RKC INSTRUMENT COM-JH Instruction Manual Download Page 14

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3. MOUNTING

IMR01Y36-E2

3.2 Dimensions

109.5

(Unit: mm)

Depth in connector mounting

Conduct installation in consideration of the sizes of the connector and cable when connector-connected.
[Usage example of micro-style connector]

109.5

Approx. 100 *

* For open-style connector: Approx. 50 mm

(Unit: mm)

Summary of Contents for COM-JH

Page 1: ...IMR01Y36 E2 RKC INSTRUMENT INC DeviceNet Communication Converter COM JH Instruction Manual For SRZ...

Page 2: ...tered trademark of Schneider Electric The name of each programmable controller PLC means the products of each manufacturer Company names and product names used in this manual are the trademarks or reg...

Page 3: ...d on to prevent electric shock fire or damage to instrument and equipment This instrument must be used in accordance with the specifications to prevent fire or damage to instrument and equipment This...

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

Page 5: ...anel Mounting 10 4 WIRING 11 4 1 Wiring Cautions 11 4 2 Terminal Configuration 12 4 3 Connection to DeviceNet 13 4 3 1 Connection outline of DeviceNet 13 4 3 2 Pin layout of connector 15 4 4 Wiring to...

Page 6: ...ule Object 0x64 64Hex 50 7 3 Z TIO Module Extended Object 0x65 65Hex 75 7 4 Z DIO Module Object 0x66 66Hex 79 8 USAGE EXAMPLE 83 8 1 Handling Procedures 83 8 2 System Configuration 84 8 3 Setting of U...

Page 7: ...mbined total of up to 31 Z TIO and Z DIO modules can be connected to one COM JH On DeviceNet a PLC is a master device and the COM JH is a slave device There are two DeviceNet connector types open styl...

Page 8: ...ged or if your manual is incomplete please contact RKC sales office or the agent EDS file The EDS file for COM JH can be downloaded from the official RKC website URL http www rkcinst com english downl...

Page 9: ...ew of micro style connector type DeviceNet connector Micro style connector COM PORT DeviceNet communication speed setting switch DR DeviceNet communication speed setting switch RATE Terminal cover Nod...

Page 10: ...s Memory backup error A red lamp turns on DeviceNet connector COM PORT Open style or Micro style connector Connector for PLC Master connection Switches Node address setting switch Set the node address...

Page 11: ...01 E For PLC mounting refer to Instruction Manual for the used PLC Set the Communication environment of DeviceNet Polling I O communication Refer to 5 4 Communication Environment Setting by Rotary Swi...

Page 12: ...n Tool Installation of the EDS file Install the EDS file of COM JH in a configuration tool of DeviceNet The EDS file for COM JH can be downloaded from the official RKC website Refer to the Instruction...

Page 13: ...unt this instrument in the panel considering the following conditions Ensure at least 50 mm space on top and bottom of the instrument for maintenance and environmental reasons Do not mount this instru...

Page 14: ...125 78 5 2 Unit mm Depth in connector mounting Conduct installation in consideration of the sizes of the connector and cable when connector connected Usage example of micro style connector 109 5 Appro...

Page 15: ...rail and push the lower section into place on the DIN rail B 2 Slide the mounting bracket up to secure the instrument to the DIN rail C Removal procedures 1 Turn the power OFF 2 Remove the wiring 3 Pu...

Page 16: ...nstrument until locked but a mounting hole does not disappear 3 Mount each module directly on the panel with screws which are inserted in the mounting holes of the top and bottom mounting brackets Rec...

Page 17: ...eduction Do not connect fuses or switches to the noise filter output wiring as this will reduce the effectiveness of the noise filter Power supply wiring must be twisted and have a low voltage drop Fo...

Page 18: ...side terminal Power supply Ground 2 1 7 6 5 4 14 13 12 11 10 9 8 3 The part of internal wiring As controller communication terminal Nos 1 4 and 5 are internally connected to terminal Nos 3 6 and 7 any...

