#x000116C7 Zhejiang Hechuan Technology Co.,Ltd. 424DD9020000000000003600000028000000100000000E000000010018000000000000000000232E0000232E00000000000000000000FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF6BB15ADFEEDBFCFDFB68B058D5E9D174B66470B4608DC3806BB15AE1EFDEFFFFFFF2F8F07BBA6D72B56359A847CAE3C47FBC7174B665A5D09B50A33D8AC17CA5D09BFFFFFFFFFFFF82BD7479B86AAAD3A1D3E8CE52A43FCAE3C49ACA8F81BD74B7D9AF59A847C4E0BEB3A283B5C29D72B563FCFEFCFFFFFFC6E1BF57A644C2DFBBEAF4E8F0F7EEBEDDB799C98E54A541F3F9F25EAA4DF6FAF5E2D7CCC2AA93A3CF9968AF5768AF57D3E8CE75B66661AC4F76B767A0CD9578B86A6EB35F7EBB6FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF Coupler HCFA-Coupler HCFA-Coupler 424DD9020000000000003600000028000000100000000E000000010018000000000000000000232E0000232E00000000000000000000FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF6BB15ADFEEDBFCFDFB68B058D5E9D174B66470B4608DC3806BB15AE1EFDEFFFFFFF2F8F07BBA6D72B56359A847CAE3C47FBC7174B665A5D09B50A33D8AC17CA5D09BFFFFFFFFFFFF82BD7479B86AAAD3A1D3E8CE52A43FCAE3C49ACA8F81BD74B7D9AF59A847C4E0BEB3A283B5C29D72B563FCFEFCFFFFFFC6E1BF57A644C2DFBBEAF4E8F0F7EEBEDDB799C98E54A541F3F9F25EAA4DF6FAF5E2D7CCC2AA93A3CF9968AF5768AF57D3E8CE75B66661AC4F76B767A0CD9578B86A6EB35F7EBB6FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF HCQX-EC02-D4 HCQX-EC02-D4-V1.00.06,EtherCAT Coupler https://www.hcfa.cn/ 2000 50000 5000 200 100 2000 Coupler 5001 BOOL 1 DINT 32 INT 16 UDINT 32 UINT 16 USINT 8 ULINT 64 REAL 32 STRING(13) 104 STRING(15) 120 DT1018 144 0 SubIndex 000 USINT 8 0 ro o 1 Vendor ID UDINT 32 16 ro o 2 Product code UDINT 32 48 ro o 3 Revision UDINT 32 80 ro o 4 Serial number UDINT 32 112 ro o DT1C00ARR USINT 32 1 4 DT1C00 48 0 SubIndex 000 USINT 8 0 ro o Elements DT1C00ARR 32 16 ro o DT1C32 504 0 SubIndex 000 USINT 8 0 ro m 1 Sync mode UINT 16 16 rw o 2 Cycle time UDINT 32 32 ro o 4 Sync modes supported UINT 16 96 ro o 5 Minimum cycle time UDINT 32 112 ro o 6 Calc and copy time UDINT 32 144 ro o 9 Delay time UDINT 32 224 ro c 11 SM event missed counter UDINT 32 288 ro c 32 Sync error BOOL 1 496 ro c DT1C33 504 0 SubIndex 000 USINT 8 0 ro o 1 Sync mode UINT 16 16 rw o 2 Cycle time UDINT 32 32 ro o 4 Sync modes supported UINT 16 96 ro o 5 Minimum cycle time UDINT 32 112 ro o 6 Calc and copy time UDINT 32 144 ro o 9 Delay time UDINT 32 224 ro c 11 SM event missed counter UDINT 32 288 ro c 32 Sync error BOOL 1 496 ro c DT1C12ARR UINT 4080 1 255 DT1C12 4096 0 SubIndex 000 USINT 8 0 rw o Elements DT1C12ARR 4080 16 rw o DT1C13ARR UINT 4080 1 255 DT1C13 4096 0 SubIndex 000 USINT 8 0 rw o Elements DT1C13ARR 4080 16 rw o DT3010 48 0 largest sub-index supported USINT 8 0 ro o 1 Port 0 invalid frame counter USINT 8 16 ro o 2 Port 0 Rx error counter USINT 8 24 ro o 3 Port 0 forwarded Rx error counter USINT 8 32 ro o 4 Port 0 lost link counter USINT 8 40 ro o DT3011 48 0 largest sub-index supported USINT 8 0 ro o 1 Port 1 invalid frame counter USINT 8 16 ro o 2 Port 1 Rx error counter USINT 8 24 ro o 3 Port 1 forwarded Rx error counter USINT 8 32 ro o 4 Port 1 lost link counter USINT 8 40 ro o DT3012 48 0 largest sub-index supported USINT 8 0 ro o 1 ECAT Processing unit error counter USINT 8 16 ro o 2 PDI error cunter USINT 8 24 ro o 3 Watchdog counter process data USINT 8 32 ro o 4 Watchdog counter PDI USINT 8 40 ro o DT3016 80 0 SubIndex 000 USINT 8 0 ro o 1 Rotary switchs value UINT 16 16 ro o 2 Configured station address UINT 16 32 ro o 3 Configured station alias UINT 16 48 ro o 4 Alias in eeprom UINT 16 64 rw o DTF000 48 0 SubIndex 000 USINT 8 0 ro o 1 Index distance UINT 16 16 ro o 2 Maximum number of modules UINT 16 32 ro o DTF010ARR UDINT 512 1 16 DTF010 528 0 SubIndex 000 USINT 8 0 ro o Elements DTF010ARR 512 16 rw o DTF030ARR UDINT 512 1 16 DTF030 528 0 SubIndex 000 USINT 8 0 rw o Elements DTF030ARR 512 16 rw o DTF050ARR UDINT 512 1 16 DTF050 528 0 SubIndex 000 USINT 8 0 ro o Elements DTF050ARR 512 16 ro o DTF110 96 0 SubIndex 000 USINT 8 0 ro o 1 Slave error USINT 8 16 ro o 2 Slave EtherCAT AL station UINT 16 24 ro o 3 Slave EtherCAT Al Code UINT 16 40 ro o 4 SPI And configuration error USINT 8 56 ro o 5 Configuration error position UINT 16 64 ro o 6 Module error position UINT 16 80 ro o DTF800 48 0 SubIndex 000 USINT 8 0 ro o 1 Configuration error run state USINT 8 16 rw o 2 Slave and module error run state USINT 8 24 rw o 3 EtherCAT commucation error mode USINT 8 32 rw o 4 ESC error counter behavor USINT 8 40 rw o DT2012 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2013 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2014 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2015 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2016 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2017 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2018 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2019 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT201A 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT201B 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT201C 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT201D 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT201E 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT201F 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2020 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2021 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2022 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2023 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2024 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2025 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2026 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2027 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2028 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2029 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT202A 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT202B 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT202C 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT202D 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT202E 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT202F 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2030 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 DT2031 64 0 SubIndex 000 USINT 8 0 ro 1 Reg300_Reg301 UINT 16 16 ro 1 2 Reg302_Reg303 UINT 16 32 ro 1 3 Reg310_Reg311 UINT 16 48 ro 1 #x1000 Device type UDINT 32 00001389 ro o #x1001 Error Register USINT 8 00 ro o #x1008 Device Name STRING(13) 104 00001000000010000000100000 ro o #x100A Software version STRING(13) 104 00001000000010000000100000 ro o #x1C00 Sync manager type DT1C00 48 SubIndex 000 04 SubIndex 001 01 SubIndex 002 02 SubIndex 003 03 SubIndex 004 04 ro o #x1018 Identity DT1018 144 SubIndex 000 04 Vendor ID #x000116C7 Product code #x1211EB18 Revision #x00000000 Serial number #x00000000 ro o #x1c32 SM output parameter DT1C32 504 SubIndex 000 20 Sync mode 0100 Cycle time 00000000 Sync modes supported 0780 Minimum cycle time 00000000 Calc and copy time 00000000 Delay time 00000000 SM event missed counter 00000000 Sync error 00 ro o #x1C33 SM input parameter DT1C33 504 SubIndex 000 20 Sync mode 2200 Cycle time 00000000 Sync modes supported 0780 Minimum cycle time 00000000 Calc and copy time 00000000 Delay time 00000000 SM event missed counter 00000000 Sync error 00 ro o #x1C12 RxPDO assign DT1C12 4096 SubIndex 000 00 SubIndex 001 0000 SubIndex 002 0000 SubIndex 003 0000 SubIndex 004 0000 SubIndex 005 0000 SubIndex 006 0000 SubIndex 007 0000 SubIndex 008 0000 SubIndex 009 0000 SubIndex 010 0000 SubIndex 011 0000 SubIndex 012 0000 SubIndex 013 0000 SubIndex 014 0000 SubIndex 015 0000 SubIndex 016 0000 SubIndex 017 0000 SubIndex 018 0000 SubIndex 019 0000 SubIndex 020 0000 SubIndex 021 0000 SubIndex 022 0000 SubIndex 023 0000 SubIndex 024 0000 SubIndex 025 0000 SubIndex 026 0000 SubIndex 027 0000 SubIndex 028 0000 SubIndex 029 0000 SubIndex 030 0000 SubIndex 031 0000 SubIndex 032 0000 ro o #x1C13 TxPDO assign DT1C13 4096 SubIndex 000 00 SubIndex 001 0000 SubIndex 002 0000 SubIndex 003 0000 SubIndex 004 0000 SubIndex 005 0000 SubIndex 006 0000 SubIndex 007 0000 SubIndex 008 0000 SubIndex 009 0000 SubIndex 010 0000 SubIndex 011 0000 SubIndex 012 0000 SubIndex 013 0000 SubIndex 014 0000 SubIndex 015 0000 SubIndex 016 0000 SubIndex 016 0000 ro o #x2000 Number of fault tolerance USINT 8 0C rw o 1 #xf000 Modular device profile DTF000 48 SubIndex 000 02 Index distance 0080 Maximum number of modules 31 ro o #xf030 Configured Module Ident List DTF030 528 SubIndex 000 00 SubIndex 001 00000000 SubIndex 002 00000000 SubIndex 003 00000000 SubIndex 004 00000000 SubIndex 005 00000000 SubIndex 006 00000000 SubIndex 007 00000000 SubIndex 008 00000000 SubIndex 009 00000000 SubIndex 010 00000000 SubIndex 011 00000000 SubIndex 012 00000000 SubIndex 013 00000000 SubIndex 014 00000000 SubIndex 015 00000000 SubIndex 016 00000000 SubIndex 017 00000000 SubIndex 018 00000000 SubIndex 019 00000000 SubIndex 020 00000000 SubIndex 021 00000000 SubIndex 022 00000000 SubIndex 023 00000000 SubIndex 024 00000000 SubIndex 025 00000000 SubIndex 026 00000000 SubIndex 027 00000000 SubIndex 028 00000000 SubIndex 029 00000000 SubIndex 030 00000000 SubIndex 031 00000000 SubIndex 032 00000000 rw o #xf050 Detected Module Ident List DTF050 528 SubIndex 000 00 SubIndex 001 00000000 SubIndex 002 00000000 SubIndex 003 00000000 SubIndex 