User s Guide OME-ET-7000 AND OME-PET-7000 SERIES. Ethernet I/O Modules

Transcription

1 egister Table User s Guide Shop online at omega.com info@omega.com For latest product manuals omegamanual.info OME-ET-7000 AND OME-PET-7000 SEIES Ethernet I/O Modules

2 OMEGAnet On-Line Service omega.com Internet U.S.A. ISO 9001 Certified OMEGA Engineering, Inc., One Omega Drive P.O. Box 4047, Stamford, CT USA Toll-Free TEL (203) FAX (203) U.S.A. and Canada Sales Service /1-800-TC-OMEGA Customer Service / BEST Engineering Service /1-800-USA-WHEN Servicing Asia China 1698 Yi Shan oad, Unit 102, Min Hang District Shanghai, China P..C. Hotline / Benelux Toll-Free TEL FAX Czech epublic Frystatska Karviná, Czech epublic Toll-Free TEL FAX France Toll-Free TEL FAX Servicing North America Canada 976 Bergar, Laval (Quebec) H7L 5A1, Canada Toll-Free TEL (514) FAX (514) For immediate technical or application assistance Mexico/ Latin America TEL 001 (203) FAX 001 (203) Servicing Europe Germany/ Austria Daimlerstrasse 26 D Deckenpfronn, Germany Toll-Free TEL +49 (0) FAX +49 (0) United Kingdom ISO 9001 Certified OMEGA Engineering Ltd. One Omega Drive iver Bend Technology Centre, Northbank Irlam, Manchester M44 5BD England Toll-Free TEL +44 (0) FAX +44 (0) It is the policy of OMEGA Engineering, Inc. to comply with all worldwide safety and EMC/EMI regulations that apply. OMEGA is constantly pursuing certification of its products to the European New Approach Directives. OMEGA will add the CE mark to every appropriate device upon certification. The information contained in this document is believed to be correct, but OMEGA accepts no liability for any errors it contains, and reserves the right to alter specifications without notice. WANING These products are not designed for use in, and should not be used for, human applications.

3 Table of Contents Preface... 1 About this Manual... 1 Contents in this Manual... 2 OME-ET-7002/OME-PET OME-ET-7015/OME-PET OME-ET-7017/OME-PET OME-ET /OME-PET OME-ET-7018Z/OME-PET-7018Z OME-ET-7019/OME-PET OME-ET-7019Z/OME-PET-7019Z OME-ET-7026/OME-PET OME-ET-7042/OME-PET OME-ET-7044/OME-PET OME-ET-7050/OME-PET OME-ET-7051/OME-PET OME-ET-7052/OME-PET OME-ET-7053/OME-PET OME-ET-7060/OME-PET OME-ET-7067/OME-PET Appendix A. Analog Input Type and Data Format Table B. Analog Output Type and Data Format Table... 68

4 Preface About this Manual This manual is intended to be used as a reference for users who need to communicate with the OME-ET-7000/OME-PET-7000 over a Modbus network. This manual assumes that the user has some knowledge of commissioning and programming of Modbus devices, including some knowledge of the Modbus protocol and knowledge about your OME-ET-7000/OME-PET-7000 module. This manual can be obtained from the companion CD CD\OME-ET-7000_OME-PET-7000\Document\ P. 1

5 Contents in this Manual Each chapter contains the following information for each OME-ET-7000/OME-PET-7000 module I/O Specifications Pin Assignments Wire Connections Modbus egister Table The table below describes the properties of each field in a Modbus register table. egister fields egister Point Description Data Format Attribute Factory Default Description The register addresses 1. DEX Decimal format 2. Hexadecimal format The number of the I/O point The function description for the register address The read or write range of the I/O data The access type ead only W Write only E Save to the EEPOM The factory default value after reset. The reset function can be found in the OME-ET-7000/OME-PET-7000 web page, as shown below. P. 2

6 OME-ET-7002/OME-PET-7002 I/O Specifications Pin Assignments Analog Input Input Channels Input Type Individual Channel Configuration Yes esolution Sampling ate Accuracy Zero Drift Span Drift Normal Mode Fast Mode Normal Mode Fast Mode 3 (Differential) +/-150 mv, +/-500 mv, +/-1 V, +/-5 V, +/-10 V, 0~20 ma, +/-20 ma, 4~20 ma (jumper selectable) 16-bit 12-bit Normal Mode +/-0.1% Fast Mode Overvoltage Protection Overcurrent Protection Input Impedance Voltage Current Common Mode ejection Normal Mode ejection Digital Input/Counter Input Channels 6 Type On Voltage Level Off Voltage Level 10 Samples/Sec. (Total) 60 Samples/Sec. (Total) +/-0.5% or better +/-20 uv/ C +/-25 ppm/ C 240 Vrms 50 ma max. at 110 V DC/V AC max. 2 MΩ 124 Ω 86 db Min. 100 db Wet Contact (Sink or Source) +10 V DC ~ +50 V DC +4V V DC max. Input Impedance 10 KΩ, 0.5W Counter Channels 6 Max. Count Max. Input Frequency 100 Hz Min. Pulse Width Overvoltage Protection Power elay Output Channels 3 Operating Voltage ange 4,294,967,285 (32-bit) 5 ms +50 V DC Power elay Form A (SPST N.O.) Max. Load Current 5.0 A/Channel at 25 C Operate Time elease Time Electrical Life (esistive load) Mechanical Life Intra-module Isolation, Field-to-Logic Power-on Value Safe Value 6 ms (Typical) 3 ms (Typical) VDE UL V AC 30,000ops (10 ops/minute) at 75 C 5 30 V AC 70,000ops (10 ops/minute) at 75 C VAC/30 VDC 6,000 ops VAC/30 VDC 100,000 ops. 20,000,000 ops at no load (300 ops/minute) 3750 V DC Yes, Programmable Yes, Programmable P. 3 OME-ET-7002/OME-PET-7002

7 Voltage/Current Input Selection Jumper Wire Connections Digital Input/ Counter eadback as 1 eadback as ~ +50 V DC Open or <4 V DC Sink Source emove the top case of the module. Power elay ON State eadback as 1 OFF State eadback as 0 The selection jumpers are next to the connector. efer to the table below to set the input type. elay Output Channel Vin0 ± Vin1 ± Vin2 ± Jumper J1 J2 J3 Voltage Input Current Input Tips & Warnings The jumper settings of the input type for each AI channel must correspond to the input range for each AI channel of the web interface. P. 4 OME-ET-7002/OME-PET-7002

