RKC INSTRUMENT Z-TIO-G Instruction Manual Download Page 65 | Manualshive

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MODBUS

IMS01T28-E4

7-1

7.1 Communication Protocol .................................................................. 7-2

7.1.1 Message format ........................................................................................ 7-2
7.1.2 Function code ........................................................................................... 7-3
7.1.3 Communication mode ............................................................................... 7-3
7.1.4 Slave responses ....................................................................................... 7-4
7.1.5 Calculating CRC-16 .................................................................................. 7-5

7.2 Register Read and Write .................................................................. 7-8

7.2.1  Read holding registers [03H]   ................................................................... 7-8
7.2.2  Preset single register [06H] ..................................................................... 7-9
7.2.3 Diagnostics (Loopback test) [08H] ........................................................ 7-10
7.2.4  Preset multiple registers [10H] .............................................................. 7-11

7.3 Data Processing Precautions ......................................................... 7-12

7.4 How to Use Memory Area Data ...................................................... 7-13

7.5 How to Use Data Mapping .............................................................. 7-17

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Summary of Contents for Z-TIO-G

Page 1: ...Module Type Controller SRZ IMS01T28 E4 RKC INSTRUMENT INC Z TIO G Instruction Manual High Accuracy Module...

Page 2: ...ved Copyright 2012 RKC INSTRUMENT INC Modbus is a registered trademark of Schneider Electric Company names and product names used in this manual are the trademarks or registered trademarks of the resp...

Page 3: ...s instrument could result in damage to the instrument equipment or injury to personnel All wiring must be completed before power is turned on to prevent electric shock fire or damage to the instrument...

Page 4: ...the specified torque found in the manual to avoid electric shock fire or malfunction For proper operation of this instrument provide adequate ventilation for heat dissipation Do not connect wires to u...

Page 5: ...l Selections and Communication Speed Setting 3 4 3 3 Loader Communication Setting 3 5 3 4 Operating Precautions 3 6 3 5 Communication Requirements 3 7 4 MOUNTING 4 1 4 1 Mounting Cautions 4 2 4 2 Dime...

Page 6: ...lding registers 03H 7 8 7 2 2 Preset single register 06H 7 9 7 2 3 Diagnostics Loopback test 08H 7 10 7 2 4 Preset multiple registers 10H 7 11 7 3 Data Processing Precautions 7 12 7 4 How to Use Memor...

Page 7: ...change 9 39 9 3 2 Setting data common to Z TIO A B C D G 9 45 9 3 3 Setting parameters exclusive to Z TIO G module 9 95 10 TROUBLESHOOTING 10 1 11 SPECIFICATIONS 11 1 12 APPENDIX 12 1 12 1 ASCII 7 bi...

Page 8: ...i 6 IMS01T28 E4 MEMO...

Page 9: ...OUTLINE IMS01T28 E4 1 1 1 1 Features 1 2 1 2 Checking the Product 1 3 1 3 Model Code 1 4 1 4 Parts Description 1 6...

Page 10: ...can be more than 32 channels Joinable modules The Z TIO G module can be used together with Z TIO A B C D modules Z DIO A module and Z CT module The Z TIO C D modules mainly used for PLC communication...

Page 11: ...arks Z TIO G Installation Manual IMS01T26 X 1 Enclosed with instrument Joint connector cover KSRZ 517A 2 Enclosed with instrument Power terminal cover KSRZ 518A 1 Enclosed with instrument PFF transfor...

Page 12: ...ward input 2 No quick start code Configured to factory default N Quick start code Specify quick start code 1 1 Specify quick start code 1 and 2 2 Control Method all channel common Quick start code 1 Q...

Page 13: ...nt type code table Temperature rise completion 6 Event function 4 EV4 None N Event function 4 Refer to Event type code table Control loop break alarm LBA 5 CT type None N Communication protocol RKC co...

Page 14: ...our COM K USB communication converter sold separately 1 and a personal computer can be connected with the appropriate cables and our communication tool PROTEM2 2 can be installed on the computer to e...

Page 15: ...ules and all of the joined modules will receive power Refer to 5 1 Wiring Cautions Used to mechanically and electrically connect each module Joint connector Communication terminals RS 485 Connect comm...

Page 16: ...IMS01T28 E4 1 8 MEMO...

Page 17: ...SETTING PROCEDURE TO OPERATION IMS01T28 E4 2 1 2 1 When Use Host Communication 2 2 2 2 When Performing Operation Setting via Loader Communication 2 4...

Page 18: ...or the communication protocol refer to 6 RKC COMMUNICATION P 6 1 or 7 MODBUS P 7 1 Set the Z TIO G module address Refer to 3 1 Module Address Setting P 3 2 Set the communication settings of Z TIO G mo...

Page 19: ...ring data can only be set in Z TIO G modules when the Z TIO G module is stopped For communication data refer to 8 COMMUNICATION DATA LIST P 8 1 For function description of communication data refer to...

Page 20: ...d Communication support tool PROTEM2 Communication tool for SRZ The PROTEM2 can be downloaded from the RKC official website https www rkcinst com For RKC communication protocol refer to 6 RKC COMMUNIC...

Page 21: ...the Z TIO G module is set to control start RUN switch to control stop STOP Engineering data can only be set in Z TIO G modules when the Z TIO G module is stopped For communication data refer to 8 COM...

Page 22: ...2 6 IMS01T28 E4 MEMO...

Page 23: ...TTINGS IMS01T28 E4 3 1 3 1 Module Address Setting 3 2 3 2 Protocol Selections and Communication Speed Setting 3 4 3 3 Loader Communication Setting 3 5 3 4 Operating Precautions 3 6 3 5 Communication R...

Page 24: ...ess on the same communication line Address setting switch Setting range 0 to F 0 to 15 Decimal number Factory set value 0 The module address number RKC communication 0 to 15 decimal Modbus 1 to 16 dec...

Page 25: ...cation is used Addresses when Z TIO G modules and other Z DIO A modules are joined When Z TIO modules Z TIO A B C D G and Z DIO A modules are used connected in the same system unit address setting can...

Page 26: ...Communication speed OFF OFF 4800 bps ON OFF 9600 bps OFF ON 19200 bps ON ON 38400 bps Factory set value 19200 bps 3 4 5 Data bit configuration OFF OFF OFF Data 7 bit without parity Stop 1 bit OFF ON...

Page 27: ...is not required for the Z TIO G module Adjust the communication setting on the host side same as that for the Z TIO G module Address communication speed communication protocol and data bit configurat...

Page 28: ...0 to 105 0 Actual output value is restricted by the output limiter Event output Action depends on the setting of Force ON of Event action Refer to Functional explanation of the action at input error...