004 00000000 SubIndex 005 00000000 SubIndex 006 00000000 SubIndex 007 00000000 SubIndex 008 00000000 SubIndex 009 00000000 SubIndex 010 00000000 SubIndex 011 00000000 SubIndex 012 00000000 SubIndex 013 00000000 SubIndex 014 00000000 SubIndex 015 00000000 SubIndex 016 00000000 SubIndex 017 00000000 SubIndex 018 00000000 SubIndex 019 00000000 SubIndex 020 00000000 SubIndex 021 00000000 SubIndex 022 00000000 SubIndex 023 00000000 SubIndex 024 00000000 SubIndex 025 00000000 SubIndex 026 00000000 SubIndex 027 00000000 SubIndex 028 00000000 SubIndex 029 00000000 SubIndex 030 00000000 SubIndex 031 00000000 SubIndex 032 00000000 ro o #x2011 Number of Detected Device UINT 16 0000 ro 1 #x2012 Slave1 CRC DT2012 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2013 Slave2 CRC DT2013 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2014 Slave3 CRC DT2014 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2015 Slave4 CRC DT2015 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2016 Slave5 CRC DT2016 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2017 Slave6 CRC DT2017 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2018 Slave7 CRC DT2018 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2019 Slave8 CRC DT2019 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x201A Slave9 CRC DT201A 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x201B Slave10 CRC DT201B 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x201C Slave11 CRC DT201C 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x201D Slave12 CRC DT201D 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x201E Slave13 CRC DT201E 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x201F Slave14 CRC DT201F 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2020 Slave15 CRC DT2020 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2021 Slave16 CRC DT2021 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2022 Slave17 CRC DT2022 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2023 Slave18 CRC DT2023 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2024 Slave19 CRC DT2024 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2025 Slave20 CRC DT2025 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2026 Slave21 CRC DT2026 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2027 Slave22 CRC DT2027 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2028 Slave23 CRC DT2028 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2029 Slave24 CRC DT2029 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x202A Slave25 CRC DT202A 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x202B Slave26 CRC DT202B 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x202C Slave27 CRC DT202C 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x202D Slave28 CRC DT202D 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x202E Slave29 CRC DT202E 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x202F Slave30 CRC DT202F 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2030 Slave31 CRC DT2030 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 #x2031 Slave32 CRC DT2031 64 SubIndex 000 03 Reg300_Reg301 0000 Reg302_Reg303 0000 Reg310_Reg311 0000 Outputs Inputs MBoxState MBoxOut MBoxIn Outputs Inputs #x1BFF Device status #x3010 1 1 Device and module link error BOOL #x3010 2 1 Device and module status error BOOL #x3010 3 1 Cycle too small BOOL #x3010 4 1 High temperature BOOL #x3010 5 1 Low temperature BOOL #x3010 6 1 Overvoltage BOOL #x3010 7 1 Undervoltage BOOL #x3010 8 1 NULL BOOL #x3010 9 8 Error slot BYTE PS #x2000 00 0C Number of fault tolerance Synchron SM-Synchron #x0 0 0 0 Terminals Digital In Digital Input Terminals Digital Out Digital Output Terminals Digital InOut Digital InOut Terminals Analoge Analoge Terminals Communication Communication Terminals 24998 100 100 1024 080E00CC8813F0000000800000 0010800000118000 424DD9020000000000003600000028000000100000000E000000010018000000000000000000232E0000232E00000000000000000000FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF6BB15ADFEEDBFCFDFB68B058D5E9D174B66470B4608DC3806BB15AE1EFDEFFFFFFF2F8F07BBA6D72B56359A847CAE3C47FBC7174B665A5D09B50A33D8AC17CA5D09BFFFFFFFFFFFF82BD7479B86AAAD3A1D3E8CE52A43FCAE3C49ACA8F81BD74B7D9AF59A847C4E0BEB3A283B5C29D72B563FCFEFCFFFFFFC6E1BF57A644C2DFBBEAF4E8F0F7EEBEDDB799C98E54A541F3F9F25EAA4DF6FAF5E2D7CCC2AA93A3CF9968AF5768AF57D3E8CE75B66661AC4F76B767A0CD9578B86A6EB35F7EBB6FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF HCQX-OD16-PNP-D4 OD16-PNP-D4,16 Digtal Output,DC24V #x1600 Output Byte #x1601 #x1602 #x7000 1 8 Output 1 BYTE #x7000 2 8 Output 2 BYTE #x1601 Output bits #x1600 #x1602 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL #x7001 9 1 Output bit8 BOOL #x7001 10 1 Output bit9 BOOL #x7001 11 1 Output bit10 BOOL #x7001 12 1 Output bit11 BOOL #x7001 13 1 Output bit12 BOOL #x7001 14 1 Output bit13 BOOL #x7001 15 1 Output bit14 BOOL #x7001 16 1 Output bit15 BOOL #x1602 Output 16bit #x1600 #x1601 #x7002 1 16 Output1 16bit UINT HCQX-MD16-PNP-D4 MD16-PNP-D4,8 Digtal Input and 8 Digtal Output,DC24V #x1600 Output Byte #x1601 #x7000 1 8 Output 1 BYTE 0 1 8 #x1601 Output bits #x1600 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL 0 9 1 Output bit8 BOOL 0 10 1 Output bit9 BOOL 0 11 1 Output bit10 BOOL 0 12 1 Output bit11 BOOL 0 13 1 Output bit12 BOOL 0 14 1 Output bit13 BOOL 0 15 1 Output bit14 BOOL 0 16 1 Output bit15 BOOL #x1A00 Input Byte #x1A01 #x6000 1 8 Input 1 BYTE 0 1 8 #x1A01 Input bits #x1A00 #x6001 1 1 Input bit0 BOOL #x6001 2 1 Input bit1 BOOL #x6001 3 1 Input bit2 BOOL #x6001 4 1 Input bit3 BOOL #x6001 5 1 Input bit4 BOOL #x6001 6 1 Input bit5 BOOL #x6001 7 1 Input bit6 BOOL #x6001 8 1 Input bit7 BOOL 0 9 1 Input bit8 BOOL 0 10 1 Input bit9 BOOL 0 11 1 Input bit10 BOOL 0 12 1 Input bit11 BOOL 0 13 1 Input bit12 BOOL 0 14 1 Input bit13 BOOL 0 15 1 Input bit14 BOOL 0 16 1 Input bit15 BOOL HCQX-OD32-PNP-D4 OD32-PNP-D4,32 Digtal Output,DC24V #x1600 Output Byte #x1601 #x1602 #x7000 1 8 Output 1 BYTE #x7000 2 8 Output 2 BYTE #x7000 3 8 Output 3 BYTE #x7000 4 8 Output 4 BYTE #x1601 Output bits #x1600 #x1602 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL #x7001 9 1 Output bit8 BOOL #x7001 10 1 Output bit9 BOOL #x7001 11 1 Output bit10 BOOL #x7001 12 1 Output bit11 BOOL #x7001 13 1 Output bit12 BOOL #x7001 14 1 Output bit13 BOOL #x7001 15 1 Output bit14 BOOL #x7001 16 1 Output bit15 BOOL #x7001 17 1 Output bit16 BOOL #x7001 18 1 Output bit17 BOOL #x7001 19 1 Output bit18 BOOL #x7001 20 1 Output bit19 BOOL #x7001 21 1 Output bit20 BOOL #x7001 22 1 Output bit21 BOOL #x7001 23 1 Output bit22 BOOL #x7001 24 1 Output bit23 BOOL #x7001 25 1 Output bit24 BOOL #x7001 26 1 Output bit25 BOOL #x7001 27 1 Output bit26 BOOL #x7001 28 1 Output bit27 BOOL #x7001 29 1 Output bit28 BOOL #x7001 30 1 Output bit29 BOOL #x7001 31 1 Output bit30 BOOL #x7001 32 1 Output bit31 BOOL #x1602 Output1 16bit #x1600 #x1601 #x7002 1 16 Output1 16bit UINT #x7002 2 16 Output2 16bit UINT HCQX-MD32-PNP-D4 MD32-PNP-D4,16 Digtal Input and 16 Digtal Output,DC24V #x1600 Output Bytes #x1601 #x1602 #x7000 1 8 Output 1 BYTE #x7000 2 8 Output 2 BYTE #x1601 Output bits #x1600 #x1602 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL #x7001 9 1 Output bit8 BOOL #x7001 10 1 Output bit9 BOOL #x7001 11 1 Output bit10 BOOL #x7001 12 1 Output bit11 BOOL #x7001 13 1 Output bit12 BOOL #x7001 14 1 Output bit13 BOOL #x7001 15 1 Output bit14 BOOL #x7001 16 1 Output bit15 BOOL #x1602 Output1 16bit #x1600 #x1601 #x7002 1 16 Output1 16bit UINT #x1A00 Input Byte #x1A01 #x1A02 #x6000 1 8 Input 1 BYTE #x6000 2 8 Input 2 BYTE #x1A01 Input bits #x1A00 #x1A02 #x6001 1 1 Input bit0 BOOL #x6001 2 1 Input bit1 BOOL #x6001 3 1 Input bit2 BOOL #x6001 4 1 Input bit3 BOOL #x6001 5 1 Input bit4 BOOL #x6001 6 1 Input bit5 BOOL #x6001 7 1 Input bit6 BOOL #x6001 8 1 Input bit7 BOOL #x6001 9 1 Input bit8 BOOL #x6001 10 1 Input bit9 BOOL #x6001 11 1 Input bit10 BOOL #x6001 12 1 Input bit11 BOOL #x6001 13 1 Input bit12 BOOL #x6001 14 1 Input bit13 BOOL #x6001 15 1 Input bit14 BOOL #x6001 16 1 Input bit15 BOOL #x1A02 Input1 16bit #x1A00 #x1A01 #x6002 1 16 Input1 16bit UINT HCQX-ID16-D4 ID16-D4,16 Digtal Input,DC24V #x1A00 Input Byte #x1A01 #x1A02 #x6000 1 8 Input 1 BYTE #x6000 2 8 Input 2 BYTE #x1A01 Input bits #x1A00 #x1A02 #x6001 1 1 Input bit0 BOOL #x6001 2 1 Input bit1 BOOL #x6001 3 1 Input bit2 BOOL #x6001 4 1 Input bit3 BOOL #x6001 5 1 Input bit4 BOOL #x6001 6 1 Input bit5 BOOL #x6001 7 1 Input bit6 BOOL #x6001 8 1 Input bit7 BOOL #x6001 9 1 Input bit8 BOOL #x6001 10 1 Input bit9 BOOL #x6001 11 1 Input bit10 BOOL #x6001 12 1 Input bit11 BOOL #x6001 13 1 Input bit12 BOOL #x6001 14 1 Input bit13 BOOL #x6001 15 1 Input bit14 BOOL #x6001 16 1 Input bit15 BOOL #x1A02 Input 16bit #x1A00 #x1A01 #x6002 1 16 Input1 16bit UINT HCQX-OD16-D4 OD16-D4,16 Digtal Output,DC24V #x1600 Output Byte #x1601 #x1602 #x7000 1 8 Output 1 BYTE #x7000 2 8 Output 2 BYTE #x1601 Output bits #x1600 #x1602 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL #x7001 9 1 Output bit8 BOOL #x7001 10 1 Output bit9 BOOL #x7001 11 1 Output bit10 BOOL #x7001 12 1 Output bit11 BOOL #x7001 13 1 Output bit12 BOOL #x7001 14 1 Output bit13 BOOL #x7001 15 1 Output bit14 BOOL #x7001 16 1 Output bit15 BOOL #x1602 Output 16bit #x1600 #x1601 #x7002 1 16 Output1 16bit UINT HCQX-MD16-D4 MD16-D4,8 Digtal Input and 8 Digtal Output,DC24V #x1600 