8 Modbus egister Table Coils (0xxxx) egister Points Description Data Format Attribute Factory Default 0 Off 3 DO value /W - 1 On A2 00A4 00C2 00C4 6 Clear the DI counter value 1 Clear W - 6 Clear the DI latched value 1 Clear W - 3 Clear 1-ch historical AI max. value 1 Clear W - 3 Clear 1-ch historical AI min. value 1 Clear W E2 1 eset the I/O settings to the factory default state 1 eset W E9 1 eboot the module 1 eboot W E 1 Enable/Disable the DI latch function 0 Disable 1 Enable F Enable/Disable the DI counter function 0 Disable 1 Enable AF 1 Save the DO power-on value to the EEPOM 1 Save W/E B0 1 Save the DO safe value to the EEPOM 1 Save W/E B3 01B5 3 Enable/Disable the DO power-on value function 0 Disable 1 Enable /W Enable/Disable the DO safe value function 0 Disable 1 Enable /W Enable/Disable the AI function 0 Disable 1 Enable /W/E Set the AI sampling rate Set the AI noise filter 0 Normal mode (10 Hz, 16 bits) 1 Fast mode (60 Hz, 12 bits) 0 Frequency 60 Hz 1 Frequency 50 Hz Save preset values for the DI counter to the EEPOM 1 Save W/E Set the AI data format 0 Hexadecimal format 1 Engineering unit eset the AI calibration to the factory settings 1 eset W A 1 Clear all historical AI max. values 1 Clear W B 1 Clear all historical AI min. values 1 Clear W C 027E 3 Enable/Disable the AI high alarm function 0 Disable 1 Enable C 029E 3 Enable/Disable the AI low alarm function 0 Disable 1 Enable BC 02BE 3 Set the AI high alarm mode 0 Momentary mode 1 Latching mode P. 5 OME-ET-7002/OME-PET-7002

9 DC 02DE 3 Set the AI low alarm mode 0 Momentary mode 1 Latching mode FC 02FE 3 Clear the AI high alarm status 1 Clear W C 031E 3 Clear the AI low alarm status 1 Clear W E 1 Enable/Disable the AI calibration 0 Disable 1 Enable /W F 1 Zero calibration for the channel 0 1 Set W Span calibration for the channel 0 1 Set W - Discrete Inputs (1xxxx) egister Points Description Data Format Attribute 0 Off 6 DI value 1 On ead DI high latch status 0 Normal 1 Latched ead DI low latch status 0 Normal 1 Latched E0 00E2 3 ead AI high alarm status. When the AI value is higher than the high alarm value, the status becomes 1. 0 Normal 1 Alarmed ead AI low alarm status. When the AI value is lower than the high alarm value, the status becomes 1. 0 Normal 1 Alarmed Input egister (3xxxx) egister Points No. Per Point 3 1 AI value Description Data Format Attribute B 6 2 DI counter value 0 to EC 00EE 3 1 AI historical max. value C 010E 3 1 AI historical min. value C 1 1 Number of the DI channel Number of the DO channel Number of the AI channel E 1 1 OS image version 0x123 means version F 1 1 Firmware version 0x123 means version I/O version 0x123 means version Communication state of the pair-connection 0 Normal <0 Failed P. 6 OME-ET-7002/OME-PET-7002

10 Holding egister (4xxxx) egister C8 00D3 Points No. Per Point 6 2 Description Data Format Attribute Factory Value Set a preset value for the DI Counter Any values updated based on the Modbus communication will not take immediate effect and not be saved to EEPOM until the register (00630) is changed by a write operation. 0 to /W F 1 1 Set the module identification (Modbus NetID) 1 to 255 /W/E A 3 1 Set the AI high alarm value /W/E (0x7FFF) A 3 1 Set the AI low alarm value /W/E (0x8000) 0x07 4~20 ma 0x08 +/-10 V AB 01AD 3 1 Set the AI range 0x09 +/-5 V 0x0A +/-1 V 0x0B +/-500 mv 0x0C +/-150 mv 0x0D +/-20 ma 0x1A 0~20 ma /W/E 0x B 1 1 ead the module reset status C 1 1 ead the boot count of the module The factory default value is 0 when the settings are set to the factory default values D 1 1 Set the Host WDT timeout (unit second) E 1 1 ead the WDT event count The initial value is 0 when the module is reset, and is increased when the WDT even happens. 1 Power-on 2 Module Watchdog 3 Software eset Command - 1 to Disable the Host WDT 5 to Enable the Host WDT 0 to F 1 1 ead the module name 0x P. 7 OME-ET-7002/OME-PET-7002

11 OME-ET-7015/OME-PET-7015 I/O Specifications Pin Assignments TD Input Input Channels Sensor Type Wire Connection Individual Channel Configuration esolution Sampling ate 7 (Differential) Pt100, Pt1000, Ni120, Cu100, Cu1000 2/3 wire Yes 16-bit Accuracy +/-0.05% Zero Drift Span Drift Common Mode ejection Normal Mode ejection Input Impedance Open Wire Detection 3-wire TD Lead esistance Elimination 12 Samples/Sec. (Total) +/-0.5 μv/ C +/-20 μv/ C 150 db 100 db >1 MΩ Yes Yes Wire Connections TD Input CH0 1, 2, 5 and 6 CH3 and CH4 2-wire of TD 3-wire of TD Tips & Warnings Use AWG wire for signal connections Strip the wire to a length of 7±0.5mm Use a crimp terminal for wiring Avoid high-voltage cables and power equipment as much as possible Use shielded wire and connect the shielding to the Ax terminal of the channel P. 8 OME-ET-7015/OME-PET-7015

12 Modbus egister Table Coils (0xxxx) egister Points Description Data Format Attribute Factory Value E2 1 eset the I/O settings to the factory default state 1 eset W E9 1 eboot the module 1 eboot W Enable/Disable the AI function 0 Disable 1 Enable /W/E Set the AI noise filter Set the AI data format 0 Frequency 60 Hz 1 Frequency 50 Hz 0 Hexadecimal format 1 Engineering unit eset the AI calibration to the factory settings 1 eset W E 1 Enable/Disable the AI calibration 0 Disable 1 Enable /W F 1 Zero calibration for the channel 0 1 Set W Span calibration for the channel 0 1 Set W Zero calibration for the channel 1 1 Set W Span calibration for the channel 1 1 Set W Zero calibration for the channel 2 1 Set W Span calibration for the channel 2 1 Set W Zero calibration for the channel 3 1 Set W Span calibration for the channel 3 1 Set W Zero calibration for the channel 4 1 Set W Span calibration for the channel 4 1 Set W Zero calibration for the channel 5 1 Set W A 1 Span calibration for the channel 5 1 Set W B 1 Zero calibration for the channel 6 1 Set W C 1 Span calibration for the channel 6 1 Set W - Input egister (3xxxx) egister Points No. Per Point 7 1 AI value Description Data Format Attribute Number of the AI channel E 1 1 OS image version 0x123 means version F 1 1 Firmware version 0x123 means version I/O version 0x123 means version P. 9 OME-ET-7015/OME-PET-7015