Page 29: ...50 ms max Response send time after controller receives NAK 50 ms max Response send time after controller sends BCC 2 ms max RKC communication Selecting procedure Procedure details Time Response send...

Page 30: ...oller sends ACK or Response wait time after the controller sends NAK b a S T X B C C or N A K A C K Host computer SRZ Send data Possible Impossible Possible Impossible Sending status Send data Possibl...

Page 31: ...MOUNTING IMS01T28 E4 4 1 4 1 Mounting Cautions 4 2 4 2 Dimensions 4 4 4 3 Important Points When Joining Modules 4 5 4 4 DIN Rail Mounting and Removing 4 6 4 5 Panel Mounting 4 8...

Page 32: ...direct sunlight Excessive heat accumulation 4 Mount this instrument in the panel considering the following conditions Provide adequate ventilation space so that heat does not build up Do not mount th...

Page 33: ...nectors Joint connector cover Standard equipment Parts code Ordering code Q ty KSRZ 517A 00433384 2 Joint connector cover Installing direction of SRZ unit Mount the SRZ unit in the direction specified...

Page 34: ...4 MOUNTING 4 4 IMS01T28 E4 4 2 Dimensions Terminal type module 85 100 5 Unit mm 30 6 7...

Page 35: ...nection is 16 The Z TIO C D modules are available with a host communication only The Z TIO G module can be used with Z DIO A and Z CT modules The maximum connection in this case Z TIO A B C D G Z DIO...

Page 36: ...et up to secure the module to the DIN rail C B Push Mounting bracket DIN rail A Pull down C Locked 3 Mount the modules on the DIN rail Slide the modules until the modules are closely joined together a...

Page 37: ...tion of connectors Joint connector cover To firmly fix the modules use end plates on both sides of the mounted modules End plate Parts code Ordering code Q ty DEP 01 00434944 2 End plate sold separate...

Page 38: ...3 kgf cm 2 Remove the base from the module B while the lock is pressed A Fig 1 B Fig 1 Removing the base Lock Bottom of the module mainframe A 3 Join bases Then lock them by pushing in the mounting b...

Page 39: ...5 1 5 1 Wiring Cautions 5 2 5 2 Connecting Precautions 5 4 5 3 Terminal Configuration 5 5 5 4 Connection to Host Computer 5 7 5 5 Installation of Termination Resistor 5 11 5 6 Connections for Loader...

Page 40: ...6 A Supply the power to only one of the joined modules When power is supplied to any one of the joined modules all of the joined modules will receive power Select the power capacity which is appropria...

Page 41: ...ured input CH2 Output 2 OUT2 1 2 Communication 1 When all outputs are continuous output current output voltage output or voltage pulse output there is no need for isolation between outputs There is al...

Page 42: ...herwise the connector pins may be bent causing instrument failure When disconnecting a connector hold it by the connector itself Disconnecting connectors by yanking on their cables can cause breakdown...

Page 43: ...ds do not apply to triac output type CE UL cUL RCM Power feed forward input 22 21 PFF Triac output Voltage pulse Current Voltage output Open collector output 24 OUT2 23 Triac 24 23 OUT2 24 23 OUT2 27...

Page 44: ...als to the power terminals with a Phillips head screwdriver Prior to conducting the wiring always turn OFF the power 1 2 1 2 DC 24 V Power supply terminals 2 1 Base Solderless terminals 3 4 5 3 Return...

Page 45: ...dules can be connected The maximum number of SRZ modules including other function modules on the same communication line is 31 Function modules Z TIO Z DIO and Z CT connected inside the same unit can...

Page 46: ...DIO and Z CT connected inside the same unit can be placed in any position Host computer master RS 485 RS 485 0 1 2 3 4 5 SRZ unit slave Module address Slave address 16 17 18 Z TIO module Z DIO module...

Page 47: ...SRZ unit R SG T R B T R A Z TIO module Slave SG 5 T R A 3 4 T R B SG 5 T R A 3 4 T R B R Z TIO module Slave Shielded twisted pair wire Connected by the internal communication line R Termination resist...

Page 48: ...o USB port of a personal computer USB cable COM K accessory Connected to USB connector R Termination resistor Example 120 1 2 W If communication errors occur frequently due to the operation environmen...

Page 49: ...le at the end of the communication line from the host computer When two or more Z TIO module are connected When two or more Z DIO module are connected to Z TIO module Base 3 4 5 SG T R A T R B Termina...

Page 50: ...n resistor Host computer master SRZ unit Slave Z TIO module Z DIO module SRZ unit Slave Z TIO module Z DIO module RS 485 Z TIO module SRZ unit Slave Internal communication line RS 485 Internal communi...

Page 51: ...st com USB communication converter COM K USB cable COM K accessory Connected to loader communication connector of the module Connected to USB port of a personal computer Loader communication cable W B...

Page 52: ...5 14 IMS01T28 E4 MEMO...

Page 53: ...01T28 E4 6 1 6 1 Polling 6 2 6 1 1 Polling procedures 6 2 6 1 2 Polling procedures example 6 7 6 2 Selecting 6 8 6 2 1 Selecting procedures 6 8 6 2 2 Selecting procedures example 6 11 6 3 Communicatio...

Page 54: ...on control characters Transmission control characters used in SRZ EOT 04H ENQ 05H ACK 06H NAK 15H STX 02H ETB 17H ETX 03H Hexadecimal Data send receive state can be monitored by using our communicatio...

Page 55: ...transmitted a message once becomes effective so long as data link is not initialized by transmit and receive of EOT 2 Memory area number 2 digits This is the identifier to specify the Memory area numb...

Page 56: ...ch is indicated by an identifier of this instrument consisting of channel numbers data etc Each channel number and data are delimited by a space 20H The data and the next channel number are delimited...

Page 57: ...ling address is not received correctly It may be necessary for the host computer to take corrective action such as a time out 6 ACK Acknowledgment An acknowledgment ACK is sent by the host computer wh...

Page 58: ...EOT to terminate the data link time out time about 3 seconds 9 Indefinite response from host computer The SRZ sends EOT to terminate the data link when the host computer response is indefinite 10 EOT...

Page 59: ...transmission E O T 0 1 K 1 S 1 E N Q N A K 04H 30H 31H 4BH 31H 53H 31H 05H 15H S T X S 1 0 1 4 0 0 0 E T X B C C 02H 53H 31H 30H 31H 20H 20H 34H 30H 30H 2EH 30H 03H E O T 04H S T X S 1 0 1 E T X B C...