Page 19: ...he network Trunk Drop lines The trunk line refers to the cable that has termination resistors on both ends Cables branching from the trunk line are known as drop lines Use the DeviceNet communication...

Page 20: ...able Communication length Maximum network length Communication speed Thick trunk length Thin trunk length Maximum drop length Cumulative drop length 125 kbps 500 m 156 m or less 250 kbps 250 m 100 m 6...

Page 21: ...No and signal details Pin No Signal name Symbol Cable color 1 Power supply minus V Black 2 Communication data low CAN_L Blue 3 Shield Drain 4 Communication data high CAN_H White 5 Power supply plus V...

Page 22: ...ite 5 Communication data low CAN_L Blue Connection socket Recommended model SACC M12FS 5CON PG 9 M PHOENIX CONTACT Inc This socket is a type to use thin cable Cable Use the communication cable thick c...

Page 23: ...odule Z TIO module R2 Termination resistor for external connection Example 120 1 2 W The maximum number of SRZ modules including other function modules on the same communication line is 31 Up to 16 Z...

Page 24: ...he ON OFF of a termination resistor it is not required to externally install the termination resistor Factory set value Termination resistor connected 1 Turn off the power supply of the module Do not...

Page 25: ...resistor connected Termination resistor transfer switch Termination resistor ON 120 1 2 W Termination resistor OFF Factory set value ON OFF ON A terminal base of the state which removed module mainfr...

Page 26: ...h that it is different to the other addresses on the same line Otherwise problems or malfunction may result MSD High order digit setting set value 10 Setting range 0 to 63 Factory set value 63 LSD Low...

Page 27: ...river Setting range 0 125 kbps 1 250 kbps 2 500 kbps Factory set value 0 DeviceNet communication speed setting switch DR or RATE The above figure is open style connector type The figure of micro style...

Page 28: ...ords ON ON 100 words Factory set value 25 words Switch No 3 6 7 and 8 OFF fixed Do not change this one The number of communication data items can be calculated from the following equation Number of co...

Page 29: ...no recording is required 3 Set all the values of a Node address setting switch and a DeviceNet communication speed setting switch to 9 4 Turning on the power sets the module to the Communication envi...

Page 30: ...llers 0 1 controller 1 to 8 2 to 30 controllers set value 4 2 9 31 controllers Set the number of controller communicating by Polling I O communication 10 controllers 2 Unused Do not set this one 3 Unu...

Page 31: ...Communication environment setting initialization execution Initialize each communication environment setting data item which can be set by the rotary switch The number of communication data items can...

Page 32: ...nizing and implementing the Attributes data Services and Behaviors of the components of a DeviceNet product This model has represented the construction of address designation to consist of four levels...

Page 33: ...on mode Automatic acquisition of controller address Polling made once enables the following data items to be read or written via Polling I O communication Request setting data items OUT Response measu...

Page 34: ...ing enabled Decimal number 0 to 65535 0 3 Setting state selection Controller 17 to 31 RUN STOP Bit data Bit 0 to 14 Data setting disabled enabled Controller 17 to 31 Bit 15 RUN STOP transfer disabled...

Page 35: ...refer to the following 5 3 DIP Switch Setting P 22 5 4 Communication Environment Setting by Rotary Switch P 23 Number of communication data items setting by DIP switch P 32 Communication parameter set...

Page 36: ...etting update Decimal number 0 to 65535 4 RUN STOP state Controller 1 to 16 Bit data Bit 0 to 15 RUN STOP state 4 Controller 1 to 16 0 RUN 1 STOP Decimal number 0 to 65535 5 RUN STOP state Controller...

Page 37: ...by DIP switch P 32 Communication parameter setting by configuration tool P 33 Communication parameter setting by Explicit message communication P 43 For the setting method of the number of communicat...

Page 38: ...one module 1 Number of words of next communication item for one module 1 Number of words of last communication item for one module 1 Number of communication controllers Fixed communication date items...

Page 39: ...is also possible to set communication items the number of communication controllers the number of communication data items the controller address and the automatic acquisition of controller address u...

Page 40: ...the automatic acquisition of controller address with a parameter setting screen The number of communication controllers corresponds to number of controllers communicating via Polling I O communication...