13 Holding egister (4xxxx) egister 006E 0074 Points No. Per Point Description Data Format Attribute Factory Value 7 1 Set the AI temperature offset value -128 to E Set the AI resistance offset value 0 to F 1 1 Set the module identification (Modbus NetID) AB 01B1 7 1 Set the AI range 1 to 255 /W/E 1 0x20 Platinum 100, α= , -100 C ~ 100 C 0x21 Platinum 100, α= , 0 C ~ 100 C 0x22 Platinum 100, α= , 0 C ~ 200 C 0x23 Platinum 100, α= , 0 C ~ 600 C 0x24 Platinum 100, α= , -100 C ~ 100 C 0x25 Platinum 100, α= , 0 C ~ 100 C 0x26 Platinum 100, α= , 0 C ~ 200 C 0x27 Platinum 100, α= , 0 C ~ 600 C 0x28 Nickel 120, -80 C ~ 100 C 0x29 Nickel 120, 0 C ~ 100 C 0x2A Platinum 1000, α= , -200 C ~ 600 C x20 0x2B Cu 0 C, α= , -20 C ~ 150 C 0x2C Cu 25 C, α= , 0 C ~ 200 C 0x2D Cu 0 C, α= , -20 C ~ 150 C 0x2E Platinum 100, α= , -200 C ~ 200 C 0x2F Platinum 100, α= , -200 C ~ 200 C 0x80 Platinum 100, α= , -200 C ~ 600 C 0x81 Platinum 100, α= , -200 C ~ 600 C 0x82 Cu 0 C, -50 C ~ 150 C 0x83 Nickel 100, -60 C ~ 180 C B 1 1 ead the module reset status 1 Power-on 2 Module Watchdog 3 Software eset Command C D 1 1 ead the boot count of the module The factory default value is 0 when the settings are set to the factory default values. Set the Host WDT timeout (unit second) 1 to Disable the Host WDT 5 to Enable the Host WDT E 1 1 ead the WDT event count The initial value is 0 when the module is reset, and is increased when the WDT even happens. 0 to F 1 1 ead the module name 0x P. 10 OME-ET-7015/OME-PET-7015

14 OME-ET-7017/OME-PET-7017 I/O Specifications Pin Assignments Analog Input Input Channels Input Type Individual Channel Configuration Yes esolution Sampling ate Accuracy Zero Drift Span Drift Normal Mode Fast Mode Normal Mode Fast Mode 8 (Differential) +/-150 mv, +/-500 mv, +/-1 V, +/-5 V, +/-10 V, 0~20 ma, +/-20 ma, 4~20 ma (jumper selectable) 16-bit 12-bit Normal Mode +/-0.1% Fast Mode Overvoltage Protection Input Impedance Voltage Current Common Mode ejection Normal Mode ejection Digital Output Output Channels 4 Type Max. Load Current Load Voltage Overvoltage Protection Overload Protection Short-circuit Protection Power-on Value Safe Value 10 Samples/Sec. (Total) 60 Samples/Sec. (Total) +/-0.5% or better +/-20 uv/ C +/-25 ppm/ C 240 Vrms 2 MΩ 125 Ω 86 db Min. 100 db Isolated Open Collector (Sink) 700 ma/channel 5 V DC~50 V DC 60 V DC 1.4 A Yes Yes, Programmable Yes, Programmable P. 11 OME-ET-7017/OME-PET-7017

15 Voltage/Current Input Selection Jumper Settings Channel Vin6 ± Vin5 ± Vin4 ± Vin3 ± Vin2 ± Vin1 ± Vin0 ± Jumper J7 J6 J5 J4 J3 J2 J1 The selection jumpers are next to the connector. efer to the table below to set the input type. emove the top case of the module. Channel Vin7 ± Jumper J8 Voltage Input Current Input Tips & Warnings The jumper settings of the input type for each AI channel must correspond to the input range for each AI channel of the web interface. Wire Connections Digital Output ON State eadback as 1 OFF State eadback as 0 Open Collector (Sink) P. 12 OME-ET-7017/OME-PET-7017

16 Modbus egister Table Coils (0xxxx) egister Points Description Data Format Attribute Factory Value 4 DO value 0 Off 1 On /W A2 00A9 00C2 00C9 8 Clear 1-ch historical AI max. value 1 Clear W - 8 Clear 1-ch historical AI min. value 1 Clear W E2 1 eset the I/O settings to the factory default state 1 eset W E9 1 eboot the module 1 eboot W AF 1 Save the DO power-on value to the EEPOM 1 Save W/E B0 1 Save the DO safe value to the EEPOM 1 Save W/E B3 01B6 4 Enable/Disable the DO power-on value function 0 Disable 1 Enable /W Enable/Disable the DO safe value function 0 Disable 1 Enable /W A 8 Enable/Disable the AI function 0 Disable 1 Enable /W/E Set the AI sampling rate Set the AI noise filter Set the AI data format 0 Normal mode (10 Hz, 16 bits) 1 Fast mode (60 Hz, 12 bits) 0 Frequency 60 Hz 1 Frequency 50 Hz 0 Hexadecimal format 1 Engineering unit eset the AI calibration to the factory settings 1 eset W A 1 Clear all historical AI max. values 1 Clear W B 1 Clear all historical AI min. values 1 Clear W C Enable/Disable the AI high alarm function 0 Disable 1 Enable C 02A3 8 Enable/Disable the AI low alarm function 0 Disable 1 Enable BC 02C3 8 Set the AI high alarm mode 0 Momentary mode 1 Latching mode DC 02E3 8 Set the AI low alarm mode 0 Momentary mode 1 Latching mode FC C Clear the AI high alarm status 1 Clear W - 8 Clear the AI low alarm status 1 Clear W - P. 13 OME-ET-7017/OME-PET-7017