Output Byte #x1601 #x7000 1 8 Output 1 BYTE 0 1 8 #x1601 Output bits #x1600 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL 0 9 1 Output bit8 BOOL 0 10 1 Output bit9 BOOL 0 11 1 Output bit10 BOOL 0 12 1 Output bit11 BOOL 0 13 1 Output bit12 BOOL 0 14 1 Output bit13 BOOL 0 15 1 Output bit14 BOOL 0 16 1 Output bit15 BOOL #x1A00 Input Byte #x1A01 #x6000 1 8 Input 1 BYTE 0 1 8 #x1A01 Input bits #x1A00 #x6001 1 1 Input bit0 BOOL #x6001 2 1 Input bit1 BOOL #x6001 3 1 Input bit2 BOOL #x6001 4 1 Input bit3 BOOL #x6001 5 1 Input bit4 BOOL #x6001 6 1 Input bit5 BOOL #x6001 7 1 Input bit6 BOOL #x6001 8 1 Input bit7 BOOL 0 9 1 Input bit8 BOOL 0 10 1 Input bit9 BOOL 0 11 1 Input bit10 BOOL 0 12 1 Input bit11 BOOL 0 13 1 Input bit12 BOOL 0 14 1 Input bit13 BOOL 0 15 1 Input bit14 BOOL 0 16 1 Input bit15 BOOL HCQX-ID32-D4 ID32-D4,32 Digtal Input,DC24V #x1A00 Input Byte #x1A01 #x1A02 #x6000 1 8 Input 1 BYTE #x6000 2 8 Input 2 BYTE #x6000 3 8 Input 3 BYTE #x6000 4 8 Input 4 BYTE #x1A01 Input bits #x1A00 #x1A02 #x6001 1 1 Input bit0 BOOL #x6001 2 1 Input bit1 BOOL #x6001 3 1 Input bit2 BOOL #x6001 4 1 Input bit3 BOOL #x6001 5 1 Input bit4 BOOL #x6001 6 1 Input bit5 BOOL #x6001 7 1 Input bit6 BOOL #x6001 8 1 Input bit7 BOOL #x6001 9 1 Input bit8 BOOL #x6001 10 1 Input bit9 BOOL #x6001 11 1 Input bit10 BOOL #x6001 12 1 Input bit11 BOOL #x6001 13 1 Input bit12 BOOL #x6001 14 1 Input bit13 BOOL #x6001 15 1 Input bit14 BOOL #x6001 16 1 Input bit15 BOOL #x6001 17 1 Input bit16 BOOL #x6001 18 1 Input bit17 BOOL #x6001 19 1 Input bit18 BOOL #x6001 20 1 Input bit19 BOOL #x6001 21 1 Input bit20 BOOL #x6001 22 1 Input bit21 BOOL #x6001 23 1 Input bit22 BOOL #x6001 24 1 Input bit23 BOOL #x6001 25 1 Input bit24 BOOL #x6001 26 1 Input bit25 BOOL #x6001 27 1 Input bit26 BOOL #x6001 28 1 Input bit27 BOOL #x6001 29 1 Input bit28 BOOL #x6001 30 1 Input bit29 BOOL #x6001 31 1 Input bit30 BOOL #x6001 32 1 Input bit31 BOOL #x1A02 Input 16bit #x1A00 #x1A01 #x6002 1 16 Input1 16bit UINT #x6002 2 16 Input2 16bit UINT HCQX-OD32-D4 OD32-D4,32 Digtal Output,DC24V #x1600 Output Byte #x1601 #x1602 #x7000 1 8 Output 1 BYTE #x7000 2 8 Output 2 BYTE #x7000 3 8 Output 3 BYTE #x7000 4 8 Output 4 BYTE #x1601 Output bits #x1600 #x1602 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL #x7001 9 1 Output bit8 BOOL #x7001 10 1 Output bit9 BOOL #x7001 11 1 Output bit10 BOOL #x7001 12 1 Output bit11 BOOL #x7001 13 1 Output bit12 BOOL #x7001 14 1 Output bit13 BOOL #x7001 15 1 Output bit14 BOOL #x7001 16 1 Output bit15 BOOL #x7001 17 1 Output bit16 BOOL #x7001 18 1 Output bit17 BOOL #x7001 19 1 Output bit18 BOOL #x7001 20 1 Output bit19 BOOL #x7001 21 1 Output bit20 BOOL #x7001 22 1 Output bit21 BOOL #x7001 23 1 Output bit22 BOOL #x7001 24 1 Output bit23 BOOL #x7001 25 1 Output bit24 BOOL #x7001 26 1 Output bit25 BOOL #x7001 27 1 Output bit26 BOOL #x7001 28 1 Output bit27 BOOL #x7001 29 1 Output bit28 BOOL #x7001 30 1 Output bit29 BOOL #x7001 31 1 Output bit30 BOOL #x7001 32 1 Output bit31 BOOL #x1602 Output 16bit #x1600 #x1601 #x7002 1 16 Output1 16bit UINT #x7002 2 16 Output2 16bit UINT HCQX-MD32-D4 MD32-D4,16 Digtal Input and 16 Digtal Output,DC24V #x1600 Output Bytes #x1601 #x1602 #x7000 1 8 Output 1 BYTE #x7000 2 8 Output 2 BYTE #x1601 Output bits #x1600 #x1602 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL #x7001 9 1 Output bit8 BOOL #x7001 10 1 Output bit9 BOOL #x7001 11 1 Output bit10 BOOL #x7001 12 1 Output bit11 BOOL #x7001 13 1 Output bit12 BOOL #x7001 14 1 Output bit13 BOOL #x7001 15 1 Output bit14 BOOL #x7001 16 1 Output bit15 BOOL #x1602 Output1 16bit #x1600 #x1601 #x7002 1 16 Output1 16bit UINT #x1A00 Input Byte #x1A01 #x1A02 #x6000 1 8 Input 1 BYTE #x6000 2 8 Input 2 BYTE #x1A01 Input bits #x1A00 #x1A02 #x6001 1 1 Input bit0 BOOL #x6001 2 1 Input bit1 BOOL #x6001 3 1 Input bit2 BOOL #x6001 4 1 Input bit3 BOOL #x6001 5 1 Input bit4 BOOL #x6001 6 1 Input bit5 BOOL #x6001 7 1 Input bit6 BOOL #x6001 8 1 Input bit7 BOOL #x6001 9 1 Input bit8 BOOL #x6001 10 1 Input bit9 BOOL #x6001 11 1 Input bit10 BOOL #x6001 12 1 Input bit11 BOOL #x6001 13 1 Input bit12 BOOL #x6001 14 1 Input bit13 BOOL #x6001 15 1 Input bit14 BOOL #x6001 16 1 Input bit15 BOOL #x1A02 Input1 16bit #x1A00 #x1A01 #x6002 1 16 Input1 16bit UINT HCQX-ID16-D ID16-D,16 Digtal Input,DC24V #x1A00 Input Byte #x1A01 #x1A02 #x6000 1 8 Input 1 BYTE #x6000 2 8 Input 2 BYTE #x1A01 Input bits #x1A00 #x1A02 #x6001 1 1 Input bit0 BOOL #x6001 2 1 Input bit1 BOOL #x6001 3 1 Input bit2 BOOL #x6001 4 1 Input bit3 BOOL #x6001 5 1 Input bit4 BOOL #x6001 6 1 Input bit5 BOOL #x6001 7 1 Input bit6 BOOL #x6001 8 1 Input bit7 BOOL #x6001 9 1 Input bit8 BOOL #x6001 10 1 Input bit9 BOOL #x6001 11 1 Input bit10 BOOL #x6001 12 1 Input bit11 BOOL #x6001 13 1 Input bit12 BOOL #x6001 14 1 Input bit13 BOOL #x6001 15 1 Input bit14 BOOL #x6001 16 1 Input bit15 BOOL #x1A02 Input 16bit #x1A00 #x1A01 #x6002 1 16 Input1 16bit UINT HCQX-OD16-D OD16-D,16 Digtal Output,DC24V #x1600 Output Byte #x1601 #x1602 #x7000 1 8 Output 1 BYTE #x7000 2 8 Output 2 BYTE #x1601 Output bits #x1600 #x1602 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL #x7001 9 1 Output bit8 BOOL #x7001 10 1 Output bit9 BOOL #x7001 11 1 Output bit10 BOOL #x7001 12 1 Output bit11 BOOL #x7001 13 1 Output bit12 BOOL #x7001 14 1 Output bit13 BOOL #x7001 15 1 Output bit14 BOOL #x7001 16 1 Output bit15 BOOL #x1602 Output 16bit #x1600 #x1601 #x7002 1 16 Output1 16bit UINT HCQX-MD16-D MD16-D,8 Digtal Input and 8 Digtal Output,DC24V #x1600 Output 1 #x1601 #x7000 1 8 Output 1 USINT 0 1 8 #x1601 Output bits #x1600 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL 0 9 1 Output bit8 BOOL 0 10 1 Output bit9 BOOL 0 11 1 Output bit10 BOOL 0 12 1 Output bit11 BOOL 0 13 1 Output bit12 BOOL 0 14 1 Output bit13 BOOL 0 15 1 Output bit14 BOOL 0 16 1 Output bit15 BOOL #x1A00 Input Byte #x1A01 #x6000 2 8 Input 1 USINT 0 1 8 #x1A01 Input bits #x1A00 #x6001 1 1 Input bit0 BOOL #x6001 2 1 Input bit1 BOOL #x6001 3 1 Input bit2 BOOL #x6001 4 1 Input bit3 BOOL #x6001 5 1 Input bit4 BOOL #x6001 6 1 Input bit5 BOOL #x6001 7 1 Input bit6 BOOL #x6001 8 1 Input bit7 BOOL 0 9 1 Input bit8 BOOL 0 10 1 Input bit9 BOOL 0 11 1 Input bit10 BOOL 0 12 1 Input bit11 BOOL 0 13 1 Input bit12 BOOL 0 14 1 Input bit13 BOOL 0 15 1 Input bit14 BOOL 0 16 1 Input bit15 BOOL HCQX-ID32C-D2 ID32C,32 Digtal Input,DC24V #x1A00 Input Byte #x1A01 #x1A02 #x6000 1 8 Input 1 BYTE #x6000 2 8 Input 2 BYTE #x6000 3 8 Input 3 BYTE #x6000 4 8 Input 4 BYTE #x1A01 Input bits #x1A00 #x1A02 #x6001 1 1 Input bit0 BOOL #x6001 2 1 Input bit1 BOOL #x6001 3 1 Input bit2 BOOL #x6001 4 1 Input bit3 BOOL #x6001 5 1 Input bit4 BOOL #x6001 6 1 Input bit5 BOOL #x6001 7 1 Input bit6 BOOL #x6001 8 1 Input bit7 BOOL #x6001 9 1 Input bit8 BOOL #x6001 10 1 Input bit9 BOOL #x6001 11 1 Input bit10 BOOL #x6001 12 1 Input bit11 BOOL #x6001 13 1 Input bit12 BOOL #x6001 14 1 Input bit13 BOOL #x6001 15 1 Input bit14 BOOL #x6001 16 1 Input bit15 BOOL #x6001 17 1 Input bit16 BOOL #x6001 18 1 Input bit17 BOOL #x6001 19 1 Input bit18 BOOL #x6001 20 1 Input bit19 BOOL #x6001 21 1 Input bit20 BOOL #x6001 22 1 Input bit21 BOOL #x6001 23 1 Input bit22 BOOL #x6001 24 1 Input bit23 BOOL #x6001 25 1 Input bit24 BOOL #x6001 26 1 Input bit25 BOOL #x6001 27 1 Input bit26 BOOL #x6001 28 1 Input bit27 BOOL #x6001 29 1 Input bit28 BOOL #x6001 30 1 Input bit29 BOOL #x6001 31 1 Input bit30 BOOL #x6001 32 1 Input bit31 BOOL #x1A02 Input 16bit #x1A00 #x1A01 #x6002 1 16 Input1 16bit UINT #x6002 2 16 Input2 16bit UINT HCQX-MD32C-D2 MD32C,16 Digtal Input and 16 Digtal Output,DC24V #x1600 Output Bytes #x1601 #x1602 #x7000 1 8 Output 1 BYTE #x7000 2 8 Output 2 BYTE #x1601 Output bits #x1600 #x1602 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL #x7001 9 1 Output bit8 BOOL #x7001 10 1 Output bit9 BOOL #x7001 11 1 Output bit10 BOOL #x7001 12 1 Output bit11 BOOL #x7001 13 1 Output bit12 BOOL #x7001 14 1 Output bit13 BOOL #x7001 15 1 Output bit14 BOOL #x7001 16 1 Output bit15 BOOL #x1602 Output1 16bit #x1600 #x1601 #x7002 1 16 Output1 16bit UINT #x1A00 Input Byte #x1A01 #x1A02 #x6000 1 8 Input 1 BYTE #x6000 2 8 Input 2 BYTE #x1A01 Input bits #x1A00 #x1A02 #x6001 1 1 Input bit0 BOOL #x6001 2 1 Input bit1 BOOL #x6001 3 1 Input bit2 BOOL #x6001 4 1 Input bit3 BOOL #x6001 5 1 Input bit4 BOOL #x6001 6 1 Input bit5 BOOL #x6001 7 1 Input bit6 BOOL #x6001 8 1 Input bit7 BOOL #x6001 9 1 Input bit8 BOOL #x6001 10 1 Input bit9 BOOL #x6001 11 1 Input bit10 BOOL #x6001 12 1 Input bit11 BOOL #x6001 13 1 Input bit12 BOOL #x6001 14 1 Input bit13 BOOL #x6001 15 1 Input bit14 BOOL #x6001 16 1 Input bit15 BOOL #x1A02 Input1 16bit #x1A00 #x1A01 #x6002 1 16 Input1 16bit UINT HCQX-MD32C-D2-PNP MD32C(PNP),16 Digtal Input and 16 Digtal Output,DC24V #x1600 Output Bytes #x1601 #x1602 #x7000 1 8 Output 1 BYTE #x7000 2 8 Output 2 BYTE #x1601 Output bits #x1600 #x1602 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL #x7001 9 1 Output bit8 BOOL #x7001 10 1 Output bit9 BOOL #x7001 11 1 Output bit10 BOOL #x7001 12 1 Output bit11 BOOL #x7001 13 1 Output bit12 BOOL #x7001 14 1 Output bit13 BOOL #x7001 15 1 Output bit14 BOOL #x7001 16 1 Output bit15 BOOL #x1602 Output1 16bit #x1600 #x1601 #x7002 1 16 Output1 16bit UINT #x1A00 Input Byte #x1A01 #x1A02 #x6000 1 8 Input 1 BYTE #x6000 2 8 Input 2 BYTE #x1A01 Input bits #x1A00 #x1A02 #x6001 1 1 Input bit0 BOOL #x6001 2 1 Input bit1 BOOL #x6001 3 1 