Page 60: ...er sends EOT to the SRZ to initiate data link before selecting sequence 2 Sending selecting address from the host computer Host computer sends selecting address for the selecting sequence Address 2 di...

Page 61: ...05 minutes 0 65 0 minute 65 seconds 1 05 1 minute 05 seconds About numerical data Receivable data The SRZ can receive zero suppressed data and whole number data data without decimal fraction Number o...

Page 62: ...e SRZ does not receive correct data from the host computer it sends a negative acknowledgment NAK to the host computer Corrections such as re send must be made at the host computer The SRZ will send N...

Page 63: ...ror transmission E O T 0 1 S T X K 1 S 1 0 1 4 0 0 0 E T X B C C 04H 30H 31H 02H 4BH 31H 53H 31H 30H 31H 20H 20H 20H 34H 30H 30H 30H 03H N A K 15H S T X K 1 S 1 0 1 E T X B C C E O T 02H 4BH 31H 53H 3...

Page 64: ...e appropriate memory area If a Memory area number is specified for data that does not correspond to a memory area the specification will be invalid Data for each module address Without channel Data le...

Page 65: ...ve responses 7 4 7 1 5 Calculating CRC 16 7 5 7 2 Register Read and Write 7 8 7 2 1 Read holding registers 03H 7 8 7 2 2 Preset single register 06H 7 9 7 2 3 Diagnostics Loopback test 08H 7 10 7 2 4 P...

Page 66: ...ting switch located at the front of the function module Z TIO and Z DIO For details refer to 3 1 Module Address Setting P 3 2 Although all connected slave units receive the query message sent from the...

Page 67: ...8 8 8 08H Diagnostics loopback test 8 8 8 8 10H Preset multiple registers 11 255 8 8 7 1 3 Communication mode Signal transmission between the master and slaves is conducted in Remote Terminal Unit RTU...

Page 68: ...elf diagnostic function of the slave detects an error the slave will return an error response message to all query messages The function code of each error response message is obtained by adding 80H t...

Page 69: ...sequence 1 Load FFFFH to a 16 bit CRC register 2 Exclusive OR the first byte 8 bits of the message with the CRC register Return the result to the CRC register 3 Shift the CRC register 1 bit to the rig...

Page 70: ...ght Carry flag is 1 No Yes CRC Register A001H CRC Register n 1 n No Yes n 7 No Yes Is message complete END CRC Register next byte of the message CRC Register Reverse with high order byte and low order...

Page 71: ...robably contain NULL characters and so normal C string handling techniques will not work uint16 calculate_crc byte z_p unit16 z_message_length CRC runs cyclic Redundancy Check Algorithm on input z_p R...

Page 72: ...ut from slave address 2 Query message Slave address 02H Function code 03H Starting No High 00H Low 00H Quantity High 00H Low 02H CRC 16 High C4H Low 38H Normal response message Slave address 02H Funct...

Page 73: ...he holding register 008EH of slave address 1 Query message Slave address 01H Function code 06H Holding register number High 00H Low 8EH Write data High 00H Low 64H CRC 16 High E8H Low 0AH Normal respo...

Page 74: ...ss 1 Query message Slave address 01H Function code 08H Test code High 00H Low 00H Data High 1FH Low 34H CRC 16 High E9H Low ECH Normal response message Slave address 01H Function code 08H Test code Hi...

Page 75: ...ry message Slave address 01H Function code 10H Starting number High 00H Low 8EH Quantity High 00H Low 02H Number of data 04H Data to first register High 00H Low 64H Data to next register High 00H Low...

Page 76: ...the accessible address range is accessed an error response message is returned Read data of unused item is a default value Any attempt to write to an unused item is not processed as an error Data cann...

Page 77: ...1H Control loop break alarm LBA time 0514H 0515H LBA deadband 0518H 0519H Set value SV 051CH 051DH Proportional band 0520H 0521H Register address of memory area data Integral time 0524H 0525H Derivati...

Page 78: ...e rate limiter down 0548H Area soak time 054CH Link area number 0550H 2 Data 50 on Event 1 set values 0504H is read Example 2 When the Set value SV in Memory area 3 of CH1 is changed to 200 1 The Memo...

Page 79: ...BH Control response parameter 009EH 009FH Manual reset 00B2H 00B3H Setting change rate limiter up 00B6H 00B7H Setting change rate limiter down 00BAH 00BBH Area soak time 00BEH 00BFH Link area number 0...

Page 80: ...oaded into these register addresses Integral time 0096H Derivative time 009AH Control response parameter 009EH Manual reset 00B2H Setting change rate limiter up 00B6H Setting change rate limiter down...

Page 81: ...ess 1501H 1001 4097 Manipulated output value MV monitor 000D 13 Register address setting 3 Read write address 1502H 1002 4098 Event 1 state monitor 0025 37 Register address setting 4 Read write addres...

Page 82: ...7 18 IMS01T28 E4 MEMO...

Page 83: ...ngineering Setting Data 8 9 8 3 1 Setting data common to Z TIO A B C D G 8 9 8 3 2 Setting parameters exclusive to Z TIO G module 8 21 8 4 Memory Area Data Address 8 22 8 5 Data Mapping Address 8 24 8...

Page 84: ...computer is described RO Read only data R W Read and write data 7 Structure C Data for each channel M Data for each module 8 Data range Read or Write range of communication data ASCII code data Exampl...

Page 85: ...it 2 Event 3 Bit 3 Event 4 Bit 4 Unused Bit 5 Unused Bit 6 Burnout Bit 7 to Bit 15 Unused Data 0 OFF 1 ON Decimal number 0 to 79 5 Operation mode state monitor L0 CH1 CH2 0008 0009 8 9 7 RO C RKC comm...

Page 86: ...onitor AC CH1 CH2 002D 002E 45 46 1 RO C 0 OFF 1 ON 15 Event 4 state monitor AD CH1 CH2 0031 0032 49 50 1 RO C 0 OFF 1 ON 16 Reserved 0035 0036 53 54 17 Output state monitor Q1 CH1 0039 57 7 RO M RKC...

Page 87: ...0069 006A 105 106 1 R W C 0 Local mode 1 Remote mode When performing remote control by Remote setting input and also performing Cascade control transfer to the Remote mode 0 27 RUN STOP transfer SR CH...

Page 88: ...vative time D1 CH1 CH2 009A 009B 154 155 7 R W C 0 0 to 3000 0 seconds 0 0 PI action 60 0 40 Control response parameter CA CH1 CH2 009E 009F 158 159 1 R W C 0 Slow 1 Medium 2 Fast Internally fixed to...