17 E 1 Enable/Disable the AI calibration 0 Disable 1 Enable /W F 1 Zero calibration for the channel 0 1 Set W Span calibration for the channel 0 1 Set W - Discrete Inputs (1xxxx) egister 00E0 00E7 Points Description Data Format Attribute ead AI high alarm status. 0 Normal 8 When the AI value is higher than the high alarm value, the status becomes 1. 1 Alarmed ead AI low alarm status. When the AI value is lower than the high alarm value, the status becomes 1. 0 Normal 1 Alarmed Input egister (3xxxx) egister Points No. Per Point 8 1 AI value Description Data Format Attribute EC 00F3 8 1 AI historical max. value C AI historical min. value Number of the DO channel Number of the AI channel E 1 1 OS image version 0x123 means version F 1 1 Firmware version 0x123 means version I/O version 0x123 means version Communication state of the pair-connection 0 Normal <0 Failed P. 14 OME-ET-7017/OME-PET-7017

18 Holding egister (4xxxx) egister Points No. Per Point Description Data Format Attribute Factory Value F 1 1 Set the module identification (Modbus NetID) 1 to 255 /W/E F 8 1 Set the AI high alarm value /W/E (0x7FFF) F 8 1 Set the AI low alarm value /W/E (0x8000) 0x07 4 ~ 20 ma 0x08 +/-10 V AB 01B2 8 1 Set the AI range 0x09 +/-5 V 0x0A +/-1 V 0x0B +/-500 mv 0x0C +/-150 mv 0x0D +/-20 ma 0x1A 0~20 ma /W/E 0x B 1 1 ead the module reset status 1 Power-on 2 Module Watchdog 3 Software eset Command C 1 1 ead the boot count of the module The factory default value is 0 when the settings are set to the factory default values D 1 1 Set the Host WDT timeout (unit second) 1 to Disable the Host WDT 5 to Enable the Host WDT E 1 1 ead the WDT event count The initial value is 0 when the module is reset, and is increased when the WDT even happens. 0 to F 1 1 ead the module name 0x P. 15 OME-ET-7017/OME-PET-7017

19 OME-ET /OME-PET I/O Specifications Pin Assignments Analog Input Input Channels Input Type Individual Channel Configuration Yes esolution Sampling ate Accuracy Zero Drift Span Drift Overvoltage Protection Input Impedance Normal Mode Fast Mode Normal Mode Fast Mode 10 differential or 20 single-ended (Note) (software selectable) +/-150 mv, +/-500 mv, +/-1 V, +/-5 V, +/-10 V, 0~20 ma, +/-20 ma, 4~20 ma (jumper selectable) 16-bit 12-bit Normal Mode +/-0.1% Fast Mode Differential Single-ended Voltage Current Common Mode ejection Normal Mode ejection 10 Samples/Sec. (Total) 60 Samples/Sec. (Total) +/-0.5% or better +/-20 uv/ C +/-25 ppm/ C 240 Vrms 150 Vrms 2 MΩ (Differential), 1 MΩ (Single-ended) 125 Ω 86 db Min. 100 db Note Differential mode can be used for voltage input and current input. Single-ended mode can be used for voltage input only P. 16 OME-ET /OME-PET

20 Voltage/Current Input Selection Jumper Settings Channel Vin6 ± Vin5 ± Vin4 ± Vin3 ± Vin2 ± Vin1 ± Vin0 ± Jumper J7 J6 J5 J4 J3 J2 J1 The selection jumpers are next to the connector. efer to the table below to set the input type. emove the top case of the module. Channel Vin7 ± Vin8 ± Vin9 ± Jumper J8 J9 J10 Voltage Input (Differential Mode) Voltage Input (Single-ended Mode) Current Input Tips & Warnings The jumper settings of the input type for each AI channel must correspond to the input range for each AI channel of the web interface. P. 17 OME-ET /OME-PET

21 Modbus egister Table Coils (0xxxx) egister 00A2 00B5 Points Description Data Format Attribute Factory Value 20 Clear 1-ch historical AI max. value 1 Clear W C2 00D5 20 Clear 1-ch historical AI min. value 1 Clear W E2 1 eset the I/O settings to the factory default state 1 eset W E9 1 eboot the module 1 eboot W Enable/Disable the AI function 0 Disable 1 Enable /W/E Set the AI sampling rate Set the AI noise filter Set the AI data format 0 Normal mode (10 Hz, 16 bits) 1 Fast mode (60 Hz, 12 bits) 0 Frequency 60 Hz 1 Frequency 50 Hz 0 Hexadecimal format 1 Engineering unit eset the AI calibration to the factory settings 1 eset W A 1 Clear all historical AI max. values 1 Clear W B 1 Clear all historical AI min. values 1 Clear W C 028F 20 Enable/Disable the AI high alarm function 0 Disable 1 Enable C 02AF 20 Enable/Disable the AI low alarm function 0 Disable 1 Enable BC 02CF 20 Set the AI high alarm mode 0 Momentary mode 1 Latching mode DC 02EF 20 Set the AI low alarm mode 0 Momentary mode 1 Latching mode FC 030F 031C 032F 20 Clear the AI high alarm status 1 Clear W - 20 Clear the AI low alarm status 1 Clear W E 1 Enable/Disable the AI calibration 0 Disable 1 Enable /W F 1 Zero calibration for the channel 0 1 Set W Span calibration for the channel 0 1 Set W Set the AI mode 0 Differential 1 Single-ended P. 18 OME-ET /OME-PET

22 Discrete Inputs (1xxxx) egister 00E0 00F3 Points Description Data Format Attribute ead AI high alarm status. 0 Normal 20 When the AI value is higher than the high alarm value, the status becomes 1. 1 Alarmed ead AI low alarm status. When the AI value is lower than the high alarm value, the status becomes 1. 0 Normal 1 Alarmed Input egister (3xxxx) egister Points No. Per Point 20 1 AI value Description Data Format Attribute EC 00FF 20 1 AI historical max. value C 011F 20 1 AI historical min. value Number of the AI channel 10/ E 1 1 OS image version 0x123 means version F 1 1 Firmware version 0x123 means version I/O version 0x123 means version P. 19 OME-ET /OME-PET

23 Holding egister (4xxxx) egister Points No. Per Point Description Data Format Attribute Factory Value F 1 1 Set the module identification (Modbus NetID) 1 to 255 /W/E B 20 1 Set the AI high alarm value /W/E (0x7FFF) B 20 1 Set the AI low alarm value /W/E (0x8000) 0x07 4 ~ 20 ma 0x08 +/-10 V AB 01BF 20 1 Set the AI range 0x09 +/-5 V 0x0A +/-1 V 0x0B +/-500 mv 0x0C +/-150 mv 0x0D +/-20 ma 0x1A 0~20 ma /W/E 0x B 1 1 ead the module reset status 1 Power-on 2 Module Watchdog 3 Software eset Command C 1 1 ead the boot count of the module The factory default value is 0 when the settings are set to the factory default values D 1 1 Set the Host WDT timeout (unit second) 1 to Disable the Host WDT 5 to Enable the Host WDT E 1 1 ead the WDT event count The initial value is 0 when the module is reset, and is increased when the WDT even happens. 0 to F 1 1 ead the module name 0x P. 20 OME-ET /OME-PET