Input bit2 BOOL #x6001 4 1 Input bit3 BOOL #x6001 5 1 Input bit4 BOOL #x6001 6 1 Input bit5 BOOL #x6001 7 1 Input bit6 BOOL #x6001 8 1 Input bit7 BOOL #x6001 9 1 Input bit8 BOOL #x6001 10 1 Input bit9 BOOL #x6001 11 1 Input bit10 BOOL #x6001 12 1 Input bit11 BOOL #x6001 13 1 Input bit12 BOOL #x6001 14 1 Input bit13 BOOL #x6001 15 1 Input bit14 BOOL #x6001 16 1 Input bit15 BOOL #x1A02 Input1 16bit #x1A00 #x1A01 #x6002 1 16 Input1 16bit UINT HCQX-OD32C-D2 OD32C,32 Digtal Output,DC24V #x1600 Output Byte #x1601 #x1602 #x7000 1 8 Output 1 BYTE #x7000 2 8 Output 2 BYTE #x7000 3 8 Output 3 BYTE #x7000 4 8 Output 4 BYTE #x1601 Output bits #x1600 #x1602 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL #x7001 9 1 Output bit8 BOOL #x7001 10 1 Output bit9 BOOL #x7001 11 1 Output bit10 BOOL #x7001 12 1 Output bit11 BOOL #x7001 13 1 Output bit12 BOOL #x7001 14 1 Output bit13 BOOL #x7001 15 1 Output bit14 BOOL #x7001 16 1 Output bit15 BOOL #x7001 17 1 Output bit16 BOOL #x7001 18 1 Output bit17 BOOL #x7001 19 1 Output bit18 BOOL #x7001 20 1 Output bit19 BOOL #x7001 21 1 Output bit20 BOOL #x7001 22 1 Output bit21 BOOL #x7001 23 1 Output bit22 BOOL #x7001 24 1 Output bit23 BOOL #x7001 25 1 Output bit24 BOOL #x7001 26 1 Output bit25 BOOL #x7001 27 1 Output bit26 BOOL #x7001 28 1 Output bit27 BOOL #x7001 29 1 Output bit28 BOOL #x7001 30 1 Output bit29 BOOL #x7001 31 1 Output bit30 BOOL #x7001 32 1 Output bit31 BOOL #x1602 Output 16bit #x1600 #x1601 #x7002 1 16 Output1 16bit UINT #x7002 2 16 Output2 16bit UINT HCQX-OD32C-D2-PNP OD32C(PNP),32 Digtal Output,DC24V #x1600 Output Byte #x1601 #x1602 #x7000 1 8 Output 1 BYTE #x7000 2 8 Output 2 BYTE #x7000 3 8 Output 3 BYTE #x7000 4 8 Output 4 BYTE #x1601 Output bits #x1600 #x1602 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL #x7001 9 1 Output bit8 BOOL #x7001 10 1 Output bit9 BOOL #x7001 11 1 Output bit10 BOOL #x7001 12 1 Output bit11 BOOL #x7001 13 1 Output bit12 BOOL #x7001 14 1 Output bit13 BOOL #x7001 15 1 Output bit14 BOOL #x7001 16 1 Output bit15 BOOL #x7001 17 1 Output bit16 BOOL #x7001 18 1 Output bit17 BOOL #x7001 19 1 Output bit18 BOOL #x7001 20 1 Output bit19 BOOL #x7001 21 1 Output bit20 BOOL #x7001 22 1 Output bit21 BOOL #x7001 23 1 Output bit22 BOOL #x7001 24 1 Output bit23 BOOL #x7001 25 1 Output bit24 BOOL #x7001 26 1 Output bit25 BOOL #x7001 27 1 Output bit26 BOOL #x7001 28 1 Output bit27 BOOL #x7001 29 1 Output bit28 BOOL #x7001 30 1 Output bit29 BOOL #x7001 31 1 Output bit30 BOOL #x7001 32 1 Output bit31 BOOL #x1602 Output 16bit #x1600 #x1601 #x7002 1 16 Output1 16bit UINT #x7002 2 16 Output2 16bit UINT HCQX-AD04-D2 AD04,4Ch,Input +/-10V Diff,0~20mA Diff,16 Bit #x1600 AD Error clear #x8001 1 16 AD CH1. Error clear UINT #x8011 2 16 AD CH2. Error clear UINT #x8021 3 16 AD CH3. Error clear UINT #x8031 4 16 AD CH4. Error clear UINT #x1a00 AD Status Channel 1 #x6000 1 1 AD CH1. Status_Underrange BIT #x6000 2 1 AD CH1. Status_Overrange BIT #x6000 3 1 AD CH1. Status_Minimum limit BIT #x0 0 1 Padding BIT #x6000 5 1 AD CH1. Status_Maximum limit BIT #x0 0 1 Padding BIT #x6000 7 1 AD CH1. Status_ADC Error BIT #x6000 8 1 AD CH1. Status_Mutation detection BIT #x0 0 8 Padding USINT #x1a01 AD Value Channel 1 #x6010 0 16 AD CH1. Value INT #x1a02 AD Maximum Value Channel 1 #x6020 0 16 AD CH1. Maximum value INT #x1a03 AD Minimum Value Channel 1 #x6030 0 16 AD CH1. Minimum value INT #x1a04 AD Status Channel 2 #x6040 1 1 AD CH2. Status_Underrange BOOL #x6040 2 1 AD CH2. Status_Overrange BOOL #x6040 3 1 AD CH2. Status_Minimum limit BOOL #x0 0 1 Padding #x6040 5 1 AD CH2. Status_Maximum limit BOOL #x0 0 1 Padding #x6040 7 1 AD CH2. Status_ADC Error BOOL #x6040 8 1 AD CH2. Status_Mutation detection BIT #x0 5 Padding #x0 14 1 Padding BOOL #x0 15 1 Padding BOOL #x0 16 1 Padding BOOL #x1a05 AD Value Channel 2 #x6050 0 16 AD CH2. Value INT #x1a06 AD Maximum Value Channel 2 #x6060 0 16 AD CH2. Maximum value INT #x1a07 AD Minimum Value Channel 2 #x6070 0 16 AD CH2. Minimum value INT #x1a08 AD Status Channel 3 #x6080 1 1 AD CH3. Status_Underrange BOOL #x6080 2 1 AD CH3. Status_Overrange BOOL #x6080 3 1 AD CH3. Status_Minimum limit BOOL #x0 0 1 Padding #x6080 5 1 AD CH3. Status_Maximum limit BOOL #x0 0 1 Padding #x6080 7 1 AD CH3. Status_ADC Error BOOL #x6080 8 1 AD CH3. Status_Mutation detection BIT #x0 5 Padding #x0 14 1 Padding BOOL #x0 15 1 Padding BOOL #x0 16 1 Padding BOOL #x1a09 AD Value Channel 3 #x6090 0 16 AD CH3. Value INT #x1a0a AD Maximum Value Channel 3 #x60A0 0 16 AD CH3. Maximum value INT #x1a0b AD Minimum Value Channel 3 #x60B0 0 16 AD CH3. Minimum value INT #x1a0c AD Status Channel 4 #x60C0 1 1 AD CH4. Status_Underrange BOOL #x60C0 2 1 AD CH4. Status_Overrange BOOL #x60C0 3 1 AD CH4. Status_Minimum limit BOOL #x0 0 1 Padding #x60C0 5 1 AD CH4. Status_Maximum limit BOOL #x0 0 1 Padding #x60C0 7 1 AD CH4. Status_ADC Error BOOL #x60C0 8 1 AD CH4. Status_Mutation detection BIT #x0 5 Padding #x0 14 1 CH4. Status_Sync error BOOL #x0 15 1 CH4. Status_TxPDO State BOOL #x0 16 1 CH4. Status_TxPDO Toggle BOOL #x1a0d AD Value Channel 4 #x60D0 0 16 AD CH4. Value INT #x1a0e AD Maximum Value Channel 4 #x60E0 0 16 AD CH4. Maximum value INT #x1a0f AD Minimum Value Channel 4 #x60F0 0 16 AD CH4. Minimum value INT SO #x8000 01 00 AD CH1. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8000 09 01 AD CH1. Enable Channel PS #x8010 01 00 AD CH2. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8010 09 01 AD CH2. Enable Channel PS #x8020 01 00 AD CH3. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8020 09 01 AD CH3. Enable Channel PS #x8030 01 00 AD CH4. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8030 09 01 AD CH4. Enable Channel BIT2 2 BOOL 1 DINT 32 INT 16 UDINT 32 UINT 16 USINT 8 ULINT 64 STRING(5) 40 STRING(20) 160 DT1011 32 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 BOOL 1 16 rw o DT1018 144 0 SubIndex 000 USINT 8 0 ro o 1 Vendor ID UDINT 32 16 ro o 2 Product code UDINT 32 48 ro o 3 Revision UDINT 32 80 ro o 4 Serial number UDINT 32 112 ro o DT1C00ARR USINT 32 1 4 DT1C00 48 0 SubIndex 000 USINT 8 0 ro o Elements DT1C00ARR 32 16 ro o DT1C32 488 0 SubIndex 000 USINT 8 0 ro m 1 Synchronization Type UINT 16 16 rw o 2 Cycle Time UDINT 32 32 ro o 4 Synchronization Types supported UINT 16 96 ro o 5 Minimum Cycle Time UDINT 32 112 ro o 6 Calc and Copy Time UDINT 32 144 ro o 8 Get Cycle Time UINT 16 208 rw c 9 Delay Time UDINT 32 224 ro c 10 Sync0 Cycle Time UDINT 32 256 rw o 11 SM-Event Missed UINT 16 288 ro c 12 Cycle Time Too Small UINT 16 304 ro c 32 Sync Error BOOL 1 480 ro c DT1C33 488 0 SubIndex 000 USINT 8 0 ro m 1 Synchronization Type UINT 16 16 rw o 2 Cycle Time UDINT 32 32 ro o 4 Synchronization Types supported UINT 16 96 ro o 5 Minimum Cycle Time UDINT 32 112 ro o 6 Calc and Copy Time UDINT 32 144 ro o 8 Get Cycle Time UINT 16 208 rw c 9 Delay Time UDINT 32 224 ro c 10 Sync0 Cycle Time UDINT 32 256 rw o 11 SM-Event Missed UINT 16 288 ro c 12 Cycle Time Too Small UINT 16 304 ro c 32 Sync Error BOOL 1 480 ro c DT0800EN03 USINT 3 Signed presentation 0 Unsigned presentation 1 DT1600ARR UDINT 128 1 4 DT1A00ARR UDINT 384 1 12 DT1600 144 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 UDINT 32 16 ro o 2 SubIndex 002 UDINT 32 48 ro o 3 SubIndex 003 UDINT 32 80 ro o 4 SubIndex 004 UDINT 32 112 ro o DT1A00 400 0 SubIndex 000 USINT 8 0 ro o Elements DT1A00ARR 384 16 ro o DT1A01 48 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 UDINT 32 16 ro o DT1C13ARR UINT 256 1 16 DT1C13 272 0 SubIndex 000 USINT 8 0 ro o Elements DT1C13ARR 256 16 ro o DT6000 32 0 SubIndex 000 USINT 8 0 ro o 1 Underrange BOOL 1 16 ro o T 2 Overrange BOOL 1 17 ro o T 3 Minimum limit BOOL 1 18 ro o T 5 Maximum limit BOOL 1 20 ro o T 7 ADC Error BOOL 1 22 ro o T 8 Mutation detection BOOL 1 23 ro o T DT8000 128 0 SubIndex 000 USINT 8 0 ro o 1 Input mode USINT 8 16 rw o 1 9 Enable channel BOOL 1 24 rw o 1 10 Enable user scale BOOL 1 25 rw o 1 11 Enable peak monitor BOOL 1 26 rw o 1 12 Enable filter BOOL 1 27 rw o 1 13 Enable minimum limit BOOL 1 28 rw o 1 14 Enable maximum limit BOOL 1 29 rw o 1 15 Enable mutation detection BOOL 1 30 rw o 1 17 User scale offset INT 16 32 rw o 1 18 User scale gain INT 16 48 rw o 1 19 Minimum limit value INT 16 64 rw o 1 20 Maximum limit value INT 16 80 rw o 1 21 Filter settings UINT 16 96 rw o 1 22 Mutation detection value UINT 16 112 rw o 1 DT8040 48 0 SubIndex 000 USINT 8 0 ro o 1 Offset INT 16 16 ro o 2 Gain INT 16 32 ro o #x8000 AD CH1. Settings DT8000 128 SubIndex 000 15 Input mode 00 Enable channel 01 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 1027 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 rw o #x8010 AD CH2. Settings DT8000 128 SubIndex 000 15 Input mode 00 Enable channel 01 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 1027 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 rw o #x8020 AD CH3. Settings DT8000 128 SubIndex 000 15 Input mode 00 Enable channel 01 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 1027 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 rw o #x8030 AD CH4. Settings DT8000 128 SubIndex 000 15 Input mode 00 Enable channel 01 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 1027 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 rw o HCQX-AD04-D4 AD04-D4,4Ch,Input +/-10V Diff,0~20mA Diff,16 Bit #x1600 AD Status Clear #x7000 1 16 Status Clear UINT #x1A00 TxPDO-Map1 #x6000 1 16 AD Status UINT #x1A01 TxPDO-Map2 #x6001 1 16 AD CH1.Input INT #x6011 1 16 AD CH2.Input INT #x6021 1 16 AD CH3.Input INT #x6031 1 16 AD CH4.Input INT SO #x8000 01 00 AD CH1. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8000 09 01 AD CH1. Enable Channel PS #x8010 01 00 AD CH2. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8010 09 01 AD CH2. Enable Channel PS #x8020 01 00 AD CH3. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8020 09 01 AD CH3. Enable Channel PS #x8030 01 00 AD CH4. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8030 09 01 AD CH4. Enable Channel BIT2 2 BOOL 1 DINT 32 INT 16 UDINT 32 UINT 16 USINT 8 ULINT 64 STRING(5) 40 STRING(20) 160 DT1011 32 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 BOOL 1 16 rw o DT1018 144 0 SubIndex 000 USINT 8 0 ro o 1 Vendor ID UDINT 32 16 ro o 2 Product code UDINT 32 48 ro o 3 Revision UDINT 32 80 ro o 4 Serial number UDINT 32 112 ro o DT1C00ARR USINT 32 1 4 DT1C00 48 0 SubIndex 000 USINT 8 0 ro o Elements DT1C00ARR 32 16 ro o DT1C32 488 0 SubIndex 000 USINT 8 0 ro m 1 Synchronization Type UINT 16 16 rw o 2 Cycle Time UDINT 32 32 ro o 4 Synchronization Types supported UINT 16 96 ro o 5 Minimum Cycle Time UDINT 32 112 ro o 6 Calc and Copy Time UDINT 32 144 ro o 8 Get Cycle Time UINT 16 208 rw c 9 Delay Time UDINT 32 224 ro c 10 Sync0 Cycle Time UDINT 32 256 rw o 11 SM-Event Missed UINT 16 288 ro c 12 Cycle Time Too Small UINT 16 304 ro c 32 Sync Error BOOL 1 480 ro c DT1C33 488 0 SubIndex 000 USINT 8 0 ro m 1 Synchronization Type UINT 16 16 rw o 2 Cycle Time UDINT 32 32 ro o 4 Synchronization Types supported UINT 16 96 ro o 5 Minimum Cycle Time UDINT 32 112 ro o 6 Calc and Copy Time UDINT 32 144 ro o 8 Get Cycle Time UINT 16 208 rw c 9 Delay Time UDINT 32 224 ro c 10 Sync0 Cycle Time UDINT 32 256 rw o 11 SM-Event Missed UINT 16 288 ro c 12 Cycle Time Too Small UINT 16 304 ro c 32 Sync Error BOOL 1 480 ro c DT0800EN03 USINT 3 Signed presentation 0 Unsigned presentation 1 DT1600ARR UDINT 128 1 4 DT1A00ARR UDINT 384 1 12 DT1600 144 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 UDINT 32 16 ro o 2 SubIndex 002 UDINT 32 48 ro o 3 SubIndex 003 UDINT 32 80 ro o 4 SubIndex 004 UDINT 32 112 ro o DT1A00 400 0 SubIndex 000 USINT 8 0 ro o Elements DT1A00ARR 384 16 ro o DT1A01 48 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 UDINT 32 16 ro o DT1C13ARR UINT 256 1 16 DT1C13 272 0 SubIndex 000 USINT 8 0 ro o Elements DT1C13ARR 256 16 ro o DT6000 32 0 SubIndex 000 USINT 8 0 ro o 1 Underrange BOOL 1 16 ro o T 2 Overrange BOOL 1 17 ro o T 3 Minimum limit BOOL 1 18 ro o T 5 Maximum limit BOOL 1 20 ro o T 7 ADC Error BOOL 1 22 ro o T 8 Mutation detection BOOL 1 23 ro o T DT8000 128 0 SubIndex 000 USINT 8 0 ro o 1 Input mode USINT 8 16 rw o 1 9 Enable channel BOOL 1 24 rw o 1 10 Enable user scale BOOL 1 25 rw o 1 11 Enable peak monitor BOOL 1 26 rw o 1 12 Enable filter BOOL 1 27 rw o 1 13 Enable minimum limit BOOL 1 28 rw o 1 14 Enable maximum limit BOOL 1 29 rw o 1 15 Enable mutation detection BOOL 1 30 rw o 1 17 User scale offset INT 16 32 rw o 1 18 User scale gain INT 16 48 rw o 1 19 Minimum limit value INT 16 64 rw o 1 20 Maximum limit value INT 16 80 rw o 1 21 Filter settings UINT 16 96 rw o 1 22 Mutation detection value UINT 16 112 rw o 1 DT8040 48 0 SubIndex 000 USINT 8 0 ro o 1 Offset INT 16 16 ro o 2 Gain INT 16 32 ro o DT8001 48 0 SubIndex 000 USINT 8 0 ro 1 CH1.Maximum Value INT 16 16 ro t 2 CH1.Minimum Value INT 16 32 ro t DT8011 48 0 SubIndex 000 USINT 8 0 ro 1 CH2.Maximum Value INT 16 16 ro t 2 CH2.Minimum Value INT 16 32 ro t DT8021 48 0 SubIndex 000 USINT 8 0 ro 1 CH3.Maximum Value INT 16 16 ro t 2 CH3.Minimum Value INT 16 32 ro t DT8031 48 0 SubIndex 000 USINT 8 0 ro 1 CH4.Maximum Value INT 16 16 ro t 2 CH4.Minimum Value INT 16 32 ro t #x8000 AD CH1. Settings DT8000 128 SubIndex 000 15 Input mode 00 Enable channel 01 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 1027 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 rw o #x8010 AD CH2. Settings DT8000 128 SubIndex 000 15 Input mode 00 Enable channel 01 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 1027 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 rw o #x8020 AD CH3. Settings DT8000 128 SubIndex 000 15 Input mode 00 Enable channel 01 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 1027 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 rw o #x8030 AD CH4. Settings DT8000 128 SubIndex 000 15 Input mode 00 Enable channel 01 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 1027 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 rw o #x8001 AD CH1.Peak Value DT8001 48 SubIndex 000 02 CH1.Maximum Value 0000 CH1.Minimum Value 0000 #x8011 AD CH2.Peak Value DT8011 48 SubIndex 000 02 CH2.Maximum Value 0000 CH2.Minimum Value 0000 #x8021 AD CH3.Peak Value DT8021 48 SubIndex 000 02 CH3.Maximum Value 0000 CH3.Minimum Value 0000 #x8031 AD CH4.Peak Value DT8031 48 SubIndex 000 02 CH4.Maximum Value 0000 CH4.Minimum Value 0000 HCQX-DA04-D2 DA04-D2,4Ch,Output +/-10V,0-20mA,16 Bit #x1600 DA Channel 1 #x7010 1 16 DA CH1.Output INT #x1601 DA Channel 2 #x7010 2 16 DA CH2.Output INT #x1602 DA Channel 3 #x7010 3 16 DA CH3.Output INT #x1603 DA Channel 4 #x7010 4 16 DA CH4.Output INT #x1604 DA Error Clear Ch1..4 #x8001 1 16 DA CH1. Error clear UINT #x8011 2 16 DA CH2. Error clear UINT #x8021 3 16 DA CH3. Error clear UINT #x8031 4 16 DA CH4. Error clear UINT #x1A00 DA Status Channel 1 #x6000 1 1 DA CH1. Status_Underrange BOOL #x6000 2 1 DA CH1. Status_Overrange BOOL #x6000 3 1 DA CH1. Status_Analog Power Error BOOL #x0 0 13 Padding #x1A01 DA Status Channel 2 #x6010 1 1 DA CH2. Status_Underrange BIT #x6010 2 1 DA CH2. Status_Overrange BIT #x6010 3 1 DA CH2. Status_Analog Power Error BIT #x0 0 13 Padding #x1A02 DA Status Channel 3 #x6020 1 1 DA CH3. Status_Underrange BIT #x6020 2 1 DA CH3. Status_Overrange BIT #x6020 3 1 DA CH3. Status_Analog Power Error BIT #x0 0 13 Padding #x1A03 DA Status Channel 4 #x6030 1 1 DA CH4. Status_Underrange BIT #x6030 2 1 DA CH4. Status_Overrange BIT #x6030 3 1 DA CH4. Status_Analog Power Error BIT #x0 0 13 Padding PS #x8000 01 00 DA CH1. Output mode;0:-10~10V;1:0~10V;2:-5~5V;3:0~5V;4:1~5V;5:0~20mA;6:4~20mA PS #x8000 02 01 DA CH1. Enable Channel PS #x8010 01 00 DA CH2. Output mode;0:-10~10V;1:0~10V;2:-5~5V;3:0~5V;4:1~5V;5:0~20mA;6:4~20mA PS #x8010 02 01 DA CH2. Enable Channel PS #x8020 01 00 DA CH3. Output mode;0:-10~10V;1:0~10V;2:-5~5V;3:0~5V;4:1~5V;5:0~20mA;6:4~20mA PS #x8020 02 01 DA CH3. Enable Channel PS #x8030 01 00 DA CH4. Output mode;0:-10~10V;1:0~10V;2:-5~5V;3:0~5V;4:1~5V;5:0~20mA;6:4~20mA PS #x8030 02 01 DA CH4. Enable Channel BIT2 2 BOOL 1 DINT 32 INT 16 UDINT 32 UINT 16 USINT 8 ARRAY [0..3] OF BYTE USINT 32 0 4 STRING(20) 160 STRING(5) 40 DT1011 32 0 SubIndex 000 USINT 8 0 ro 1 Restore default parameters BOOL 1 16 rw o 1 DT1018 144 0 SubIndex 000 USINT 8 0 ro o 1 Vendor ID UDINT 32 16 ro o 2 Product code UDINT 32 48 ro o 3 Revision UDINT 32 80 ro o 4 Serial number UDINT 32 112 ro o DT1C00ARR USINT 32 1 4 DT1C00 48 0 SubIndex 000 USINT 8 0 ro o Elements DT1C00ARR 32 16 ro o DT1C32 488 0 SubIndex 000 USINT 8 0 ro m 1 Synchronization Type UINT 16 16 rw o 2 Cycle Time UDINT 32 32 ro o 4 Synchronization Types supported UINT 16 96 ro o 5 Minimum Cycle Time UDINT 32 112 ro o 6 Calc and Copy Time UDINT 32 144 ro o 8 Get Cycle Time UINT 16 208 rw c 9 Delay Time UDINT 32 224 ro c 10 Sync0 Cycle Time UDINT 32 256 rw o 11 SM-Event Missed UINT 16 288 ro c 12 Cycle Time Too Small UINT 16 304 ro c 32 Sync Error BOOL 1 480 ro c DT0800EN03 USINT 3 Signed presentation 0 Unsigned presentation 1 DT1600 48 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 UDINT 32 16 ro o DT1601 48 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 UDINT 32 16 ro o DT1602 48 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 UDINT 32 16 ro o DT1603 48 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 UDINT 32 16 ro o DT1C12ARR UINT 80 1 5 DT1C12 96 0 SubIndex 000 USINT 8 0 ro o Elements DT1C12ARR 80 16 ro o DT7010 80 0 SubIndex 000 USINT 8 0 ro o 1 CH1.Output INT 16 16 rw o R 2 CH2.Output INT 16 32 rw o R 3 CH3.Output INT 16 48 rw o R 4 CH4.Output INT 16 64 rw o R DT8000 192 0 SubIndex 000 USINT 8 0 ro o 1 Output mode UINT 16 16 rw o 1 2 Enable channel BOOL 1 32 rw o 1 3 Enable user scale BOOL 1 33 rw o 1 4 Enable Proportional Adjustment BOOL 1 34 rw o 1 6 WatchDog UINT 16 48 rw o 1 7 Error STOP Output Mode UINT 16 64 rw o 1 8 User Output Value DINT 32 80 rw o 1 9 User Proportional Bias INT 16 112 rw o 1 10 User Proportional Gain DINT 32 128 rw o 1 11 User scale offset INT 16 160 rw o 1 12 User scale gain INT 16 176 rw o 1 DT8040 48 0 SubIndex 000 USINT 8 0 ro o 1 Offset INT 16 16 ro o 2 Gain INT 16 32 ro o DT1604 144 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 UDINT 32 16 ro o 2 SubIndex 002 UDINT 32 48 ro o 3 SubIndex 003 UDINT 32 80 ro o 4 SubIndex 004 UDINT 32 112 ro o DT6000 32 0 SubIndex 000 USINT 8 0 ro o 1 Underrange BOOL 1 16 ro o T 2 Overrange BOOL 1 17 ro o T 3 Analog Power Error BOOL 1 18 ro o T DT1A00ARR UDINT 128 1 4 DT1C13ARR UINT 64 1 4 DT1C13 80 0 SubIndex 000 USINT 8 0 ro o Elements DT1C13ARR 64 16 ro o DT1C33 488 0 SubIndex 000 USINT 8 0 ro m 1 Synchronization Type UINT 16 16 rw o 2 Cycle Time UDINT 32 32 ro o 4 Synchronization Types supported UINT 16 96 ro o 5 Minimum Cycle Time UDINT 32 112 ro o 6 Calc and Copy Time UDINT 32 