Page 89: ...RS cascade ratio RR CH1 CH2 00EA 00EB 234 235 7 R W C 0 001 to 9 999 1 000 56 Output distribution selection DV CH1 CH2 00EE 00EF 238 239 1 R W C 0 Control output 1 Distribution output 0 57 Output dis...

Page 90: ...set value HEX DEC 64 Communication switch for logic EF CH1 014E 334 7 R W M RKC communication Least significant digit Communication switch 1 2nd digit Communication switch 2 3th digit to Most signific...

Page 91: ...lected input range to Input scale high Voltage V input 99 99 to 300 00 However a span is 200 00 or less Varies with the setting of the decimal point position However even if 3 Three decimal places is...

Page 92: ...selected 1 14 Event 1 hold action WA CH1 CH2 01AA 01AB 426 427 1 R W 1 C 0 OFF 1 Hold action ON when power turned on when transferred from STOP to RUN 2 Re hold action ON when power turned on when tra...

Page 93: ...being executed Bit 3 Event output turned on during the Setting change rate limiter is being operated Bit 4 to Bit b15 Unused Data 0 Invalid 1 Valid Decimal number 0 to 15 0 19 Event 2 type XB CH1 CH2...

Page 94: ...to Input span Unit C Varies with the setting of the decimal point position However even if 3 Three decimal places is set the maximum settable decimal places are 2 MV 0 0 to 110 0 1 00 1 0 24 Event 2 d...

Page 95: ...selected 1 28 Event 3 hold action WC CH1 CH2 01E2 01E3 482 483 1 R W 1 C 0 OFF 1 Hold action ON when power turned on when transferred from STOP to RUN 2 Re hold action ON when power turned on when tra...

Page 96: ...uted Bit 3 Event output turned on during the Setting change rate limiter is being operated Bit 4 to Bit b15 Unused Data 0 Invalid 1 Valid Decimal number 0 to 15 0 33 Event 4 type XD CH1 CH2 01F6 01F7...

Page 97: ...to Input span Unit C Varies with the setting of the decimal point position However even if 3 Three decimal places is set the maximum settable decimal places are 2 MV 0 0 to 110 0 1 00 1 0 38 Event 4 d...

Page 98: ...specification value equivalent to 3 of the input span 46 SV tracking XL CH1 CH2 022A 022B 554 555 1 R W C 0 Unused 1 Used 1 47 MV transfer function Action taken when changed to Manual mode from Auto m...

Page 99: ...0 60 Output limiter high OH CH1 CH2 026A 026B 618 619 7 R W C Output limiter low to 105 0 105 0 61 Output limiter low OL CH1 CH2 026E 026F 622 623 7 R W C 5 0 to Output limiter high 5 0 62 AT bias GB...

Page 100: ...W C RKC communication 0 0 00 to 99 59 hrs min 0 hours 00 minutes to 99 hours 59 minutes 1 0 00 to 199 59 min sec 0 minutes 00 seconds to 199 minutes 59 seconds Modbus 0 0 to 5999 minutes 0 hours 00 m...

Page 101: ...ules 1 87 Output distribution master channel selection DZ CH1 CH2 034A 034B 842 843 7 R W C 1 to 99 1 88 Address of interacting modules RL CH1 CH2 034E 034F 846 847 7 R W C 1 Interact with its own mod...

Page 102: ...nge Factory set value HEX DEC 91 Control RUN STOP holding setting X1 CH1 035A 858 1 R W M 0 Not holding STOP start 1 Holding RUN STOP hold 1 92 Interval time ZX CH1 035B 859 7 R W M 0 to 250 ms 10 Dur...

Page 103: ...oltage JR CH1 CH2 042E 042F 1070 1071 7 R W C 0 00 to 9 99 0 00 10 PFF gain JS CH1 CH2 0430 0431 1072 1073 7 R W C 0 000 to 10 000 1 000 11 RTD input 3 wire 4 wire systems selectable X0 CH1 CH2 0432 0...

Page 104: ...et the maximum settable decimal places are 2 0 00 8 Set value SV CH1 CH2 051C 051D 1308 1309 R W C Setting limiter low to Setting limiter high Varies with the setting of the decimal point position RTD...

Page 105: ...actory set value HEX DEC 16 Area soak time CH1 CH2 054C 054D 1356 1357 R W C 0 minutes 00 seconds to 199 minutes 59 seconds 0 to 11999 seconds 0 hours 00 minutes to 99 hours 59 minutes 0 to 5999 minut...

Page 106: ...1 R W 1 5 Register address setting 5 Read write address 1504H 1004 4100 1 R W 1 6 Register address setting 6 Read write address 1505H 1005 4101 1 R W 1 7 Register address setting 7 Read write address...

Page 107: ...5380 1 6 Data specified by register address setting 6 1005H 1505 5381 1 7 Data specified by register address setting 7 1006H 1506 5382 1 8 Data specified by register address setting 8 1007H 1507 5383...

Page 108: ...ouble word type CH2 2002 2003 8194 8195 2 Set value SV S1 CH1 2004 2005 8196 8197 7 R W C Setting limiter low to Setting limiter high Varies with the setting of the decimal point position Modbus doubl...

Page 109: ...o Communication Data Contents 9 2 9 2 Normal Setting Data Items 9 3 9 3 Engineering Setting Data Items 9 39 9 3 1 Precaution against parameter change 9 39 9 3 2 Setting data common to Z TIO A B C D G...

Page 110: ...n 7 Number of data The number of communication data in Modbus Number of each channel data 2 Number of each module data 1 8 Data range Read or Write range of communication data 9 Factory set value Fact...

Page 111: ...le Data range The version of loading software Factory set value Measured value PV RKC communication identifier M1 Modbus register address Single word ch1 0000H 0 ch2 0001H 1 Double word ch1 Lower word...

Page 112: ...t digit Least significant digit Data 0 OFF 1 ON Modbus 0 to 79 bit data The event state is assigned as a bit image in binary numbers Bit image 0000000000000000 Bit 15 Bit 0 Bit data 0 OFF 1 ON Factory...

Page 113: ...t digit Least significant digit Data 0 OFF 1 ON Modbus 0 to 15 bit data The operation mode state is assigned as a bit image in binary numbers Bit image 0000000000000000 Bit 15 Bit 0 Bit data 0 OFF 1 O...

Page 114: ...r more errors occur the error code is the sum of the generated errors Modbus 0 to 63 bit data Error status is assigned to each bit in the binary number Bit image 0000000000000000 Bit 15 Bit 0 Bit data...

Page 115: ...e setting RS input value monitor RKC communication identifier S2 Modbus register address ch1 001DH 29 ch2 001EH 30 Input value used in Remote mode Monitors the SV selected by the remote SV selection f...