24 OME-ET-7018Z/OME-PET-7018Z I/O Specifications Analog Input Input Channels Input Type Individual Channel Configuration esolution Sampling ate Accuracy Zero Drift Span Drift Overvoltage Protection Input Impedance Common Mode ejection Normal Mode ejection Temperature Outputs Consistency Stable Temperature Output In The Field Open Wire Detection Digital Output Output Channels 6 Type Max. Load Current Load Voltage Overvoltage Protection Overload Protection Short-circuit Protection Power-on Value Safe Value Pin Assignments 10 (Differential) +/-15 mv, +/-50 mv, +/-100 mv, +/-500 mv, +/-1 V, +/-2.5V 0~20 ma, +/-20 ma, 4~20 ma (equires Optional External 125Ω esistor) Thermocouple (J, K, T, E,, S, B, N, C, L, M and LDIN43710) Yes 16-bit 10 Samples/Sec. (Total) +/-0.1% or better +/-0.5 uv/ C +/-25 ppm/ C 240 Vrms >300 KΩ 150 db Min. 100 db Yes Yes Yes Isolated Open Collector (Sink) 700 ma/channel 5 V DC~50 V DC 60 V DC 1.4 A Yes Yes, Programmable Yes, Programmable P. 21 OME-ET-7018Z/OME-PET-7018Z

25 Wire Connections Voltage Input Thermocouple Input Current Input Note that an optional external 125 Ω resistor is required when connecting to a current source, Digital Output ON State eadback as 1 OFF State eadback as 0 Open Collector (Sink) P. 22 OME-ET-7018Z/OME-PET-7018Z

26 Modbus egister Table Coils (0xxxx) egister Points Description Data Format Attribute Factory Value 6 DO value 0 Off 1 On /W A2 00AB 00C2 00CB 10 Clear 1-ch historical AI max. value 1 Clear W - 10 Clear 1-ch historical AI min. value 1 Clear W E2 1 eset the I/O settings to the factory default state 1 eset W E9 1 eboot the module 1 eboot W AF 1 Save the DO power-on value to the EEPOM 1 Save W/E B0 1 Save the DO safe value to the EEPOM 1 Save W/E B3 01B8 6 Enable/Disable the DO power-on value function 0 Disable 1 Enable /W Enable/Disable the DO safe value function 0 Disable 1 Enable /W C 10 Enable/Disable the AI function 0 Disable 1 Enable /W/E Enable/Disable the CJC function Set the AI noise filter Set the AI data format 0 Disable 1 Enable 0 Frequency 60 Hz 1 Frequency 50 Hz 0 Hexadecimal format 1 Engineering unit /W/E eset the AI calibration to the factory settings 1 eset W A 1 Clear all historical AI max. values 1 Clear W B 1 Clear all historical AI min. values 1 Clear W C Enable/Disable the AI high alarm function 0 Disable 1 Enable C 02A5 10 Enable/Disable the AI low alarm function 0 Disable 1 Enable BC 02C5 10 Set the AI high alarm mode 0 Momentary mode 1 Latching mode DC 02E5 10 Set the AI low alarm mode 0 Momentary mode 1 Latching mode P FC C Clear the AI high alarm status 1 Clear W - 10 Clear the AI low alarm status 1 Clear W - OME-ET-7018Z/OME-PET-7018Z

27 E 1 Enable/Disable the AI calibration 0 Disable 1 Enable /W F 1 Zero calibration for the channel 0 1 Set W Span calibration for the channel 0 1 Set W - Discrete Inputs (1xxxx) egister 00E0 00E9 Points Description Data Format Attribute ead AI high alarm status. 0 Normal 10 When the AI value is higher than the high alarm value, the status becomes 1. 1 Alarmed ead AI low alarm status. When the AI value is lower than the high alarm value, the status becomes 1. 0 Normal 1 Alarmed Input egister (3xxxx) egister Points No. Per Point Description Data Format Attribute AI value F 1 1 CJC value EC 00F AI historical max. value C AI historical min. value Number of the DO channel Number of the AI channel E 1 1 OS image version 0x123 means version F 1 1 Firmware version 0x123 means version I/O version 0x123 means version Communication state of the pair-connection 0 Normal <0 Failed P. 24 OME-ET-7018Z/OME-PET-7018Z

28 Holding egister (4xxxx) egister Points No. Per Point Description Data Format Attribute Factory Value F 1 1 Set the module identification (Modbus NetID) 1 to 255 /W/E Set the AI high alarm value /W/E (0x7FFF) Set the AI low alarm value /W/E (0x8000) 0x00 +/-15 mv 0x01 +/-50 mv 0x02 +/-100 mv 0x03 +/-500 mv 0x04 +/-1 V 0x05 +/-2.5 V 0x06 +/-20 ma 0x07 4 ~ 20 ma 0x0E Type J, -210 C ~ 760 C AB 01B Set the AI range 0x0F Type K, -270 C ~ 1372 C 0x10 Type T, -270 C ~ 400 C 0x11 Type E, -270 C ~ 1000 C 0x12 Type, 0 C ~ 1768 C 0x13 Type S, 0 C ~ 1768 C 0x14 Type B, 0 C ~ 1820 C 0x15 Type N, -270 C ~ 1300 C 0x16 Type C, 0 C ~ 2320 C 0x17 Type L, -200 C ~ 800 C 0x18 Type M, -200 C ~ 100 C 0x19 Type L DIN43710, -200 C ~ 900 C 0x1A 0 ~ 20 ma /W/E 0x EB 01F Set the CJC Offset for the single channel to B 1 1 Set the CJC Offset for all channels to B 1 1 ead the module reset status 1 Power-on 2 Module Watchdog 3 Software eset Command C 1 1 ead the boot count of the module The factory default value is 0 when the settings are set to the factory default values D 1 1 Set the Host WDT timeout (unit second) 1 to Disable the Host WDT 5 to Enable the Host WDT E 1 1 ead the WDT event count The initial value is 0 when the module is reset, and is increased when the WDT even happens. 0 to F 1 1 ead the module name 0x D 1 1 Set the CJC operation status 0 Stop 1 Start 2 ead once /W/E 1 P. 25 OME-ET-7018Z/OME-PET-7018Z