144 ro o 8 Get Cycle Time UINT 16 208 rw c 9 Delay Time UDINT 32 224 ro c 10 Sync0 Cycle Time UDINT 32 256 rw o 11 SM-Event Missed UINT 16 288 ro c 12 Cycle Time Too Small UINT 16 304 ro c 32 Sync Error BOOL 1 480 ro c DT1A00 144 0 SubIndex 000 USINT 8 0 ro o Elements DT1A00ARR 128 16 ro o #x8000 DA CH1. Settings DT8000 192 SubIndex 000 0C Output mode 0000 Enable channel 01 Enable user scale 00 Enable Proportional Adjustment 00 WatchDog 0000 Error STOP Output Mode 0000 User Output Value 00000000 User Proportional Bias 0000 User Proportional Gain 00000000 User scale offset 0000 User scale gain 1027 rw o #x8010 DA CH2. Settings DT8000 192 SubIndex 000 0C Output mode 0000 Enable channel 01 Enable user scale 00 Enable Proportional Adjustment 00 WatchDog 0000 Error STOP Output Mode 0000 User Output Value 00000000 User Proportional Bias 0000 User Proportional Gain 00000000 User scale offset 0000 User scale gain 1027 rw o #x8020 DA CH3. Settings DT8000 192 SubIndex 000 0C Output mode 0000 Enable channel 01 Enable user scale 00 Enable Proportional Adjustment 00 WatchDog 0000 Error STOP Output Mode 0000 User Output Value 00000000 User Proportional Bias 0000 User Proportional Gain 00000000 User scale offset 0000 User scale gain 1027 rw o #x8030 DA CH4. Settings DT8000 192 SubIndex 000 0C Output mode 0000 Enable channel 01 Enable user scale 00 Enable Proportional Adjustment 00 WatchDog 0000 Error STOP Output Mode 0000 User Output Value 00000000 User Proportional Bias 0000 User Proportional Gain 00000000 User scale offset 0000 User scale gain 1027 rw o HCQX-DA04-D4 DA04-D4,4Ch,Output +/-10V,0-20mA,16 Bit #x1600 DA CH1 Output #x7000 1 16 DA CH1.Output INT #x1601 DA CH2 Output #x7010 1 16 DA CH2.Output INT #x1602 DA CH3 Output #x7020 1 16 DA CH3.Output INT #x1603 DA CH4 Output #x7030 1 16 DA CH4.Output INT #x1604 DA Status Clear #x7001 0 16 DA Status clear UINT #x1A00 DA Status #x6000 1 16 DA Status UINT PS #x8000 01 00 DA CH1. Output mode;0:-10~10V;1:0~10V;2:-5~5V;3:0~5V;4:1~5V;5:0~20mA;6:4~20mA PS #x8000 02 01 DA CH1. Enable Channel PS #x8010 01 00 DA CH2. Output mode;0:-10~10V;1:0~10V;2:-5~5V;3:0~5V;4:1~5V;5:0~20mA;6:4~20mA PS #x8010 02 01 DA CH2. Enable Channel PS #x8020 01 00 DA CH3. Output mode;0:-10~10V;1:0~10V;2:-5~5V;3:0~5V;4:1~5V;5:0~20mA;6:4~20mA PS #x8020 02 01 DA CH3. Enable Channel PS #x8030 01 00 DA CH4. Output mode;0:-10~10V;1:0~10V;2:-5~5V;3:0~5V;4:1~5V;5:0~20mA;6:4~20mA PS #x8030 02 01 DA CH4. Enable Channel BIT2 2 BOOL 1 DINT 32 INT 16 UDINT 32 UINT 16 USINT 8 ARRAY [0..3] OF BYTE USINT 32 0 4 STRING(20) 160 STRING(5) 40 DT1011 32 0 SubIndex 000 USINT 8 0 ro 1 Restore default parameters BOOL 1 16 rw o 1 DT1018 144 0 SubIndex 000 USINT 8 0 ro o 1 Vendor ID UDINT 32 16 ro o 2 Product code UDINT 32 48 ro o 3 Revision UDINT 32 80 ro o 4 Serial number UDINT 32 112 ro o DT1C00ARR USINT 32 1 4 DT1C00 48 0 SubIndex 000 USINT 8 0 ro o Elements DT1C00ARR 32 16 ro o DT1C32 488 0 SubIndex 000 USINT 8 0 ro m 1 Synchronization Type UINT 16 16 rw o 2 Cycle Time UDINT 32 32 ro o 4 Synchronization Types supported UINT 16 96 ro o 5 Minimum Cycle Time UDINT 32 112 ro o 6 Calc and Copy Time UDINT 32 144 ro o 8 Get Cycle Time UINT 16 208 rw c 9 Delay Time UDINT 32 224 ro c 10 Sync0 Cycle Time UDINT 32 256 rw o 11 SM-Event Missed UINT 16 288 ro c 12 Cycle Time Too Small UINT 16 304 ro c 32 Sync Error BOOL 1 480 ro c DT0800EN03 USINT 3 Signed presentation 0 Unsigned presentation 1 DT1600 48 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 UDINT 32 16 ro o DT1601 48 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 UDINT 32 16 ro o DT1602 48 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 UDINT 32 16 ro o DT1603 48 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 UDINT 32 16 ro o DT1C12ARR UINT 80 1 5 DT1C12 96 0 SubIndex 000 USINT 8 0 ro o Elements DT1C12ARR 80 16 ro o DT7010 80 0 SubIndex 000 USINT 8 0 ro o 1 CH1.Output INT 16 16 rw o R 2 CH2.Output INT 16 32 rw o R 3 CH3.Output INT 16 48 rw o R 4 CH4.Output INT 16 64 rw o R DT8000 192 0 SubIndex 000 USINT 8 0 ro o 1 Output mode UINT 16 16 rw o 1 2 Enable channel BOOL 1 32 rw o 1 3 Enable user scale BOOL 1 33 rw o 1 4 Enable Proportional Adjustment BOOL 1 34 rw o 1 6 WatchDog UINT 16 48 rw o 1 7 Error STOP Output Mode UINT 16 64 rw o 1 8 User Output Value DINT 32 80 rw o 1 9 User Proportional Bias INT 16 112 rw o 1 10 User Proportional Gain DINT 32 128 rw o 1 11 User scale offset INT 16 160 rw o 1 12 User scale gain INT 16 176 rw o 1 DT8040 48 0 SubIndex 000 USINT 8 0 ro o 1 Offset INT 16 16 ro o 2 Gain INT 16 32 ro o DT1604 144 0 SubIndex 000 USINT 8 0 ro o 1 SubIndex 001 UDINT 32 16 ro o 2 SubIndex 002 UDINT 32 48 ro o 3 SubIndex 003 UDINT 32 80 ro o 4 SubIndex 004 UDINT 32 112 ro o DT6000 32 0 SubIndex 000 USINT 8 0 ro o 1 Underrange BOOL 1 16 ro o T 2 Overrange BOOL 1 17 ro o T 3 Analog Power Error BOOL 1 18 ro o T DT1A00ARR UDINT 128 1 4 DT1C13ARR UINT 64 1 4 DT1C13 80 0 SubIndex 000 USINT 8 0 ro o Elements DT1C13ARR 64 16 ro o DT1C33 488 0 SubIndex 000 USINT 8 0 ro m 1 Synchronization Type UINT 16 16 rw o 2 Cycle Time UDINT 32 32 ro o 4 Synchronization Types supported UINT 16 96 ro o 5 Minimum Cycle Time UDINT 32 112 ro o 6 Calc and Copy Time UDINT 32 144 ro o 8 Get Cycle Time UINT 16 208 rw c 9 Delay Time UDINT 32 224 ro c 10 Sync0 Cycle Time UDINT 32 256 rw o 11 SM-Event Missed UINT 16 288 ro c 12 Cycle Time Too Small UINT 16 304 ro c 32 Sync Error BOOL 1 480 ro c DT1A00 144 0 SubIndex 000 USINT 8 0 ro o Elements DT1A00ARR 128 16 ro o #x8000 DA CH1. Settings DT8000 192 SubIndex 000 0C Output mode 0000 Enable channel 01 Enable user scale 00 Enable Proportional Adjustment 00 WatchDog 0000 Error STOP Output Mode 0000 User Output Value 00000000 User Proportional Bias 0000 User Proportional Gain 00000000 User scale offset 0000 User scale gain 1027 rw o #x8010 DA CH2. Settings DT8000 192 SubIndex 000 0C Output mode 0000 Enable channel 01 Enable user scale 00 Enable Proportional Adjustment 00 WatchDog 0000 Error STOP Output Mode 0000 User Output Value 00000000 User Proportional Bias 0000 User Proportional Gain 00000000 User scale offset 0000 User scale gain 1027 rw o #x8020 DA CH3. Settings DT8000 192 SubIndex 000 0C Output mode 0000 Enable channel 01 Enable user scale 00 Enable Proportional Adjustment 00 WatchDog 0000 Error STOP Output Mode 0000 User Output Value 00000000 User Proportional Bias 0000 User Proportional Gain 00000000 User scale offset 0000 User scale gain 1027 rw o #x8030 DA CH4. Settings DT8000 192 SubIndex 000 0C Output mode 0000 Enable channel 01 Enable user scale 00 Enable Proportional Adjustment 00 WatchDog 0000 Error STOP Output Mode 0000 User Output Value 00000000 User Proportional Bias 0000 User Proportional Gain 00000000 User scale offset 0000 User scale gain 1027 rw o HCQX-TS04-D4 TS04-D4,4Ch,Temperature measurement,24 Bit #x1A00 TS Status #x6000 1 1 TS CH1. Burnout BOOL #x6000 2 1 TS CH2. Burnout BOOL #x6000 3 1 TS CH3. Burnout BOOL #x6000 4 1 TS CH4. Burnout BOOL #x6000 5 1 TS CH1. Overrange BOOL #x6000 6 1 TS CH2. Overrange BOOL #x6000 7 1 TS CH3. Overrange BOOL #x6000 8 1 TS CH4. Overrange BOOL #x0 0 8 #x1A01 TS Value #x6010 0 16 TS CH1. Value INT #x6020 0 16 TS CH2. Value INT #x6030 0 16 TS CH3. Value INT #x6040 0 16 TS CH4. Value INT #x1A02 TS Cold Value #x6050 0 16 TS CH1. Cold Value INT #x6060 0 16 TS CH2. Cold Value INT #x6070 0 16 TS CH3. Cold Value INT #x6080 0 16 TS CH4. Cold Value INT PS #x8000 01 01 TS CH1. Enable;0:Disable;1:Enable; PS #x8000 02 00 TS CH1. Sensor Type;0:PT100;1:PT1000;2:NI100;3:NI1000;4:B;5:E;6:J;7:K;8:N;9:R;10:S;11:T PS #x8010 01 01 TS CH2. Enable;0:Disable;1:Enable; PS #x8010 02 00 TS CH2. Sensor Type;0:PT100;1:PT1000;2:NI100;3:NI1000;4:B;5:E;6:J;7:K;8:N;9:R;10:S;11:T PS #x8020 01 01 TS CH3. Enable;0:Disable;1:Enable; PS #x8020 02 00 TS CH3. Sensor Type;0:PT100;1:PT1000;2:NI100;3:NI1000;4:B;5:E;6:J;7:K;8:N;9:R;10:S;11:T PS #x8030 01 01 TS CH4. Enable;0:Disable;1:Enable; PS #x8030 02 00 TS CH4. Sensor Type;0:PT100;1:PT1000;2:NI100;3:NI1000;4:B;5:E;6:J;7:K;8:N;9:R;10:S;11:T STRING(4) 32 USINT 8 UDINT 32 UINT 16 ULINT 64 BOOL 1 INT 16 DINT 32 DT1A00 304 0 SubIndex 000 USINT 8 0 ro 1 SubIndex 001 UDINT 32 16 ro 2 SubIndex 002 UDINT 32 48 ro 3 SubIndex 003 UDINT 32 80 ro 4 SubIndex 004 UDINT 32 112 ro 5 SubIndex 005 UDINT 32 144 ro 6 SubIndex 006 UDINT 32 176 ro 7 SubIndex 007 UDINT 32 208 ro 8 SubIndex 008 UDINT 32 240 ro 9 SubIndex 009 UDINT 32 272 ro DT1A01 144 0 SubIndex 000 USINT 8 0 ro 1 SubIndex 001 UDINT 32 16 ro 2 SubIndex 002 UDINT 32 48 ro 3 SubIndex 003 UDINT 32 80 ro 4 SubIndex 004 UDINT 32 112 ro DT1A02 144 0 SubIndex 000 USINT 8 0 ro 1 SubIndex 001 UDINT 32 16 ro 2 SubIndex 002 UDINT 32 48 ro 3 SubIndex 003 UDINT 32 80 ro 4 SubIndex 004 UDINT 32 112 ro DT8000 48 0 SubIndex 000 USINT 8 0 ro 1 Enable USINT 8 16 rw 1 2 Sensor Setting USINT 8 24 rw 1 3 Filter Setting UINT 16 32 rw 1 DT8010 48 0 SubIndex 000 USINT 8 0 ro 1 Enable USINT 8 16 rw 1 2 Sensor Setting USINT 8 24 rw 1 3 Filter Setting UINT 16 32 rw 1 DT8020 48 0 SubIndex 000 USINT 8 0 ro 1 Enable USINT 8 16 rw 1 2 Sensor Setting USINT 8 24 rw 1 3 Filter Setting UINT 16 32 rw 1 DT8030 48 0 SubIndex 000 USINT 8 0 ro 1 Enable USINT 8 16 rw 1 2 Sensor Setting USINT 8 24 rw 1 3 Filter Setting UINT 16 32 rw 1 DT8040 24 0 SubIndex 000 USINT 8 0 ro 1 Cold Type USINT 8 16 rw 1 DT8050 24 0 SubIndex 000 USINT 8 0 ro 1 Unit USINT 8 16 rw 1 DT8060 24 