Page 116: ...t 2 state monitor RKC communication identifier AB Modbus register address ch1 0029H 41 ch2 002AH 42 Event 3 state monitor RKC communication identifier AC Modbus register address ch1 002DH 45 ch2 002EH...

Page 117: ...image in ASCII code data of 7 digits ASCII code data of 7 digits Most significant digit Least significant digit Data 0 OFF 1 ON Modbus 0 to 3 bit data The output state is assigned as a bit image in b...

Page 118: ...tion 0 minutes 00 seconds to 199 minutes 59 seconds 0 00 to 199 59 min sec 0 hours 00 minutes to 99 hours 59 minutes 0 00 to 99 59 hrs min Modbus 0 minutes 00 seconds to 199 minutes 59 seconds 0 to 11...

Page 119: ...1 Data of each module Data range 0 to 19999 hours Factory set value Backup memory state monitor RKC communication identifier EM Modbus register address 0043H 67 The contents of the RAM and those of th...

Page 120: ...ata 0 OFF 1 ON Modbus 0 to 63 bit data The logic output state is assigned as a bit image in binary numbers Bit image 0000000000000000 Bit 15 Bit 0 Bit data 0 OFF 1 ON Factory set value Related paramet...

Page 121: ...control Caution for using the Autotuning AT When a temperature change UP and or Down is 1 C or less per minute during Autotuning AT Autotuning AT may not be finished normally In that case adjust the P...

Page 122: ...ale or overscale When the Measured value PV goes to input error range Measured value PV Input error determination point high or Input error determination point low Measured value PV When the AT exceed...

Page 123: ...utput value is used Balanceless bumpless function This function is used to prevent overload caused by the Manipulated output value MV suddenly changing when Auto mode is transferred to Manual mode and...

Page 124: ...tails refer to following items Address of interacting modules P 9 91 Selection switch of interacting modules P 9 92 SRZ Instruction Manual IMS01T04 E RUN STOP transfer RKC communication identifier SR...

Page 125: ...rate limiter down Area soak time Link area number Working process 2 Memory area 2 Set value SV Event 1 set value EV1 Event 2 set value EV2 Event 3 set value EV3 Event 4 set value EV4 Control loop brea...

Page 126: ...ow the event interlock is released Event set value Set value SV Event state Event interlock release input OFF OFF OFF OFF ON ON Measured value PV Not turned OFF as the event interlock continues Turned...

Page 127: ...ion action between channels 1 Input span to Input span Varies with the setting of the decimal point position However even if 3 Three decimal places is set the maximum settable decimal places are 2 Pro...

Page 128: ...time has passed and the PV has not fallen below the alarm determination range the alarm will be turned on When the LBA time has passed and the PV has not risen beyond the alarm determination range th...

Page 129: ...gap Alarm area Alarm area Non alarm area A B Set value SV LBD set value Low High LBD differential gap RTD input 0 8 C Voltage input 0 8 of input span If the LBA function detects an error occurring in...

Page 130: ...0 0 000 Voltage V input 0 000 Related parameters Input type P 9 45 Setting limiter high low P 9 81 Proportional band RKC communication identifier P1 Modbus register address ch1 0092H 146 ch2 0093H 147...

Page 131: ...tory set value 240 0 Related parameters Control action P 9 66 Integral Derivative time decimal point position P 9 68 Derivative time RKC communication identifier D1 Modbus register address ch1 009AH 1...

Page 132: ...mong Slow Medium and Fast If a fast response is required Fast is chosen Fast may cause overshoot If overshoot is critical Slow is chosen Fast Selected when rise time needs to be shortened operation ne...

Page 133: ...es by the Manual reset value Attribute R W When the integral function is enabled the Manual reset is RO Digits 7 digits Number of data 2 Data of each channel Data range 100 0 to 100 0 Factory set valu...

Page 134: ...er up is used when the SV is changed to a higher SV Setting change rate limiter down is used when the SV is changed to a lower SV Application examples of setting change rate limiter SV Decrease gradua...

Page 135: ...area 1 Setting change rate limiter up of memory area1 Area soak time of memory area 2 Setting change rate limiter up of memory area 2 Time Set value SV of memory area 2 Memory area 2 The Area soak ti...

Page 136: ...trol function in conjunction with Area soak time and Setting change rate limiter up down Area soak time of memory area 1 Area soak time of memory area 2 Setting change rate limiter down of memory area...

Page 137: ...0 00 0 000 PV digital filter RKC communication identifier F1 Modbus register address ch1 00D6H 214 ch2 00D7H 215 This item is the time of the first order lag filter to eliminate noise against the meas...

Page 138: ...easured value less than the PV low input cut off is ignored to compute control output in order to prevent control disturbance caused by input variation at low measured value range 100 70 7 50 Output I...

Page 139: ...hannel module address P 9 87 Remote SV function master channel selection P 9 88 When the cascade control is selected this is used as the cascade digital filter RS ratio Cascade ratio RKC communication...

Page 140: ...the slave channels Number of output distribution channels 187 channels maximum excluding the master channel When Z DIO module 16 modules Z TIO module 4CH type 15 modules Master channel Z TIO module S...

Page 141: ...r 1 Heater 2 Heater 3 SSR SSR SSR CH1 Hot plate 24 23 CH2 19 20 A B CH1 18 B 1 Set the Output distribution master channel module address 2 Select the Output distribution master channel In the slave ch...

Page 142: ...ted to slave channels and output Attribute R W Digits 7 digits Number of data 2 Data of each channel Data range 9 999 to 9 999 Factory set value 1 000 Related parameters Output distribution selection...

Page 143: ...Computed output ON OFF When a long minimum ON OFF time is required for the relay set a time longer than that time ON OFF Actual output ON OFF Computed output ON OFF Actual output Setting of Minimum ON...

Page 144: ...ess ch1 0106H 262 ch2 0107H 263 Select the event for which the Area soak time is to be stopped when an event state occurs Attribute R W Digits 1 digit Number of data 2 Data of each channel Data range...

Page 145: ...is selected 3 Logic output result OFF Output terminal when FAIL output is selected 4 Depends on FAIL result 1 If this instrument action state occurs when event interlock is ON the interlock will be c...

Page 146: ...00 Bit 15 Bit 0 Bit data 0 OFF 1 ON Factory set value 0 Related parameters Logic output monitor P 9 12 Output assignment P 9 50 Operation mode assignment P 9 82 Example Applying an event signal from a...

Page 147: ...mmunication identifier XI Modbus address 0176H to 0177H Items that are initialized Data type Items Default value Engineering setting data Decimal point position RTD input 2 or 3 Voltage V input 3 Inpu...