Page 41: ...tate In addition fixed five communication data words are assigned to the setting data items of Setting state selection and RUN STOP transfer The number of communication data items can be calculated fr...

Page 42: ...es is set all items from that item to IN ch32 Parameter 32 are the same as those when set at 0 If at 0 If set to attribute ID to which no communication data items are assigned If at 231 to 236 or 238...

Page 43: ...tribute ID to which readable communication data items are assigned If set to attribute ID to which no communication data items are assigned If at 231 to 236 or 238 to 243 as attribute ID If at 33 as a...

Page 44: ...or one module Number of communication controllers Fixed communication date items 5 words 4 4 2 5 21 Set 21 words which is the number of communication measured data items communicating via Polling I O...

Page 45: ...oller 1 1 69 Address of Controller 2 2 70 Address of Controller 3 0 71 Address of Controller 4 0 98 Address of Controller 31 0 99 Auto acquisition of address 0 0 Do not execute the automatic acquisiti...

Page 46: ...PV CH4 of controller 1 9 Set value SV CH4 of controller 1 10 Measured value PV CH1 of controller 2 10 Set value SV CH1 of controller 2 11 Measured value PV CH2 of controller 2 11 Set value SV CH2 of c...

Page 47: ...de address MAC ID service code 0EH Get_Attribute_Single object class ID instance ID and attribute ID are sent from the master the node address MAC ID thus sent and service code 0EH 80H as well as the...

Page 48: ...Service code 14H of Error response has shown that it is error response For Error code of Error response refer to DeviceNet specifications For Explicit message communication specification of data relat...

Page 49: ...odule object 0x64 64 Hex Z TIO module extended object 0x65 65Hex or Z DIO module object 0x66 66Hex and set the corresponding attribute ID Attribute ID 1 to 255 0 When setting the communication items o...

Page 50: ...Number of communication setting data items OUT Corresponding object Z TIO module object 0x64 64Hex Object class ID 64 Instance ID 1 Attribute ID 240 Number of communication measured words 241 Number...

Page 51: ...e object 0x64 64Hex Corresponding object Z TIO module object 0x64 64Hex Object class ID 64 Instance ID 1 Attribute ID 246 Action mode selection Write data Bit data Bit 0 Address setting method transfe...

Page 52: ...a 100 When set in 50 in proportional band heat side of CH2 of Z TIO module 2 Node address MAC ID 1 Service code 10H Set_Attribute_Single Object class ID 64 Instance ID 6 CH2 of Z TIO module 2 Attribut...

Page 53: ...ID is written using both of decimal and hexadecimal in parentheses numbers 2 Name The communication item name is written 3 Number of data items The number of data items is written 1 Only object insta...

Page 54: ...ES P 103 Communication includes both Normal setting data and Engineering setting data During RUN control the attribute of Engineering setting data is RO To configure Engineering setting data the RUN S...

Page 55: ...undefined attribute ID When the master read write data with an undefined attribute ID an error response is sent by the slave Error response occurs at the following attribute IDs Z TIO module object 0x...

Page 56: ...type is temperature rise completion check the temperature rise completion state in the comprehensive event state Z TIO module extended object 0x65 65Hex ID 1 The Event 3 state monitor does not turn O...

Page 57: ...ime can be selected on the Soak time unit 21 0x0015 Integrated operating time monitor 16 RO 0 to 19999 hours 22 0x0016 Holding peak value ambient temperature monitor 64 RO 10 0 to 100 0 C or 14 to 212...

Page 58: ...value EV3 64 R W 50 42 0x002A Event 4 set value EV4 64 R W Deviation action Deviation action between channels Temperature rise completion range Input span to Input span Process action SV action Input...

Page 59: ...eat side 64 R W 0 to 3600 seconds or 0 0 to 1999 9 seconds 0 0 0 PI action Varies with the setting of the Integral Derivative time decimal point position selection 60 49 0x0031 Control response parame...