29 OME-ET-7019/OME-PET-7019 I/O Specifications Pin Assignments Analog Input Input Channels Input Type Individual Channel Configuration Yes esolution Sampling ate Accuracy Zero Drift Span Drift Overvoltage Protection Input Impedance Voltage Current Common Mode ejection Normal Mode ejection Open Wire Detection 8 (Differential) +/-15 mv, +/-50 mv, +/-100 mv, +/-150 mv, +/-500 mv, +/-1 V, +/-5 V, +/-10 V, 0~20 ma, +/-20 ma, 4~20 ma Thermocouple (J, K, T, E,, S, B, N, C, L, M and LDIN43710) 16-bit 10 Samples/Sec. (Total) +/-0.1% or better +/-10 uv/ C +/-25 ppm/ C 240 Vrms >1 MΩ 125 Ω 86 db Min. 100 db Yes Digital Output Output Channels 4 Type Max. Load Current Load Voltage Overvoltage Protection Overload Protection Short-circuit Protection Power-on Value Safe Value Isolated Open Collector (Sink) 700 ma/channel 5 V DC~50 V DC 60 V DC 1.4 A Yes Yes, Programmable Yes, Programmable P. 26 OME-ET-7019/OME-PET-7019

30 Voltage/Current Input Selection Jumper Settings Channel Vin6 ± Vin5 ± Vin4 ± Vin3 ± Vin2 ± Vin1 ± Vin0 ± Jumper J7 J6 J5 J4 J3 J2 J1 The selection jumpers are next to the connector. efer to the table below to set the input type. emove the top case of the module. Channel Vin7 ± Jumper J8 Voltage Input Thermocouple Input Current Input Tips & Warnings The jumper settings of the input type for each AI channel must correspond to the input range for each AI channel of the web interface. Wire Connections Digital Output ON State eadback as 1 OFF State eadback as 0 Open Collector (Sink) P. 27 OME-ET-7019/OME-PET-7019

31 Modbus egister Table Coils (0xxxx) egister Points Description Data Format Attribute Factory Value 0 Off 4 DO value /W - 1 On A2 00A9 00C2 00C9 8 Clear 1-ch historical AI max. value 1 Clear W - 8 Clear 1-ch historical AI min. value 1 Clear W E2 1 eset the I/O settings to the factory default state 1 eset W E9 1 eboot the module 1 eboot W AF 1 Save the DO power-on value to the EEPOM 1 Save W/E B0 1 Save the DO safe value to the EEPOM 1 Save W/E B3 01B6 4 Enable/Disable the DO power-on value function 0 Disable 1 Enable /W Enable/Disable the DO safe value function 0 Disable 1 Enable /W A 8 Enable/Disable the AI function 0 Disable 1 Enable /W/E Enable/Disable the CJC function Set the AI noise filter Set the AI data format 0 Disable 1 Enable 0 Frequency 60 Hz 1 Frequency 50 Hz 0 Hexadecimal format 1 Engineering unit /W/E eset the AI calibration to the factory settings 1 eset W A 1 Clear all historical AI max. values 1 Clear W B 1 Clear all historical AI min. values 1 Clear W C Enable/Disable the AI high alarm function 0 Disable 1 Enable C 02A3 8 Enable/Disable the AI low alarm function 0 Disable 1 Enable BC 02C3 8 Set the AI high alarm mode 0 Momentary mode 1 Latching mode DC 02E3 8 Set the AI low alarm mode 0 Momentary mode 1 Latching mode FC C Clear the AI high alarm status 1 Clear W - 8 Clear the AI low alarm status 1 Clear W - P. 28 OME-ET-7019/OME-PET-7019

32 E 1 Enable/Disable the AI calibration 0 Disable 1 Enable /W F 1 Zero calibration for channel 0 1 Active W Span calibration for channel 0 1 Active W - Discrete Inputs (1xxxx) egister 00E0 00E7 Points Description Data Format Attribute ead AI high alarm status. 0 Normal 8 When the AI value is higher than the high alarm value, the status becomes 1. 1 Alarmed ead AI low alarm status. When the AI value is lower than the high alarm value, the status becomes 1. 0 Normal 1 Alarmed Input egister (3xxxx) egister Points No. Per Point 8 1 AI value Description Data Format Attribute F 1 1 CJC value EC 00F3 8 1 AI historical max. value C AI historical min. value Number of the DO channel Number of the AI channel E 1 1 OS image version 0x123 means version F 1 1 Firmware version 0x123 means version I/O version 0x123 means version Communication state of the pair-connection 0 Normal <0 Failed P. 29 OME-ET-7019/OME-PET-7019

33 Holding egister (4xxxx) egister Points No. Per Point Description Data Format Attribute Factory Value F 1 1 Set the module identification (Modbus NetID) 1 to 255 /W/E F 8 1 Set the AI high alarm value /W/E (0x7FFF) F 8 1 Set the AI low alarm value /W/E (0x8000) 0x00 +/-15 mv 0x01 +/-50 mv 0x02 +/-100 mv 0x03 +/-500 mv 0x04 +/-1 V 0x05 +/-2.5 V 0x06 +/-20 ma 0x07 4 ~ 20 ma 0x0E Type J, -210 C ~ 760 C AB 01B2 8 1 Set the AI range 0x0F Type K, -270 C ~ 1372 C 0x10 Type T, -270 C ~ 400 C 0x11 Type E, -270 C ~ 1000 C 0x12 Type, 0 C ~ 1768 C 0x13 Type S, 0 C ~ 1768 C 0x14 Type B, 0 C ~ 1820 C 0x15 Type N, -270 C ~ 1300 C 0x16 Type C, 0 C ~ 2320 C 0x17 Type L, -200 C ~ 800 C 0x18 Type M, -200 C ~ 100 C 0x19 Type L DIN43710, -200 C ~ 900 C 0x1A 0 ~ 20 ma /W/E 0x EB 01F2 8 1 Set the CJC Offset for the single channel to B 1 1 Set the CJC Offset for all channels to B 1 1 ead the module reset status 1 Power-on 2 Module Watchdog 3 Software eset Command C 1 1 ead the boot count of the module The factory default value is 0 when the settings are set to the factory default values D 1 1 Set the Host WDT timeout (unit second) 1 to Disable the Host WDT 5 to Enable the Host WDT E 1 1 ead the WDT event count The initial value is 0 when the module is reset, and is increased when the WDT even happens. 0 to F 1 1 ead the module name 0x D 1 1 Set the CJC operation status 0 Stop 1 Start 2 ead once /W/E 1 P. 30 OME-ET-7019/OME-PET-7019