0 SubIndex 000 USINT 8 0 ro 1 Burnout Enanle USINT 8 16 rw 1 DT8070 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 rw 1 2 Gain DINT 32 32 rw 1 DT8080 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 rw 1 2 Gain DINT 32 32 rw 1 DT8090 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 rw 1 2 Gain DINT 32 32 rw 1 DT80A0 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 rw 1 2 Gain DINT 32 32 rw 1 DT80B0 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro DT80B1 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro DT80B2 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro DT80B3 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro DT80B4 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro DT80B5 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro DT80B6 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro DT80B7 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro #x8000 TS CH1. Settings DT8000 48 SubIndex 000 03 Enable 01 Sensor Setting 00 Filter Setting 0000 #x8010 TS CH2. Settings DT8010 48 SubIndex 000 03 Enable 01 Sensor Setting 00 Filter Setting 0000 #x8020 TS CH3. Settings DT8020 48 SubIndex 000 03 Enable 01 Sensor Setting 00 Filter Setting 0000 #x8030 TS CH4. Settings DT8030 48 SubIndex 000 03 Enable 01 Sensor Setting 00 Filter Setting 0000 #x8040 TS Cold Settings DT8040 24 SubIndex 000 01 Cold Type 0F #x8050 TS Unit Settings DT8050 24 SubIndex 000 01 Unit 00 #x8060 TS Burnout Settings DT8060 24 SubIndex 000 01 Burnout Enanle 00 #x8070 TS CH1. User Calibration DT8070 64 SubIndex 000 02 Offset 0000 Gain E8030000 #x8080 TS CH2. User Calibration DT8080 64 SubIndex 000 02 Offset 0000 Gain E8030000 #x8090 TS CH3. User Calibration DT8090 64 SubIndex 000 02 Offset 0000 Gain E8030000 #x80A0 TS CH4. User Calibration DT80A0 64 SubIndex 000 02 Offset 0000 Gain E8030000 HCQX-TS04-D4-Simple TS04-D4(Simple),4Ch,Temperature measurement,24 Bit #x1A00 TS Status #x6000 1 1 TS CH1. Burnout BOOL #x6000 2 1 TS CH2. Burnout BOOL #x6000 3 1 TS CH3. Burnout BOOL #x6000 4 1 TS CH4. Burnout BOOL #x6000 5 1 TS CH1. Overrange BOOL #x6000 6 1 TS CH2. Overrange BOOL #x6000 7 1 TS CH3. Overrange BOOL #x6000 8 1 TS CH4. Overrange BOOL #x0 0 8 #x1A01 TS Value #x6010 0 16 TS CH1. Value INT #x6020 0 16 TS CH2. Value INT #x6030 0 16 TS CH3. Value INT #x6040 0 16 TS CH4. Value INT PS #x8000 01 01 TS CH1. Enable;0:Disable;1:Enable; PS #x8000 02 00 TS CH1. Sensor Type;0:PT100;1:PT1000;2:NI100;3:NI1000;4:B;5:E;6:J;7:K;8:N;9:R;10:S;11:T PS #x8010 01 01 TS CH2. Enable;0:Disable;1:Enable; PS #x8010 02 00 TS CH2. Sensor Type;0:PT100;1:PT1000;2:NI100;3:NI1000;4:B;5:E;6:J;7:K;8:N;9:R;10:S;11:T PS #x8020 01 01 TS CH3. Enable;0:Disable;1:Enable; PS #x8020 02 00 TS CH3. Sensor Type;0:PT100;1:PT1000;2:NI100;3:NI1000;4:B;5:E;6:J;7:K;8:N;9:R;10:S;11:T PS #x8030 01 01 TS CH4. Enable;0:Disable;1:Enable; PS #x8030 02 00 TS CH4. Sensor Type;0:PT100;1:PT1000;2:NI100;3:NI1000;4:B;5:E;6:J;7:K;8:N;9:R;10:S;11:T STRING(4) 32 USINT 8 UDINT 32 UINT 16 ULINT 64 BOOL 1 INT 16 DINT 32 DT1A00 304 0 SubIndex 000 USINT 8 0 ro 1 SubIndex 001 UDINT 32 16 ro 2 SubIndex 002 UDINT 32 48 ro 3 SubIndex 003 UDINT 32 80 ro 4 SubIndex 004 UDINT 32 112 ro 5 SubIndex 005 UDINT 32 144 ro 6 SubIndex 006 UDINT 32 176 ro 7 SubIndex 007 UDINT 32 208 ro 8 SubIndex 008 UDINT 32 240 ro 9 SubIndex 009 UDINT 32 272 ro DT1A01 144 0 SubIndex 000 USINT 8 0 ro 1 SubIndex 001 UDINT 32 16 ro 2 SubIndex 002 UDINT 32 48 ro 3 SubIndex 003 UDINT 32 80 ro 4 SubIndex 004 UDINT 32 112 ro DT1A02 144 0 SubIndex 000 USINT 8 0 ro 1 SubIndex 001 UDINT 32 16 ro 2 SubIndex 002 UDINT 32 48 ro 3 SubIndex 003 UDINT 32 80 ro 4 SubIndex 004 UDINT 32 112 ro DT8000 48 0 SubIndex 000 USINT 8 0 ro 1 Enable USINT 8 16 rw 1 2 Sensor Setting USINT 8 24 rw 1 3 Filter Setting UINT 16 32 rw 1 DT8010 48 0 SubIndex 000 USINT 8 0 ro 1 Enable USINT 8 16 rw 1 2 Sensor Setting USINT 8 24 rw 1 3 Filter Setting UINT 16 32 rw 1 DT8020 48 0 SubIndex 000 USINT 8 0 ro 1 Enable USINT 8 16 rw 1 2 Sensor Setting USINT 8 24 rw 1 3 Filter Setting UINT 16 32 rw 1 DT8030 48 0 SubIndex 000 USINT 8 0 ro 1 Enable USINT 8 16 rw 1 2 Sensor Setting USINT 8 24 rw 1 3 Filter Setting UINT 16 32 rw 1 DT8040 24 0 SubIndex 000 USINT 8 0 ro 1 Cold Type USINT 8 16 rw 1 DT8050 24 0 SubIndex 000 USINT 8 0 ro 1 Unit USINT 8 16 rw 1 DT8060 24 0 SubIndex 000 USINT 8 0 ro 1 Burnout Enanle USINT 8 16 rw 1 DT8070 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 rw 1 2 Gain DINT 32 32 rw 1 DT8080 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 rw 1 2 Gain DINT 32 32 rw 1 DT8090 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 rw 1 2 Gain DINT 32 32 rw 1 DT80A0 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 rw 1 2 Gain DINT 32 32 rw 1 DT80B0 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro DT80B1 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro DT80B2 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro DT80B3 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro DT80B4 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro DT80B5 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro DT80B6 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro DT80B7 64 0 SubIndex 000 USINT 8 0 ro 1 Offset INT 16 16 ro 2 Gain DINT 32 32 ro #x8000 TS CH1. Settings DT8000 48 SubIndex 000 03 Enable 01 Sensor Setting 00 Filter Setting 0000 #x8010 TS CH2. Settings DT8010 48 SubIndex 000 03 Enable 01 Sensor Setting 00 Filter Setting 0000 #x8020 TS CH3. Settings DT8020 48 SubIndex 000 03 Enable 01 Sensor Setting 00 Filter Setting 0000 #x8030 TS CH4. Settings DT8030 48 SubIndex 000 03 Enable 01 Sensor Setting 00 Filter Setting 0000 #x8040 TS Cold Settings DT8040 24 SubIndex 000 01 Cold Type 00 #x8050 TS Unit Settings DT8050 24 SubIndex 000 01 Unit 00 #x8060 TS Burnout Settings DT8060 24 SubIndex 000 01 Burnout Enanle 00 #x8070 TS CH1. User Calibration DT8070 64 SubIndex 000 02 Offset 0000 Gain E8030000 #x8080 TS CH2. User Calibration DT8080 64 SubIndex 000 02 Offset 0000 Gain E8030000 #x8090 TS CH3. User Calibration DT8090 64 SubIndex 000 02 Offset 0000 Gain E8030000 #x80A0 TS CH4. User Calibration DT80A0 64 SubIndex 000 02 Offset 0000 Gain E8030000 #x80A2 TS04 CH1. Cold Value INT 16 0000 ro t #x80A3 TS04 CH2. Cold Value INT 16 0000 ro t #x80A4 TS04 CH3. Cold Value INT 16 0000 ro t #x80A5 TS04 CH4. Cold Value INT 16 0000 ro t HCQX-RS02-D4 RS02-D4,2Ch,RS232/422/485 #x1600 COM Outputs Channel 1 #x7000 1 8 CH.1 Control USINT #x7000 2 8 CH.1 Send Length USINT #x7000 3 8 CH.1 Output Data 0 USINT #x7000 4 8 CH.1 Output Data 1 USINT #x7000 5 8 CH.1 Output Data 2 USINT #x7000 6 8 CH.1 Output Data 3 USINT #x7000 7 8 CH.1 Output Data 4 USINT #x7000 8 8 CH.1 Output Data 5 USINT #x7000 9 8 CH.1 Output Data 6 USINT #x7000 10 8 CH.1 Output Data 7 USINT #x7000 11 8 CH.1 Output Data 8 USINT #x7000 12 8 CH.1 Output Data 9 USINT #x7000 13 8 CH.1 Output Data 10 USINT #x7000 14 8 CH.1 Output Data 11 USINT #x7000 15 8 CH.1 Output Data 12 USINT #x7000 16 8 CH.1 Output Data 13 USINT #x7000 17 8 CH.1 Output Data 14 USINT #x7000 18 8 CH.1 Output Data 15 USINT #x7000 19 8 CH.1 Output Data 16 USINT #x7000 20 8 CH.1 Output Data 17 USINT #x7000 21 8 CH.1 Output Data 18 USINT #x7000 22 8 CH.1 Output Data 19 USINT #x7000 23 8 CH.1 Output Data 20 USINT #x7000 24 8 CH.1 Output Data 21 USINT #x7000 25 8 CH.1 Output Data 22 USINT #x7000 26 8 CH.1 Output Data 23 USINT #x7000 27 8 CH.1 Output Data 24 USINT #x7000 28 8 CH.1 Output Data 25 USINT #x7000 29 8 CH.1 Output Data 26 USINT #x7000 30 8 CH.1 Output Data 27 USINT #x7000 31 8 CH.1 Output Data 28 USINT #x7000 32 8 CH.1 Output Data 29 USINT #x7000 33 8 CH.1 Output Data 30 USINT #x7000 34 8 CH.1 Output Data 31 USINT #x1601 COM Outputs Channel 2 #x7010 1 8 CH.2 Control USINT #x7010 2 8 CH.2 Send Length USINT #x7010 3 8 CH.2 Output Data 0 USINT #x7010 4 8 CH.2 Output Data 1 USINT #x7010 5 8 CH.2 Output Data 2 USINT #x7010 6 8 CH.2 Output Data 3 USINT #x7010 7 8 CH.2 Output Data 4 USINT #x7010 8 8 CH.2 Output Data 5 USINT #x7010 9 8 CH.2 Output Data 6 USINT #x7010 10 8 CH.2 Output Data 7 USINT #x7010 11 8 CH.2 Output Data 8 USINT #x7010 12 8 CH.2 Output Data 9 USINT #x7010 13 8 CH.2 Output Data 10 USINT #x7010 14 8 CH.2 Output Data 11 USINT #x7010 15 8 CH.2 Output Data 12 USINT #x7010 16 8 CH.2 Output Data 13 USINT #x7010 17 8 CH.2 Output Data 14 USINT #x7010 18 8 CH.2 Output Data 15 USINT #x7010 19 8 CH.2 Output Data 16 USINT #x7010 20 8 CH.2 Output Data 17 USINT #x7010 21 8 CH.2 Output Data 18 USINT #x7010 22 8 CH.2 Output Data 19 USINT #x7010 23 8 CH.2 Output Data 20 USINT #x7010 24 8 CH.2 Output Data 21 USINT #x7010 25 8 CH.2 Output Data 22 USINT #x7010 26 8 CH.2 Output Data 23 USINT #x7010 27 8 CH.2 Output Data 24 USINT #x7010 28 8 CH.2 Output Data 25 USINT #x7010 29 8 CH.2 Output Data 26 USINT #x7010 30 8 CH.2 Output Data 27 USINT #x7010 31 8 CH.2 Output Data 28 USINT #x7010 32 8 CH.2 Output Data 29 USINT #x7010 33 8 CH.2 Output Data 30 USINT #x7010 34 8 CH.2 Output Data 31 USINT #x1A00 COM Inputs Channel 1 #x6000 1 8 CH.1 Status USINT #x6000 2 8 CH.1 Receive Length USINT #x6000 3 8 CH.1 Input Data 0 USINT #x6000 4 8 CH.1 Input Data 1 USINT #x6000 5 8 CH.1 Input Data 2 USINT #x6000 6 8 CH.1 Input Data 3 USINT #x6000 7 8 CH.1 Input Data 4 USINT #x6000 8 8 CH.1 Input Data 5 USINT #x6000 9 8 CH.1 Input Data 6 USINT #x6000 10 8 CH.1 Input Data 7 USINT #x6000 11 8 CH.1 Input Data 8 USINT #x6000 12 