Page 60: ...rtional range If control is other than Heat Cool PID control set to RO Only reading data is possible 0 54 0x0036 Manual reset 64 R W 100 0 to 100 0 If the Integral function is validated set to RO Only...

Page 61: ...point 64 R W 0 0 to 100 0 of HBA set value 0 0 Heater melting determination is invalidated If there is no Current transformer CT or CT is assigned to 0 None set to RO Only reading data is possible If...

Page 62: ...l manipulated output value 64 R W PID control Output limiter low to Output limiter high Heat Cool PID control Cool side output limiter high to Heat side output limiter high Position proportioning cont...

Page 63: ...0 to 10 mV DC 22 Feedback resistance input 100 to 150 23 Feedback resistance input 151 to 6 k If changed to Voltage high input from TC RTD Current Voltage low Feedback resistance input select the har...

Page 64: ...inimum value of the selected input range V I 0 0 88 0x0058 Input error determination point high 64 R W Input error determination point low to Input range high 5 of input span Input scale high 5 of inp...

Page 65: ...Deviation between channels band 1 1 Event hold action is available 2 If there is Feedback resistance FBR input in Position proportioning control set to the Feedback resistance FBR input value Based on...

Page 66: ...ne 1 Deviation high Using SV monitor value 1 2 Deviation low Using SV monitor value 1 3 Deviation high low Using SV monitor value 1 4 Band Using SV monitor value 1 5 Process high 1 6 Process low 1 7 S...

Page 67: ...limiter is working Based on model code When not specifying 0 122 0x007A Event 2 interlock 64 R W 0 Unused 1 Used 0 123 0x007B Event 2 differential gap 64 R W c Deviation Process Set value or Deviation...

Page 68: ...els high low 1 21 Deviation between channels band 1 1 Event hold action is available 2 If there is Feedback resistance FBR input in Position proportioning control set to the Feedback resistance FBR in...

Page 69: ...0 to 15 0 132 0x0084 Event 4 type 64 R W 0 None 1 Deviation high SV monitor value used 1 2 Deviation low SV monitor value used 1 3 Deviation high low SV monitor value used 1 4 Band SV monitor value u...

Page 70: ...35 0x0087 Event 4 differential gap 64 R W c Deviation Process Set value or Deviation action between channels 0 to Input span Unit C F d MV 0 0 to 110 0 Becomes invalidated when the Event 4 type corres...

Page 71: ...when changed to Manual mode from Auto mode 64 R W 0 MV in Auto mode is used Balanceless bumpless function 1 MV in previous Manual mode is used 0 152 0x0098 Control action 64 R W 0 Brilliant II PID con...

Page 72: ...t limiter Position proportioning control If there is no Feedback resistance FBR input or the Feedback resistance FBR input is disconnected an action taken when abnormal is in accordance with the value...

Page 73: ...W Input span to Input span 0 175 0x00AF AT cycles 64 R W 0 1 5 cycles 1 2 0 cycles 2 2 5 cycles 3 3 0 cycles 1 176 0x00B0 Output value with AT turned on 64 R W Output value with AT turned off to 105...

Page 74: ...a Heat Cool PID control type TC RTD 0 0 0 V I 0 0 187 0x00BB Integral time limiter high heat side 64 R W 3600 188 0x00BC Integral time limiter low heat side 64 R W PID control or Heat Cool PID contro...

Page 75: ...to 10 0 of output 2 0 198 0x00C6 Unused 199 0x00C7 Action at feedback resistance FBR input break 64 R W 0 Action depending on the valve action at STOP 1 Control action continued 0 200 0x00C8 Feedback...

Page 76: ...10 00 times 1 00 208 0x00D0 ST start condition 64 R W 0 Activate the Startup tuning ST function when the power is turned on when transferred from STOP to RUN or when the Set value SV is changed 1 Acti...

Page 77: ...seconds Set the data range of Memory area soak time monitor and Area soak time 1 216 0x00D8 Setting limiter high 64 R W Setting limiter low to Input scale high Input scale high 217 0x00D9 Setting limi...

