Data Position Number Sy...

Page 98: ...et to the maximum value for input signals 3 Input range lower limit RL Set to the minimum value for input signals 4 Scaling decimal point position SDP Set the decimal point position for input signals...

Page 99: ...sition Number Symbol Description Unit Data Range Default Value Attribute Stored CH1 CH2 CH3 CH4 101 301 501 701 PVIN Input process value Industrial unit From 5 0 to 105 0 of the difference between SH...

Page 100: ...Table C2 7 Burnout Parameter Data Position Number Symbol Description Unit Data Range Default Value Attribute Stored CH1 CH2 CH3 CH4 150 350 550 750 BSL Burnout selection None 0 OFF 1 Up scale 2 Down s...

Page 101: ...lected CAUTION If the Burnout Selection parameter is set to Down Scale for a thermocouple range a burnout may not be detected in high temperature environments exceeding 40 C In this situation set the...

Page 102: ...erence Junction Temperature Table C2 10 Reference Junction Compensation Parameters Data Position Number Symbol Description Unit Data Range Default Value Attribute Stored CH1 CH2 CH3 CH4 149 349 549 74...

Page 103: ...X3 Y2 Figure C2 4 Broken line Biasing Example Table C2 11 Broken line Biasing Parameters Data Position Number Symbol Description Unit Data Range Default Value Attribute Stored CH1 CH2 CH3 CH4 173 373...

Page 104: ...terial in a furnace is indirectly determined by measuring the ambient temperature in the furnace where a fixed bias is added to the ambient temperature to represent the temperature of the material The...

Page 105: ...oint below which no square root extraction is done 100 0 0 0 100 0 Low cut point 0 0 5 0 Input Slope 1 Figure C2 5 Square Root Extraction Example Table C2 13 Square Root Extraction Parameters Data Pos...

Page 106: ...pecified Use the input filtering function in a noisy environment when corrections must be performed constantly Beware that a time constant that is too large may result in a distorted signal waveform A...

Page 107: ...if SELL SELH If SELL SELH changeover occurs with respect to SELH PRL 1 RW 363 763 SELL Two input changeover lower limit PRL RW 323 723 INSEL Input selection None 0 Input 1 1 Input 2 0 RW Automatic Cha...

Page 108: ...he lower temperature range Automatic Changeover Using Upper Limit SELMD 1 In this mode Input 1 is used when it is not higher than SELH and Input 2 is used when Input 1 is higher than SELH as follows I...

Page 109: ...ormal input An external input may be used for testing without a thermocouple or sensor connected Table C2 16 External Input Parameters Data Position Number Symbol Description Unit Data Range Default V...

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Page 111: ...C3 1 IM 34M06H63 01E 1st Edition July 2003 00 C3 Alarm Function This chapter describes the alarm functions of the module...

Page 112: ...Block Diagram of Alarm Functions CAUTION Alarms 3 and 4 have no input relay Alarm processing 1 PV n Alarm processing 2 Alarm processing 3 Alarm processing 4 ALM STUS n ALM2 R n ALM1 R n Input register...

Page 113: ...4 644 844 3 A3 Alarm 3 preset value PRH RW 245 445 645 845 3 A4 Alarm 4 preset value PRL RW 262 462 662 862 4 A1 Alarm 1 preset value Industrial unit 30000 to 30000 PRH RW 263 463 663 863 4 A2 Alarm 2...

Page 114: ...see Section C3 2 Wait Function Table C3 4 Alarm Functions Alarm Functions Operation Alarm Type ON OFF represents an alarm condition No alarm 0 Upper limit 1 11 Lower limit 2 12 CAUTION The ALM LED on...

Page 115: ...r up Change in SP number SPNO Figure C3 2 below shows an example of the alarm function when the alarm type is set to Lower Limit with Waiting Normal Normal Alarm Power up Time Lower limit ALM ALMW ON...

Page 116: ...Delay timer running Measurement C Figure C3 3 Alarm Delay Timer C3 4 Selecting Alarm Preset Values There is a set of four alarm preset values A1 to A4 which can be selected by setting the SP Number SP...

Page 117: ...ng is not allowed and a hardware failure occurs If the Disable Backup Function NBKUP parameter is set to 1 no backup changes to stored parameters are not written to the EEPROM Thus when the module is...

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Page 119: ...C5 1 IM 34M06H63 01E 1st Edition July 2003 00 C5 Self diagnosis Function This chapter describes how to identify and rectify problems that may occur at start up or during normal operation...