Page 148: ...delay timer 0 Event 2 delay timer Event 3 delay timer Event 4 delay timer Force ON of Event 1 action 0000 Force ON of Event 2 action Force ON of Event 3 action Force ON of Event 4 action Start determi...

Page 149: ...e corresponding event settings will be initialized Reset these settings to the values that you wish to use Event 1 type RKC communication identifier XA Modbus address 01A2H to 01A3H Event 2 type RKC c...

Page 150: ...gs in the following table are automatically converted However in some cases the change of decimal point position may also change the set value Where this occurs reset the value to the value that you w...

Page 151: ...ower 2 Event 3 differential gap 1 AT bias Event 4 differential gap 1 Proportional band limiter high 2 Start determination point Proportional band limiter low 2 Normal setting Event 1 set value EV1 1 P...

Page 152: ...the Soak time unit parameter is changed When the soak time unit RKC communication identifier RU Modbus address 0322H to 0323H is changed the settings in the following table will be changed be process...

Page 153: ...ove This may cause malfunctioning As the decimal point position input scale high and input scale low are initialized if the input type is changed it is necessary to conduct the re setting A value of e...

Page 154: ...Digits 7 digits Number of data 2 Data of each channel Data range Input scale high RTD input Input scale low to Maximum value of the selected input range Voltage V input 99 99 to 300 00 However a span...

Page 155: ...000 C Maximum value of the selected input range 150 000 C Input range Input scale low 0 000 C Input scale high 100 000 C Input span 100 000 C Input span 200 000 C Minimum value of the selected input r...

Page 156: ...decimal places are 2 Input error determination point low Input range low 5 of Input span to Input error determination point high limit Varies with the setting of the decimal point position However ev...

Page 157: ...of input disconnection and the input short circuit Square root extraction RKC communication identifier XH Modbus register address ch1 0196H 406 ch2 0197H 407 Use to select use unuse of the Square root...

Page 158: ...ata 2 Data of each channel Data range 0 Control output 1 Logic output result 2 FAIL output Factory set value Output 1 OUT1 0 Output 2 OUT2 0 Related parameters Energized De energized P 9 51 Event type...

Page 159: ...munication switch for logic P 9 38 Function Action of Energized De energized Energized De energized setting Output state of OUT1 and OUT2 Non event state Event state Energized Event output OFF Event o...

Page 160: ...iation high low Using SV monitor value 1 4 Band Using SV monitor value 1 14 Deviation high Using local SV 1 15 Deviation low Using local SV 1 16 Deviation high low Using local SV 1 17 Band Using local...

Page 161: ...nt ON occurs Input value action When the measured value PV reaches the event set value event ON occurs Set value action When the set value SV reaches the event set value event ON occurs Manipulated ou...

Page 162: ...etting RKC communication identifier FC Modbus register address ch1 01DEH 478 ch2 01DFH 479 Event 4 channel setting RKC communication identifier FD Modbus register address ch1 01FAH 506 ch2 01FBH 507 S...

Page 163: ...re hold actions Validate the hold action when the power is turned on Validate the hold action when transferred from STOP control STOP to RUN control RUN Validate the re hold action when the Set value...

Page 164: ...hold action ON Hold and re hold actions When the power is turned on Hold action Hold action When transferred from STOP control STOP to RUN control RUN Hold action Hold action When the Set value SV is...

Page 165: ...the Event Attribute R W Digits 1 digit Number of data 2 Data of each channel Data range 0 Unused 1 Used Factory set value 0 Related parameters Comprehensive event state P 9 4 Event state monitor P 9 8...

Page 166: ...t C Varies with the setting of the decimal point position However even if 3 Three decimal places is set the maximum settable decimal places are 2 MV 0 0 to 110 0 Factory set value Deviation Process Se...

Page 167: ...s Number of data 2 Data of each channel Data range 0 to 18000 seconds Factory set value 0 Related parameters Comprehensive event state P 9 4 Event state monitor P 9 8 Event set value P 9 19 Event type...

Page 168: ...te simultaneously with control changed to RUN control start from STOP control stop In the event wait state no event output is turned on even after the event delay timer preset time has elapsed The eve...

Page 169: ...he event action is assigned as a bit image in binary numbers Bit image 0000000000000000 Bit 15 Bit 0 Bit data 0 Invalid 1 Valid Factory set value 0 Related parameters Input error determination point h...

Page 170: ...Action area at input error Differential gap 0 1 of input span Input error determination point high 50 000 C 0 000 C 100 000 C 150 000 C Input scale range Forcibly turned on 1 Valid Normal processing 0...

Page 171: ...ontrol start mode at power recovery after more than 4 ms power failure can be selected as follows Action when power failure recovers Operation mode when power failure recovers Output value when power...

Page 172: ...he maximum settable decimal places are 2 Factory set value Based on specification value equivalent to 3 of input span Related parameters RUN STOP transfer P 9 16 Hot Cold start P 9 63 Function The sta...

Page 173: ...e used in Remote mode before the mode transfer will be kept using in Local mode to prevent rapid set value change Operation mode Local Remote Local Set value used Local set value Remote set value Loca...

Page 174: ...fer P 9 15 Function For the Balanceless Bumpless function refer to Auto Manual transfer P 9 15 Control action RKC communication identifier XE Modbus register address ch1 0232H 562 ch2 0233H 563 Use to...

Page 175: ...lliant II PID control a form of response to Set value SV setting can be selected from among Fast Medium and Slow with PID constants remaining unchanged so as to be in good response to disturbances Ord...

Page 176: ...023BH 571 Use to select the derivative action Attribute R W Digits 1 digit Number of data 2 Data of each channel Data range 0 Measured value derivative 1 Deviation derivative Factory set value 0 Relat...

Page 177: ...F control differential gap upper ON OFF action differential gap lower Use to set the ON OFF control differential gap lower Attribute R W Digits 7 digits Number of data 2 Data of each channel Data rang...

Page 178: ...ipulated output value at input error P 9 71 Function Input Error Determination Example Input range 50 000 to 150 000 C Input error determination point high 100 000 C Input error determination point lo...

Page 179: ...2 Data of each channel Data range 105 0 to 105 0 Factory set value 0 0 Related parameters Action high low at input error P 9 70 Output limiter high low P 9 73 The actual output value becomes the value...

Page 180: ...n A sudden output change occurs at the SV change and it is not acceptable in the application Output limiter high 100 Manipulated output MV Sudden variation of output When the output change rate limite...