Page 78: ...Comprehensive alarm state 1 1 RO Bit data Bit 0 Burnout state Bit 1 Unused Bit 2 Event 1 state Bit 3 Event 2 state Bit 4 Event 3 state Bit 5 Event 4 state Bit 6 Heater break alarm HBA state Bit 7 to...

Page 79: ...OM JH error code 1 1 RO Bit data Bit 0 Back up error Bit 1 Controller communication error Bit 2 to Bit 15 Unused Data 0 OFF 1 ON Decimal number 0 to 3 After ID239 are communication environment setting...

Page 80: ...munication controllers ID 236 0 244 0x00F4 Unused 245 0x00F5 Controller address setting 1 2 1 R W 0 to 32 0 No communication 1 to 31 246 0x00F6 Action mode selection 1 2 1 R W Bit data Bit 0 Address s...

Page 81: ...ribution selection 64 R W 0 Control output 1 Distribution output 0 4 0x0004 Output distribution bias 64 R W 100 0 to 100 0 0 0 5 0x0005 Output distribution ratio 64 R W 9 999 to 9 999 1 000 6 0x0006 M...

Page 82: ...Monitor 2 Monitor Event function 3 Control 3 23 0x0017 Communication switch for logic 16 R W Bit data Bit 0 Communication switch 1 Bit 1 Communication switch 2 Bit 2 Communication switch 3 Bit 3 Comm...

Page 83: ...Cascade control function 2 Ratio setting function 3 Cascade control 2 function 0 34 0x0022 Remote SV function master channel module address 64 R W 1 Master channel is selected from itself 0 to 99 Mast...

Page 84: ...a number Bit 1 Operation mode Bit 2 Auto Manual Bit 3 Remote Local Bit 4 EDS start signal Bit 5 Interlock release Bit 6 Suspension of area soak time Bit 7 to Bit 15 Unused Data 0 No interaction 1 Inte...

Page 85: ...it 15 Unused Data 0 OFF 1 ON Decimal number 0 to 2 4 0x0004 Integrated operating time monitor 16 RO 0 to 19999 hours 5 0x0005 Backup memory state monitor 16 RO 0 The content of the backup memory does...

Page 86: ...t value are OR operated and produced as outputs from DO 1 17 0x0011 DO output assignment 1 DO1 to DO4 16 R W 0 to 13 Refer to P 82 Based on model code When not specifying 0 18 0x0012 DO output assignm...

Page 87: ...te mode Interlock release Contact closed Interlock release EDS start signal 1 Contact closed EDS start signal ON for disturbance 1 EDS start signal 2 Contact closed EDS start signal ON for disturbance...

Page 88: ...t 1 DO5 manual output DO6 manual output DO7 manual output DO8 manual output 2 Event 1 comprehensive output 1 Event 2 comprehensive output 2 Event 3 comprehensive output 3 Event 4 comprehensive output...

Page 89: ...iceNet method refer to Instruction Manual of master product or website of ODVA Open DeviceNet Vender Association URL http www odva org Refer to 6 DeviceNet COMMUNICATIONS P 26 and the Instruction Manu...

Page 90: ...kbps Number of communication data items 13 words Controller communication speed 19200 bps Factory set value Use instruments DeviceNet communication converter COM JH 1 Controller SRZ Z TIO A module 4 c...

Page 91: ...e address 1 and Module address 2 Action mode 0 Address setting method Continuous setting PID AT transfer by Polling I O communication Invalidate Automatic acquisition of controller address 0 Do not ex...

Page 92: ...d Module address 2 Action mode 1 Factory set value Address setting method Free setting PID AT transfer Polling I O communication Invalidate Automatic acquisition of controller address 0 Factory set va...

Page 93: ...Measured value PV CH2 of controller 2 D00010 12 Measured value PV CH3 of controller 2 D00011 13 Measured value PV CH4 of controller 2 D00012 Communication data Nos 1 to 5 corresponding to 5 words are...

Page 94: ...N STOP transfer Controller 17 to 31 0 D10004 6 Set value SV CH1 of controller 1 100 D10005 7 Set value SV CH2 of controller 1 120 D10006 8 Set value SV CH3 of controller 1 150 D00007 9 Set value SV CH...