Page 120: ...5 3 RO 52 ERR STUS 2 RO 53 ERR STUS 3 RO 54 ERR STUS 4 RO Table C5 2 Operating Status RUN STUS Bit Pos Symbol Description 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 0 1 2 3 4 EXPV PV 0 Normal 1 External 5...

Page 121: ...value and resumes normal operation Normal operation accuracy not guaranteed 3 Flashing Monitoring or input parameter value error Automatically initializes monitoring or input parameter and resumes no...

Page 122: ...ing PV burnout Depends on BSL burnout selection Depends on BSL burnout selection Check the sensor and sensor circuit Proces s error 12 13 Off PV OVER PV 105 or 5 Limitvalues Check the process Undefine...

Page 123: ...C6 1 IM 34M06H63 01E 1st Edition July 2003 00 C6 Selecting Temperature Unit This section describes how to set the temperature unit used with this module...

Page 124: ...t type selector switch SW1 4 Input type selector switch Figure C6 1 Input Type Power Frequency and Temperature Unit Selector Switches on the Side of the Module TableC6 1 Temperature Unit Selection Tem...

Page 125: ...Content D 1 IM 34M06H63 01E 2nd Edition Jul 16 2015 00 Temperature Monitoring Module PART D Troubleshooting IM 34M06H63 01E 2nd Edition...

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Page 127: ...cted operations subsequently If replacing a module solves a problem it is highly likely that the replaced module has some invalid preset values In this case we recommended that you check all preset va...

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Page 129: ...you observe the following phenomena 1 Input does not change or fluctuates excessively 2 The ALM or ERR LED indicator is lit or flashing For details on the self diagnosis function and corrective measu...

Page 130: ...set to 0 B2 3 81 FREQ Power supply frequency selection Is FREQ correctly set to match the frequency of the power supply used It must be correctly set B3 1 1 82 SMP Input sampling period Is the channel...

Page 131: ...09 509 709 ALM STUS Alarm status Is any of bits 0 3 set If so check the corresponding alarm type alarm setting and alarm hysteresis C3 110 310 510 710 ERR STUS Error status Is any bit set If so check...

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Page 133: ...alues for channels 1 to 4 RO C2 2 PV 2 RO 3 PV 3 RO 4 PV 4 RO 5 Not used 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 RUN STUS 1 Operating st...

Page 134: ...on Control Parameters Data Position Number Symbol Description Attribute Stored See Also CH1 CH2 CH3 CH4 71 SETUP Setup RW B2 3 72 OPE Setup instruction operand RW 73 STUS Setup instruction response RO...

Page 135: ...315 515 715 116 316 516 716 117 317 517 717 118 318 518 718 119 319 519 719 120 320 520 720 Appendix Table 5 Operation Control Parameters Data Position Number Symbol Description Attribute Stored See A...

Page 136: ...54 554 754 Not used 155 355 555 755 156 356 556 756 157 357 557 757 158 358 558 758 159 359 559 759 160 360 560 760 Appendix Table 7 Operation Parameters 1 3 Data Position Number Symbol Description At...

Page 137: ...09 609 809 210 410 610 810 211 411 611 811 212 412 612 812 213 413 613 813 214 414 614 814 215 415 615 815 216 416 616 816 217 417 617 817 218 418 618 818 219 419 619 819 220 420 620 820 221 421 621 8...

Page 138: ...3 preset value RW 265 465 665 865 4 A4 Alarm 4 preset value RW 266 466 666 866 Not used 267 467 667 867 268 468 668 868 269 469 669 869 270 470 670 870 271 471 671 871 272 472 672 872 273 473 673 873...

Page 139: ...us ALM STUS Bit Pos Symbol Description 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 0 ALM1 Alarm 1 generated 1 ALM2 Alarm 2 generated 2 ALM3 Alarm 3 generated 3 ALM4 Alarm 4 generated 4 ALMW1 Alarm 1 waiting...

Page 140: ...t RW indicates a register that can be read as well as written A mark in the Stored column indicates that the value of the register is backed up to the EEPROM and need not be re written to the module a...

Page 141: ...DY relay B1 6 Module Startup Completed MDLRDY B2 14 Monitoring mode B3 3 C1 1 Monitoring parameters B2 5 B3 2 O Operation control parameters B2 8 Operation parameters B2 11 P Power supply frequency B3...

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Page 143: ...tion of explanation on compliant with EN61326 2 3 2013 Incorporation of addendum contents For Questions and More Information If you have any questions you can send an E mail to the following address E...

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