34 OME-ET-7019Z/OME-PET-7019Z I/O Specifications Analog Input Input Channels Input Type Individual Channel Configuration esolution Sampling ate Accuracy Zero Drift Span Drift Overvoltage Protection Input Impedance Common Mode ejection Normal Mode ejection Temperature Outputs Consistency Stable Temperature Output In The Field Open Wire Detection Digital Output Output Channels 6 Type Max. Load Current Load Voltage Overvoltage Protection Overload Protection Short-circuit Protection Power-on Value Safe Value Pin Assignments 10 (Differential) +/-15 mv, +/-50 mv, +/-100 mv, +/-150 mv, +/-500 mv, +/-1 V, +/-2.5V, +/-5 V, +/-10 V 0~20 ma, +/-20 ma, 4~20 ma (Jumper Selectable) Thermocouple (J, K, T, E,, S, B, N, C, L, M and LDIN43710) Yes 16-bit 10 Samples/Sec. (Total) +/-0.1% or better +/-0.5 uv/ C +/-25 ppm/ C 240 Vrms >300 KΩ 86 db Min. 100 db Yes Yes Yes Isolated Open Collector (Sink) 700 ma/channel 5 V DC~50 V DC 60 V DC 1.4 A Yes Yes, Programmable Yes, Programmable P. 31 OME-ET-7019Z/OME-PET-7019Z

35 Voltage/Current Input Selection Jumper Settings Channel CH0 ± CH1 ± CH2± CH3± CH4± CH5± CH6± CH7± Jumper J1 J2 J3 J4 J5 J6 J7 J8 Channel CH8 ± CH9 ± Jumper J9 J10 emove the top case of the module. The selection jumpers are next to the connector. efer to the table below to set the input type. Voltage Input Thermocouple Input Current Input Tips & Warnings The jumper settings of the input type for each AI channel must correspond to the input range for each AI channel of the web interface. P. 32 OME-ET-7019Z/OME-PET-7019Z

36 Wire Connections Digital Output ON State eadback as 1 OFF State eadback as 0 Open Collector (Sink) P. 33 OME-ET-7019Z/OME-PET-7019Z

37 Modbus egister Table Coils (0xxxx) egister Points Description Data Format Attribute Factory Value 0 Off 6 DO value /W - 1 On A2 00AB 00C2 00CB 10 Clear 1-ch historical AI max. value 1 Clear W - 10 Clear 1-ch historical AI min. value 1 Clear W E2 1 eset the I/O settings to the factory default state 1 eset W E9 1 eboot the module 1 eboot W AF 1 Save the DO power-on value to the EEPOM 1 Save W/E B0 1 Save the DO safe value to the EEPOM 1 Save W/E B3 01B8 6 Enable/Disable the DO power-on value function 0 Disable 1 Enable /W Enable/Disable the DO safe value function 0 Disable 1 Enable /W C 10 Enable/Disable the AI function 0 Disable 1 Enable /W/E Enable/Disable the CJC function Set the AI noise filter Set the AI data format 0 Disable 1 Enable 0 Frequency 60 Hz 1 Frequency 50 Hz 0 Hexadecimal format 1 Engineering unit /W/E eset the AI calibration to the factory settings 1 eset W A 1 Clear all historical AI max. values 1 Clear W B 1 Clear all historical AI min. values 1 Clear W C Enable/Disable the AI high alarm function 0 Disable 1 Enable C 02A5 10 Enable/Disable the AI low alarm function 0 Disable 1 Enable BC 02C5 10 Set the AI high alarm mode 0 Momentary mode 1 Latching mode DC 02E5 10 Set the AI low alarm mode 0 Momentary mode 1 Latching mode P FC C Clear the AI high alarm status 1 Clear W - 10 Clear the AI low alarm status 1 Clear W - OME-ET-7019Z/OME-PET-7019Z

38 E 1 Enable/Disable the AI calibration 0 Disable 1 Enable /W F 1 Zero calibration for the channel 0 1 Set W Span calibration for the channel 0 1 Set W - Discrete Inputs (1xxxx) egister 00E0 00E9 Points Description Data Format Attribute ead AI high alarm status. 0 Normal 10 When the AI value is higher than the high alarm value, the status becomes 1. 1 Alarmed ead AI low alarm status. When the AI value is lower than the high alarm value, the status becomes 1. 0 Normal 1 Alarmed Input egister (3xxxx) egister Points No. Per Point 10 1 AI value Description Data Format Attribute F 1 1 CJC value EC 00F AI historical max. value C AI historical min. value Number of the DO channel Number of the AI channel E 1 1 OS image version 0x123 means version F 1 1 Firmware version 0x123 means version I/O version 0x123 means version Communication state of the pair-connection 0 Normal <0 Failed P. 35 OME-ET-7019Z/OME-PET-7019Z

39 Holding egister (4xxxx) egister Points No. Per Point Description Data Format Attribute Factory Value F 1 1 Set the module identification (Modbus NetID) 1 to 255 /W/E Set the AI high alarm value /W/E (0x7FFF) Set the AI low alarm value /W/E (0x8000) 0x00 +/-15 mv 0x01 +/-50 mv 0x02 +/-100 mv 0x03 +/-500 mv 0x04 +/-1 V 0x05 +/-2.5 V 0x06 +/-20 ma 0x07 4 ~ 20 ma 0x08 +/-10 V 0x09 +/-5 V 0x0A +/-1V 0x0B +/-500 mv AB 01B Set the AI range 0x0C +/-150 mv 0x0D +/-20 ma 0x0E Type J, -210 C ~ 760 C 0x0F Type K, -270 C ~ 1372 C 0x10 Type T, -270 C ~ 400 C 0x11 Type E, -270 C ~ 1000 C 0x12 Type, 0 C ~ 1768 C 0x13 Type S, 0 C ~ 1768 C 0x14 Type B, 0 C ~ 1820 C 0x15 Type N, -270 C ~ 1300 C 0x16 Type C, 0 C ~ 2320 C 0x17 Type L, -200 C ~ 800 C 0x18 Type M, -200 C ~ 100 C 0x19 Type L DIN43710, -200 C ~ 900 C 0x1A 0 ~ 20 ma /W/E 0x EB 01F Set the CJC Offset for the single channel to B 1 1 Set the CJC Offset for all channels to B 1 1 ead the module reset status 1 Power-on 2 Module Watchdog 3 Software eset Command C 1 1 ead the boot count of the module The factory default value is 0 when the settings are set to the factory default values D 1 1 Set the Host WDT timeout (unit second) 1 to Disable the Host WDT 5 to Enable the Host WDT E 1 1 ead the WDT event count The initial value is 0 when the module is reset, and is increased when the WDT even happens. 0 to F 1 1 ead the module name 0x D 1 1 Set the CJC operation status 0 Stop 1 Start 2 ead once /W/E 1 P. 36 OME-ET-7019Z/OME-PET-7019Z