Page 95: ...of preset time Example 200 ms Sets any time longer than the communication cycle time set to the PLC 4 Sets 0 reset to CH1 Set value SV D10005 of Controller 1 Sets 0 reset to CH4 Set value SV D10012 o...

Page 96: ...uction is used to send FINS commands Write location of request data from the PLC master On and after D01000 Storage location of response data from the COM JH slave On and after D02000 The completion c...

Page 97: ...As this response Cannot be sent Timeout is an error response sent to the CPU unit from the DeviceNet master unit of the SYSMAC CJ this is not an error in DeviceNet communication Service data Service d...

Page 98: ...d D First response word C First control data word D C Number of command bytes to send 0000H to 02E1H 0 to 542 bytes Number of response data bytes to receive 0000H to 02E1H 0 to 542 bytes Destination n...

Page 99: ...H Number of response bytes 10 bytes 2 0001H Destination network address 1 01H 3 05FEH Destination node address 5 05H Destination unit address FEH or 10H 4 0000H Response 0 Transmission port No 0 0H No...

Page 100: ...laces 0B0E into D01001 Slave node address 11 0BH Service code 0EH Places 0001 into D01002 Object class ID 0001H Places 0001 into D01003 Instance ID 0001H Places 0100 into D01004 Attribute ID 01H A2001...

Page 101: ...0 ON 000001 Shifts the contents of CIO 0000 one bit to the left CIO 000001 ON Sends 9 bytes of command data to node 05 unit FE on network 01 and receives 10 bytes of response data and stores it in D02...

Page 102: ...t with the same model code If the instrument is replaced it is necessary to reset each data item CAUTION To prevent electric shock or instrument failure always turn off the system power before replaci...

Page 103: ...on environment setting mode by the switch Return the switch to its original position For the communication environment setting mode by the switch refer to 5 4 Communication Environment Setting by Rota...

Page 104: ...that no Node address is duplicated MS or MOD lamp ON Green Bus off status communication stop by data abnormality frequent occurrence Re start after checking the following items Does the speed coincide...

Page 105: ...checked whether or not the COM JH is registered to the master as a slave Re start after checking the following items Does the speed coincide with the master communication speed Is not the DeviceNet co...

Page 106: ...ected For details of the device profile refer to the APPENDIX A DEVICE PROFILES P 103 Controller communication Interface Base on RS 485 EIA standard Multi drop connection is available Protocol Modbus...

Page 107: ...current 12 A or less Insulation resistance Between communication terminal and grounding 20 M or more at 500 V DC Between power supply terminal and grounding 20 M or more at 500 V DC Between power supp...

Page 108: ...hock to the mainframe Water oil chemicals vapor or steam splashes Excessive dust salt or iron particles Excessive induction noise static electricity magnetic fields or noise Direct air flow from an ai...

Page 109: ...MR01Y24 E IMR01Y28 E IMR01Y32 E IMR01Y36 E Japanese IMR01Y24 J IMR01Y28 J IMR01Y32 J IMR01Y36 J Product revision 2 1 Physical conformance data Network power consumption 2 mA 11 V DC 4 mA 24 V DC Conne...

Page 110: ...sion Minor revision Yes No USINT USINT 2 1 5 Status bits supported Yes No WORD Note 6 Serial number Yes No UDINT 7 Product name Length Name Yes No USINT STRING 5 COM01 DeviceNet service Parameter opti...

Page 111: ...tion Get Set Type Value Attributes 1 MAC ID Yes No USINT 0 to 63 2 Baud rate Yes No USINT 0 to 2 3 BOI Yes No BOOL 0 4 Bus off counter Yes Yes USINT 5 Allocation information Allocation choice byte Mas...

Page 112: ...ct instance 100 ID Description Get Set Type Value Attributes 3 Data Yes No INT Measured value PV CH1 of controller 1 DeviceNet service Parameter option Services 0x0E Get_Attribute_Single None Object i...