Page 181: ...er low to 105 0 Output limiter low 5 0 to Output limiter high Factory set value Output limiter high 105 0 Output limiter low 5 0 Related parameters Manipulated output value at input error P 9 71 Outpu...

Page 182: ...re 2 Factory set value 0 00 Related parameters PID AT transfer P 9 13 Function The AT bias is used to prevent overshoot during Autotuning in the application which does not allow overshoot even during...

Page 183: ...1 digit Number of data 2 Data of each channel Data range 0 1 5 cycles 1 2 0 cycles 2 2 5 cycles 3 3 0 cycles Factory set value 1 Related parameters PID AT transfer P 9 13 Example When the AT cycle is...

Page 184: ...xecuted Output value with AT turned off This parameter is for limiting the Manipulated output value OFF side while the Autotuning AT function is being executed Attribute R W Digits 7 digits Number of...

Page 185: ...ntial gap time has passed after the output on off state is changed to the other Set AT differential gap time to 1 100 Time required for temperature rise Example A AT cycle time when the AT differentia...

Page 186: ...ter address ch1 029AH 666 ch2 029BH 661 This is a factor which is multiplied by the Integral time computed by executing the Autotuning AT function Attribute R W Digits 7 digits Number of data 2 Data o...

Page 187: ...nput 0 00 Related parameters PID AT transfer P 9 13 Proportional band P 9 22 Decimal point position P 9 46 Function The Proportional band range is restricted while the Autotuning AT function is being...

Page 188: ...T function is executed when the Derivative time limiter high is set at 0 0 P and I values suitable to PI control are computed Setting change rate limiter unit time RKC communication identifier HU Modb...

Page 189: ...ut scale high Setting limiter low Input scale low Related parameters Decimal point position P 9 46 Input scale high low P 9 46 Function Setting limiter is to set the range of the Set value SV Example...

Page 190: ...modes by turning on and off the logic output Attribute R W Digits 7 digits Number of data 2 Data of each channel Data range 0 No assignment 1 Operation mode Monitor Control 0 Monitor 1 Control 2 Oper...

Page 191: ...into consideration The salve set value Remote SV is updated at each time lag The maximum number of both master and slave Z TIO modules that can be connected is 16 The SV select function only operates...

Page 192: ...itrary channels of the modules are controlled as slaves Example When two Z TIO modules are used for Cascade control Address 0 CH1 is set as the master channel and the Address 1 channels CH1 CH2 are us...

Page 193: ...nel select the channel number that will be the master in the master channel module This setting is not required in the master channel Remote SV function master channel selection P 9 88 1 to 99 4 Remot...

Page 194: ...0 C Example 2 Cascade control function When the output scale of master is 0 0 to 100 0 and the input scale of slave is 50 000 to 150 000 C RS ratio of slave 1 000 RS bias of slave 0 000 C Slave input...

Page 195: ...of a Z TIO module set the number that is set in the address setting switch 0 to F as a decimal number 0 to 15 To specify the address number of a Z DIO module set the number that is set in the address...

Page 196: ...unction P 9 83 Remote SV function master channel module address P 9 87 Example Combining the master channel and slave channels as shown below Module address CH Master channel Module address 0 CH1 CH2...

Page 197: ...fy the address number of a Z TIO module set the number that is set in the address setting switch 0 to F as a decimal number 0 to 15 To specify the address number of a Z DIO module set the number that...

Page 198: ...l module address P 9 89 Example Combining the master channel and slave channels as shown below Module address CH Input Output Master channel Module address 0 CH1 Sensor input Control output Slave chan...

Page 199: ...ing switch 0 to F as a decimal number 0 to 15 To specify the address number of a Z DIO module set the number that is set in the address setting switch 0 to F as a decimal number 0 to 15 with 16 added...

Page 200: ...state is assigned as a digit image in ASCII code data of 7 digits ASCII code data of 7 digits Modbus 0 to 111 bit data The operation mode state is assigned as a bit image in binary numbers Bit image 0...

Page 201: ...e to be linked CH1 and CH2 of module address 0 CH1 and CH2 of module address 1 Z TIO 1 module address 0 Z DIO 1 module address 16 CH1 Memory area transfer Address of interacting modules 16 Specify the...

Page 202: ...arted in the control stop STOP state regardless of the RUN mode before power failure Manipulated output value at STOP mode If changed to RUN from STOP by RUN STOP selection after start set to the oper...

Page 203: ...This parameter is active when the instrument has RTD input PFF power supply frequency RKC communication identifier JJ Modbus register address 0424H 1060 Set power supply frequency of the Power feed fo...

Page 204: ...to about 70 or less of the rated value the Power feed forward function is turned off At this time the control mode will return to the normal control the same control as without the Power feed forward...

Page 205: ...d forward PFF input is used PFF input voltage RKC communication identifier JM Modbus register address 0428H 1064 Measurement input voltage of the Power feed forward PFF is displayed Attribute RO Digit...

Page 206: ...set value SV This parameter is activated when the Power feed forward PFF input is used The PFF reference voltage is automatically taken in and set by the instrument under the normal operation Users do...

Page 207: ...tage P 9 98 PFF gain P 9 99 This parameter is activated when the Power feed forward PFF input is used There is no need to set this parameter in normal operations PFF gain RKC communication identifier...

Page 208: ...hannel Data range 0 3 wire system 1 4 wire system Factory set value 0 Related parameters Input type P 9 45 This parameter is active when the instrument has RTD input Modbus high low order bit conversi...

Page 209: ...e measured 2 Set the Output adjustment mode to 1 Output adjustment 5 3 Change the output adjustment 5 data so that the output from the Z TIO G becomes 5 4 Set the Output adjustment mode to 2 Output ad...

Page 210: ...when the Voltage Current output is 100 Attribute R W Digits 7 digits Number of data 2 Data of each channel Data range 0 to 10000 Factory set value 8405 Related parameters Output adjustment mode P 9 10...

Page 211: ...TROUBLE SHOOTING IMS01T28 E4 10 1 10 1 Solutions for Problems 10 2...

Page 212: ...g must be completed before power is turned on again When replacing the module with a new one always use the module with the same model code If the module is replaced it is necessary to re set each dat...

Page 213: ...ls Power supply section defect Replace Z TIO G module RX TX lamp does not flash Wrong connection no connection or disconnection of the communication cable Confirm the connection method or condition an...

Page 214: ...program Transmission line is not set to the receive state after data send EOT return The specified identifier is invalid Confirm the identifier is correct or that with the correct function is specifi...

Page 215: ...overrun error framing error parity error or CRC 16 error is found in the query message Re transmit after time out occurs or verify communication program The time interval between adjacent data in the...