40 OME-ET-7026/OME-PET-7026 I/O Specifications Pin Assignments Analog Input Input Channels Input Type Individual Channel Configuration Yes esolution Sampling ate Accuracy Zero Drift Span Drift Normal Mode Fast Mode Normal Mode Fast Mode 6 (Differential) +/-500 mv, +/-1 V, +/-5 V, +/-10 V, 0~20 ma, +/-20 ma, 4~20 ma (jumper selectable) 16-bit 12-bit Normal Mode +/-0.1% Fast Mode 10 Samples/Sec. (Total) 60 Samples/Sec. (Total) +/-0.5% or better +/-20 uv/ C or better +/-25 ppm/ C Overvoltage Protection 240 Vrms Input Impedance Common Mode ejection Normal Mode ejection Analog Output Output Channels 2 Output Type 2 MΩ 86 db Min. 100 db Individual Channel Configuration Yes esolution Accuracy Voltage Output Capability Current Load esistance Open Wire Detection Power On Value Safe Value Digital Input/Counter Input Channels 2 Dry Contact (Source) Wet Contact (Sink/Source) Counter On Voltage Level Off Voltage Level Effective Distance for Dry Contact On Voltage Level Off Voltage Level Channels 2 Max. Counts Max. Input Frequency Overvoltage Protection Min. Pulse Width Digital Output Output Channels 2 Type Max. Load Current Load Voltage Overvoltage Protection Overload Protection Short-circuit Protection Power-on Value Safe Value 0~5 V, +/-5 V, 0~10 V, +/-10 V 0~20 ma, 4~20 ma (jumper selectable) 12-bit +/-0.1% of FS V 500 Ω Yes, for 4~20 ma only Yes, Programmable Yes, Programmable Close to GND Open 500M max V DC ~ +30V DC +1 V DC max. 4,294,967,285 (32-bit) 100 Hz 5 ms 30 V DC Isolated Open Collector (Sink) 700 ma/channel +5 V DC ~ +50 V DC 60 V DC 1.4 A Yes Yes, Programmable Yes, Programmable P. 37 OME-ET-7026/OME-PET-7026

41 OME ET 7000/OME PET 7000 Series Voltage/Current Input/Output Selection Jumper Settings Channel Vout0 & AGND Vin5 ± Vin4 ± Vin3 ± Vin2 ± Vin1 ± Vin0 ± Jumper JP5 J6 J5 J4 J3 J2 JP1 The selection jumpers are next to the connector. efer to the table below to set the input type. emove the top case of the module. Channel Jumper Vout1+ & AGND JP6 Voltage Input Current Input Voltage Output Current Output The jumper settings of the input type for each AI/AO channel must correspond to the input range for each AI/AO channel of the web interface. Wire Connections Digital Input/ ON State Counter eadback as 1 OFF State eadback as 0 Digital Output ON State eadback as 1 OFF State eadback as 0 Dry Contact Open Collector (Sink) P. 38 OME ET 7026/OME PET 7026

42 Modbus egister Table Coils (0xxxx) egister Points Description Data Format Attribute Factory Value 0 Off 2 DO value /W - 1 On A2 00A7 00C2 00C7 2 Clear the DI counter value 1 Clear W - 2 Clear the DI latched value 1 Clear W - 6 Clear 1-ch historical AI max. value 1 Clear W - 6 Clear 1-ch historical AI min. value 1 Clear W E2 1 eset the I/O settings to the factory default state 1 eset W E9 1 eboot the module 1 eboot W E 1 Enable/Disable the DI latch function 0 Disable 1 Enable F Enable/Disable the DI counter function 0 Disable 1 Enable AF 1 Save the DO power-on value to the EEPOM 1 Save W/E B0 1 Save the DO safe value to the EEPOM 1 Save W/E B3 01B4 2 Enable/Disable the DO power-on value function 0 Disable 1 Enable /W Enable/Disable the DO safe value function 0 Disable 1 Enable /W Enable/Disable the AI function 0 Disable 1 Enable /W/E Set the AI sampling rate Set the AI noise filter 0 Normal mode (10 Hz, 16 bits) 1 Fast mode (60 Hz, 12 bits) 0 Frequency 60 Hz 1 Frequency 50 Hz Save preset values for the DI counter to the EEPOM 1 Save W/E Set the AI/AO data format 0 Hexadecimal format 1 Engineering unit eset the AI calibration to the factory settings 1 eset W A 1 Clear all historical AI max. values 1 Clear W B 1 Clear all historical AI min. values 1 Clear W C Enable/Disable the AI high alarm function 0 Disable 1 Enable C 6 Enable/Disable the AI low alarm function 0 Disable 1 Enable P. 39 OME-ET-7026/OME-PET-7026

43 A BC 02C1 6 Set the AI high alarm mode 0 Momentary mode 1 Latching mode DC 02E1 6 Set the AI low alarm mode 0 Momentary mode 1 Latching mode FC C Clear the AI high alarm status 1 Clear W - 6 Clear the AI high low status 1 Clear W E 1 Enable/Disable the AI calibration 0 Disable 1 Enable /W F 1 Zero calibration for the channel 0 1 Set W Span calibration for the channel 0 1 Set W - Discrete Inputs (1xxxx) egister Points Description Data Format Attribute 0 Off 2 DI value 1 On ead DI high latch status 0 Normal 1 Latched ead DI low latch status 0 Normal 1 Latched E0 00E5 6 ead AI high alarm status. When the AI value is higher than the high alarm value, the status becomes 1. 0 Normal 1 Alarmed ead AI low alarm status. When the AI value is lower than the high alarm value, the status becomes 1. 0 Normal 1 Alarmed P. 40 OME-ET-7026/OME-PET-7026

44 Input egister (3xxxx) egister Points No. Per Point 6 1 AI value Description Data Format Attribute DI counter value 0 to EC 00F1 6 1 AI historical max. value C AI historical min. value C 1 1 Number of the DI channel Number of the DO channel Number of the AI channel A 1 1 Number of the AO channel E 1 1 OS image version 0x123 means version F 1 1 Firmware version 0x123 means version I/O version 0x123 means version Communication state of the pair-connection 0 Normal <0 Failed P. 41 OME-ET-7026/OME-PET-7026