Page 113: ...gger Yes No BYTE 0x83 4 Produced connection ID Yes No UINT 5 Consumed connection ID Yes No UINT 6 Initial comm Characteristics Yes No BYTE 0x21 7 Produced connection size Yes No UINT 7 8 Consumed conn...

Page 114: ...NT 6 14 Produced connection path Logic Segment Class Class Number Logic Segment Instance Instance Number Logic Segment Attributes Attributes Number Yes No USINT USINT USINT USINT USINT USINT 0x20 0x04...

Page 115: ...or Yes No WORD Refer to P 50 9 Event 2 state monitor Yes No WORD Refer to P 50 10 Event 3 state monitor Yes No WORD Refer to P 50 11 Event 4 state monitor Yes No WORD Refer to P 50 12 Heater break ala...

Page 116: ...to P 54 55 Setting change rate limiter up Yes Yes INT Refer to P 54 56 Setting change rate limiter down Yes Yes INT Refer to P 54 57 Area soak time Yes Yes INT Refer to P 54 58 Link area number Yes Ye...

Page 117: ...determination point high Yes Yes INT Refer to P 58 89 Input error determination point low Yes Yes INT Refer to P 58 90 Burnout direction Yes Yes INT Refer to P 58 91 Square root extraction Yes Yes IN...

Page 118: ...rce ON of Event 4 action Yes Yes WORD Refer to P 64 138 CT ratio Yes Yes INT Refer to P 64 139 CT assignment Yes Yes INT Refer to P 64 140 Heater break alarm HBA type Yes Yes INT Refer to P 65 141 Num...

Page 119: ...ting factor cool side Yes Yes INT Refer to P 68 184 Derivative time adjusting factor cool side Yes Yes INT Refer to P 68 185 Proportional band limiter high heat side Yes Yes INT Refer to P 68 186 Prop...

Page 120: ...change flag 2 3 Yes No WORD Refer to P 73 236 Number of Polling I O communication controllers 2 3 5 Yes Yes UNIT Refer to P 73 237 Unused No No UINT 238 COM JH error code 2 3 6 Yes No WORD Refer to P...

Page 121: ...er of connected controller in controller communication is read during data collection 0 is returned Therefore the communication enable state after the power is turned on can be checked as far as the n...

Page 122: ...fer to P 75 11 EDS value 1 for disturbance 2 Yes Yes INT Refer to P 75 12 EDS value 2 for disturbance 1 Yes Yes INT Refer to P 75 13 EDS value 2 for disturbance 2 Yes Yes INT Refer to P 75 14 EDS tran...

Page 123: ...ule address Yes Yes INT Refer to P 77 37 Output distribution master channel selection Yes Yes INT Refer to P 77 38 Address of interacting modules Yes Yes INT Refer to P 77 39 Channel selection of inte...

Page 124: ...cycle time Yes Yes INT Refer to P 80 12 DO minimum ON OFF time of proportioning cycle Yes Yes INT Refer to P 80 13 DI function assignment Yes Yes INT Refer to P 80 14 Memory area setting signal Yes Ye...

Page 125: ...ured data item IN 2 Yes Yes UINT 0 3 Measured data item IN 3 Yes Yes UINT 0 4 Measured data item IN 4 Yes Yes UINT 0 5 Measured data item IN 5 Yes Yes UINT 0 6 Measured data item IN 6 Yes Yes UINT 0 7...

Page 126: ...11 Yes Yes UINT 0 44 Setting data item OUT 12 Yes Yes UINT 0 45 Setting data item OUT 13 Yes Yes UINT 0 46 Setting data item OUT 14 Yes Yes UINT 0 47 Setting data item OUT 15 Yes Yes UINT 0 48 Settin...

Page 127: ...The first edition JUN 2007 IMQ00 The second edition JUL 2010 IMQ01...

Page 128: ...UL 2010 RKC INSTRUMENT INC HEADQUARTERS 16 6 KUGAHARA 5 CHOME OHTA KU TOKYO 146 8515 JAPAN PHONE 03 3751 9799 81 3 3751 9799 FAX 03 3751 8585 81 3 3751 8585 E mail info rkcinst co jp Website http www...

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