Page 216: ...10 6 IMS01T28 E4 MEMO...

Page 217: ...SPECIFICATIONS IMS01T28 E4 11 1...

Page 218: ...t 1 M or more Measuring current Approx 1 mA RTD input Action at input break RTD input Upscale Voltage input Upscale Action at input short circuit Downscale RTD input Action at input error Setting rang...

Page 219: ...3 0 mA or less Allowable applied voltage 26 4 V DC or less Capture judgment time Approx 100 ms Output OUT1 OUT2 Number of outputs 2 points Output contents Output assignment Output specification OUT1 O...

Page 220: ...output Output method AC output Zero cross method Allowable load current 0 5 A AC Ambient temperature 40 C or less Ambient temperature 50 C 0 3 A AC Load voltage 75 to 250 V AC Minimum load current 30...

Page 221: ...oltage output Without calibration 3 of Output span factory shipment With calibration 0 5 of Output span Output resolution Approx 1 4000 Operating influence Influence ambient temperature RTD input 0 00...

Page 222: ...0 0 00 ON OFF action ON OFF action differential gap RTD input 0 0 0 0 00 to Input span unit C Varies with the setting of the decimal point position However even if 3 Three decimal places is set the m...

Page 223: ...between channels Event setting Input span to Input span Differential gap 0 to Input span Channel setting Channel 1 to 4 Temperature rise completion Event setting Input span to Input span Differential...

Page 224: ...ting change rate limiter up Setting change rate limiter down Soak time setting Link area number Method of area transfer Communication function Internal communication Area soak time Memory area link fu...

Page 225: ...0 1 2 W Interval time 0 to 250 ms Data mapping function Up to 16 items Modbus only Maximum connections Up to 16 Z TIO modules The maximum number of SRZ modules including other function modules on the...

Page 226: ...Setting range SV select function 0 Remote SV function Master channel module address 1 0 to 99 Master channel selection 1 to 99 RS digital filter 0 0 to 100 0 seconds 0 Filter OFF RS bias Input span t...

Page 227: ...Bit 5 Interlock release Bit 6 Suspension of area soak time Self diagnostic function Control stop Adjustment data error Error code 1 Data back up error Error code 2 A D conversion error Error code 4 Lo...

Page 228: ...of 4 ms or less will not affect the control action Memory backup Backed up by non volatile memory FRAM Number of writing Approx ten billion times or more Data storage period Approx 10 years Power fai...

Page 229: ...o 95 RH Non condensing Absolute humidity MAX W C 35 g m3 dry air at 101 3 kPa Mounting and Structure Mounting method DIN rail mounting or Panel mounting When the module is mounted on the panel allow a...

Page 230: ...11 14 IMS01T28 E4 MEMO...

Page 231: ...1 12 1 ASCII 7 bit Code Table 12 2 12 2 Cover 12 3 12 3 Block Diagram of Logic Output Selection Function 12 5 12 4 Peak Current Suppression Function 12 6 12 5 Example of Using DI DO 12 7 12 6 PFF Tra...

Page 232: ...0 0 0 NUL DLE SP 0 P p 0 0 0 1 1 SOH DC1 1 A Q a q 0 0 1 0 2 STX DC2 2 B R b r 0 0 1 1 3 ETX DC3 3 C S c s 0 1 0 0 4 EOT DC4 4 D T d t 0 1 0 1 5 ENQ NAK 5 E U e u 0 1 1 0 6 ACK SYM 6 F V f v 0 1 1 1...

Page 233: ...cover Power terminal cover standard equipment Power terminal cover Parts code KSRZ 518A Ordering code 00514689 Joint connector cover standard equipment Joint connector cover Parts code KSRZ 517A Orde...

Page 234: ...ENDIX IMS01T28 E4 12 4 Terminal cover optional Terminal cover Parts code KSRZ 510A 1 Ordering code 00501925 This section can be removed by bending it Remove and then use it depending on the wiring con...

Page 235: ...ion mode assignment 5 Unused Do not set this one 1 Operation mode 1 2 Operation mode 2 3 Auto Manual 4 Remote Local 1 Operation mode Monitor Control 2 Operation mode Monitor Event function Control Log...

Page 236: ...annel are different from one another outputs of different channels may be overlapped and as a result the peak current suppression function may not work properly The Z TIO G module only uses channels 1...

Page 237: ...one Z DIO module to configure memory area settings and perform AUTO MAN switching in two Z TIO modules Set value Setting items Engineering setting data The Z TIO G module only uses channels 1 and 2 T...

Page 238: ...Example of using DO When outputting events used as an alarm and temperature rise completion of two Z TIO modules from one Z DIO module The Z TIO G module only uses channels 1 and 2 Temperature rise co...

Page 239: ...X IMS01T28 E4 12 9 Example of output distribution from Z DIO module When outputting distribution of control output of CH1 and CH2 of Z TIO module from Z DIO module The Z TIO G module only uses channel...

Page 240: ...4 12 6 PFF Transformer PFT 02A Dimensions Terminal configuration OUT 10 V AC 7 6 Output 4 3 2 1 8 7 6 5 IN 200 240 V AC 3 2 Input 68 max 19 5 max 50 1 70 max 2 4 5 6 5 59 0 2 2 M4 Unit mm Mounting dim...

Page 241: ...ogic output selection function 8 9 9 51 Error code 8 3 9 6 Event 1 channel setting 8 10 9 54 Event 1 delay timer 8 10 9 59 Event 1 differential gap 8 10 9 58 Event 1 hold action 8 10 9 55 Event 1 inte...

Page 242: ...ap lower 8 17 9 69 ON OFF action differential gap upper 8 17 9 69 Operation mode 8 7 9 37 Operation mode assignment 1 Logic output selection function Logic output 1 to 4 8 18 9 82 Operation mode assig...

Page 243: ...3 9 3 RS cascade bias 8 7 9 30 RS cascade digital filter 8 7 9 31 RS cascade ratio 8 7 9 31 RTD input 3 wire 4 wire systems selectable 8 21 9 100 RUN STOP transfer 8 5 9 16 S Sensor bias 8 21 9 95 Se...

Page 244: ...A 4 IMS01T28 E4 MEMO...

Page 245: ...The first edition SEP 2012 IMQ00 The fourth edition FEB 2019 IMQ00...

Page 246: ...IMS01T28 E4 FEB 2019 RKC INSTRUMENT INC HEADQUARTERS 16 6 KUGAHARA 5 CHOME OHTA KU TOKYO 146 8515 JAPAN PHONE 03 3751 9799 81 3 3751 9799 E mail info rkcinst co jp Website https www rkcinst com R...

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