8 CH.1 Input Data 9 USINT #x6000 13 8 CH.1 Input Data 10 USINT #x6000 14 8 CH.1 Input Data 11 USINT #x6000 15 8 CH.1 Input Data 12 USINT #x6000 16 8 CH.1 Input Data 13 USINT #x6000 17 8 CH.1 Input Data 14 USINT #x6000 18 8 CH.1 Input Data 15 USINT #x6000 19 8 CH.1 Input Data 16 USINT #x6000 20 8 CH.1 Input Data 17 USINT #x6000 21 8 CH.1 Input Data 18 USINT #x6000 22 8 CH.1 Input Data 19 USINT #x6000 23 8 CH.1 Input Data 20 USINT #x6000 24 8 CH.1 Input Data 21 USINT #x6000 25 8 CH.1 Input Data 22 USINT #x6000 26 8 CH.1 Input Data 23 USINT #x6000 27 8 CH.1 Input Data 24 USINT #x6000 28 8 CH.1 Input Data 25 USINT #x6000 29 8 CH.1 Input Data 26 USINT #x6000 30 8 CH.1 Input Data 27 USINT #x6000 31 8 CH.1 Input Data 28 USINT #x6000 32 8 CH.1 Input Data 29 USINT #x6000 33 8 CH.1 Input Data 30 USINT #x6000 34 8 CH.1 Input Data 31 USINT #x1A01 COM Inputs Channel 2 #x6010 1 8 CH.2 Status USINT #x6010 2 8 CH.2 Receive Length USINT #x6010 3 8 CH.2 Input Data 0 USINT #x6010 4 8 CH.2 Input Data 1 USINT #x6010 5 8 CH.2 Input Data 2 USINT #x6010 6 8 CH.2 Input Data 3 USINT #x6010 7 8 CH.2 Input Data 4 USINT #x6010 8 8 CH.2 Input Data 5 USINT #x6010 9 8 CH.2 Input Data 6 USINT #x6010 10 8 CH.2 Input Data 7 USINT #x6010 11 8 CH.2 Input Data 8 USINT #x6010 12 8 CH.2 Input Data 9 USINT #x6010 13 8 CH.2 Input Data 10 USINT #x6010 14 8 CH.2 Input Data 11 USINT #x6010 15 8 CH.2 Input Data 12 USINT #x6010 16 8 CH.2 Input Data 13 USINT #x6010 17 8 CH.2 Input Data 14 USINT #x6010 18 8 CH.2 Input Data 15 USINT #x6010 19 8 CH.2 Input Data 16 USINT #x6010 20 8 CH.2 Input Data 17 USINT #x6010 21 8 CH.2 Input Data 18 USINT #x6010 22 8 CH.2 Input Data 19 USINT #x6010 23 8 CH.2 Input Data 20 USINT #x6010 24 8 CH.2 Input Data 21 USINT #x6010 25 8 CH.2 Input Data 22 USINT #x6010 26 8 CH.2 Input Data 23 USINT #x6010 27 8 CH.2 Input Data 24 USINT #x6010 28 8 CH.2 Input Data 25 USINT #x6010 29 8 CH.2 Input Data 26 USINT #x6010 30 8 CH.2 Input Data 27 USINT #x6010 31 8 CH.2 Input Data 28 USINT #x6010 32 8 CH.2 Input Data 29 USINT #x6010 33 8 CH.2 Input Data 30 USINT #x6010 34 8 CH.2 Input Data 31 USINT #x1A02 CH.1 Data Bytes In Buffer #x8001 1 16 CH.1 Data Bytes In Send Buffer UINT #x8001 2 16 CH.1 Data Bytes In Receive Buffer UINT #x1A03 CH.2 Data Bytes In Buffer #x8011 1 16 CH.2 Data Bytes In Send Buffer UINT #x8011 2 16 CH.2 Data Bytes In Receive Buffer UINT PS #x8000 01 0000 RS CH1. Physics Connection PS #x8000 02 0400 RS CH1. Baud Rate PS #x8000 03 0600 RS CH1. Data Frame PS #x8000 04 0000 RS CH1. Enable Terminal Resistance PS #x8000 05 0000 RS CH1. Enable Send FIFO Date Continuous PS #x8000 06 0100 RS CH1. Enable Transfer Rate Optimization PS #x8010 01 0000 RS CH2. Physics Connection PS #x8010 02 0400 RS CH2. Baud Rate PS #x8010 03 0600 RS CH2. Data Frame PS #x8010 04 0000 RS CH2. Enable Terminal Resistance PS #x8010 05 0000 RS CH2. Enable Send FIFO Date Continuous PS #x8010 06 0100 RS CH2. Enable Transfer Rate Optimization BIT2 2 DINT 32 INT 16 ARRAY [0..3] OF BYTE USINT 32 0 4 UDINT 32 UINT 16 USINT 8 DT0802EN16 UINT 16 1200 Baud 1 2400 Baud 2 4800 Baud 3 9600 Baud 4 19200 Baud 5 38400 Baud 6 57600 Baud 7 115200 Baud 8 230400 Baud 9 DT0803EN16 UINT 16 7N2 1 7O1 2 7O2 3 7E1 4 7E2 5 8N1 6 8N2 7 8O1 8 8O2 9 8E1 10 8E2 11 DT0804EN16 UINT 16 Disable 0 Enable 1 BOOL 1 DT0801EN16 UINT 16 RS485 0 RS232 1 RS422 2 DT8000 112 0 SubIndex 000 USINT 8 0 ro o 1 Physics Connection DT0801EN16 16 16 rw 1 2 Baud Rate DT0802EN16 16 32 rw 1 3 Data Frame DT0803EN16 16 48 rw 1 4 Enable Terminal Resistance DT0804EN16 16 64 rw 1 5 Enable Send FIFO Date Continuous DT0804EN16 16 80 rw 1 6 Enable Transfer Rate Optimization DT0804EN16 16 96 rw 1 DT8001 48 0 SubIndex 000 USINT 8 0 ro o 1 Data Bytes In Send Buffer UINT 16 16 ro 2 Data Bytes In Receive Buffer UINT 16 32 ro DT8010 112 0 SubIndex 000 USINT 8 0 ro o 1 Physics Connection DT0801EN16 16 16 rw 1 2 Baud Rate DT0802EN16 16 32 rw 1 3 Data Frame DT0803EN16 16 48 rw 1 4 Enable Terminal Resistance DT0804EN16 16 64 rw 1 5 Enable Send FIFO Date Continuous DT0804EN16 16 80 rw 1 6 Enable Transfer Rate Optimization DT0804EN16 16 96 rw 1 DT8011 48 0 SubIndex 000 USINT 8 0 ro o 1 Data Bytes In Send Buffer UINT 16 16 ro 2 Data Bytes In Receive Buffer UINT 16 32 ro #x8000 RS CH1. COM Setting DT8000 112 SubIndex 000 06 Physics Connection 0000 Baud Rate 0400 Data Frame 0600 Enable Terminal Resistance 0000 Enable Send FIFO Date Continuous 0000 Enable Transfer Rate Optimization 0100 #x8001 RS CH1. Data Bytes In Buffer DT8001 48 SubIndex 000 02 Data Bytes In Send Buffer 0000 Data Bytes In Receive Buffer 0000 #x8010 RS CH2. COM Setting DT8010 112 SubIndex 000 06 Physics Connection 0000 Baud Rate 0400 Data Frame 0600 Enable Terminal Resistance 0000 Enable Send FIFO Date Continuous 0000 Enable Transfer Rate Optimization 0100 #x8011 RS CH2. Data Bytes In Buffer DT8011 48 SubIndex 000 02 Data Bytes In Send Buffer 0000 Data Bytes In Receive Buffer 0000 HCQX-RS02-D4-M RS02-D4-M,2Ch,RS232/422/485 #x1600 CH.1 Output Data 0 process data mapping #x7000 1 16 CH.1 Output Data 0 Buffer 0 UINT #x7000 2 16 CH.1 Output Data 0 Buffer 1 UINT #x7000 3 16 CH.1 Output Data 0 Buffer 2 UINT #x7000 4 16 CH.1 Output Data 0 Buffer 3 UINT #x1601 CH.1 Output Data 1 process data mapping #x7010 1 16 CH.1 Output Data 1 Buffer 0 UINT #x7010 2 16 CH.1 Output Data 1 Buffer 1 UINT #x7010 3 16 CH.1 Output Data 1 Buffer 2 UINT #x7010 4 16 CH.1 Output Data 1 Buffer 3 UINT #x1602 CH.1 Output Data 2 process data mapping #x7020 1 16 CH.1 Output Data 2 Buffer 0 UINT #x7020 2 16 CH.1 Output Data 2 Buffer 1 UINT #x7020 3 16 CH.1 Output Data 2 Buffer 2 UINT #x7020 4 16 CH.1 Output Data 2 Buffer 3 UINT #x1603 CH.1 Output Data 3 process data mapping #x7030 1 16 CH.1 Output Data 3 Buffer 0 UINT #x7030 2 16 CH.1 Output Data 3 Buffer 1 UINT #x7030 3 16 CH.1 Output Data 3 Buffer 2 UINT #x7030 4 16 CH.1 Output Data 3 Buffer 3 UINT #x1604 CH.2 Output Data 0 process data mapping #x7040 1 16 CH.2 Output Data 0 Buffer 0 UINT #x7040 2 16 CH.2 Output Data 0 Buffer 1 UINT #x7040 3 16 CH.2 Output Data 0 Buffer 2 UINT #x7040 4 16 CH.2 Output Data 0 Buffer 3 UINT #x1605 CH.2 Output Data 1 process data mapping #x7050 1 16 CH.2 Output Data 1 Buffer 0 UINT #x7050 2 16 CH.2 Output Data 1 Buffer 1 UINT #x7050 3 16 CH.2 Output Data 1 Buffer 2 UINT #x7050 4 16 CH.2 Output Data 1 Buffer 3 UINT #x1606 CH.2 Output Data 2 process data mapping #x7060 1 16 CH.2 Output Data 2 Buffer 0 UINT #x7060 2 16 CH.2 Output Data 2 Buffer 1 UINT #x7060 3 16 CH.2 Output Data 2 Buffer 2 UINT #x7060 4 16 CH.2 Output Data 2 Buffer 3 UINT #x1607 CH.2 Output Data 3 process data mapping #x7070 1 16 CH.2 Output Data 3 Buffer 0 UINT #x7070 2 16 CH.2 Output Data 3 Buffer 1 UINT #x7070 3 16 CH.2 Output Data 3 Buffer 2 UINT #x7070 4 16 CH.2 Output Data 3 Buffer 3 UINT #x1A00 CH.1 Input Data 0 process data mapping #x6000 1 16 CH.1 Input Data 0 Buffer 0 UINT #x6000 2 16 CH.1 Input Data 0 Buffer 1 UINT #x6000 3 16 CH.1 Input Data 0 Buffer 2 UINT #x6000 4 16 CH.1 Input Data 0 Buffer 3 UINT #x6001 1 16 CH.1 Input Data 0 Status UINT #x1A01 CH.1 Input Data 1 process data mapping #x6010 1 16 CH.1 Input Data 1 Buffer 0 UINT #x6010 2 16 CH.1 Input Data 1 Buffer 1 UINT #x6010 3 16 CH.1 Input Data 1 Buffer 2 UINT #x6010 4 16 CH.1 Input Data 1 Buffer 3 UINT #x6011 1 16 CH.1 Input Data 1 Status UINT #x1A02 CH.1 Input Data 2 process data mapping #x6020 1 16 CH.1 Input Data 2 Buffer 0 UINT #x6020 2 16 CH.1 Input Data 2 Buffer 1 UINT #x6020 3 16 CH.1 Input Data 2 Buffer 2 UINT #x6020 4 16 CH.1 Input Data 2 Buffer 3 UINT #x6021 1 16 CH.1 Input Data 2 Status UINT #x1A03 CH.1 Input Data 3 process data mapping #x6030 1 16 CH.1 Input Data 3 Buffer 0 UINT #x6030 2 16 CH.1 Input Data 3 Buffer 1 UINT #x6030 3 16 CH.1 Input Data 3 Buffer 2 UINT #x6030 4 16 CH.1 Input Data 3 Buffer 3 UINT #x6031 1 16 CH.1 Input Data 3 Status UINT #x1A04 CH.1 Output Data 0 Status process data mapping #x6041 1 16 CH.1 Output Data 0 Status UINT #x1A05 CH.1 Output Data 1 Status process data mapping #x6051 1 16 CH.1 Output Data 1 Status UINT #x1A06 CH.1 Output Data 2 Status process data mapping #x6061 1 16 CH.1 Output Data 2 Status UINT #x1A07 CH.1 Output Data 3 Status process data mapping #x6071 1 16 CH.1 Output Data 3 Status UINT #x1A08 CH.2 Input Data 0 process data mapping #x6080 1 16 CH.2 Input Data 0 Buffer 0 UINT #x6080 2 16 CH.2 Input Data 0 Buffer 1 UINT #x6080 3 16 CH.2 Input Data 0 Buffer 2 UINT #x6080 4 16 CH.2 Input Data 0 Buffer 3 UINT #x6081 1 16 CH.2 Input Data 0 Status UINT #x1A09 CH.2 Input Data 1 process data mapping #x6090 1 16 CH.2 Input Data 1 Buffer 0 UINT #x6090 2 16 CH.2 Input Data 1 Buffer 1 UINT #x6090 3 16 CH.2 Input Data 1 Buffer 2 UINT #x6090 4 16 CH.2 Input Data 1 Buffer 3 UINT #x6091 1 16 CH.2 Input Data 1 Status UINT #x1A0A CH.2 Input Data 2 process data mapping #x60A0 1 16 CH.2 Input Data 2 Buffer 0 UINT #x60A0 2 16 CH.2 Input Data 2 Buffer 1 UINT #x60A0 3 16 CH.2 Input Data 2 Buffer 2 UINT #x60A0 4 16 CH.2 Input Data 2 Buffer 3 UINT #x60A1 1 16 CH.2 Input Data 2 Status UINT #x1A0B CH.2 Input Data 3 process data mapping #x60B0 1 16 CH.2 Input Data 3 Buffer 0 UINT #x60B0 2 16 CH.2 Input Data 3 Buffer 1 UINT #x60B0 3 16 CH.2 Input Data 3 Buffer 2 UINT #x60B0 4 16 CH.2 Input Data 3 Buffer 3 UINT #x60B1 1 16 CH.2 Input Data 3 Status UINT #x1A0C CH.2 Output Data 0 Status process data mapping #x60C1 1 16 CH.2 Output Data 0 Status UINT #x1A0D CH.2 Output Data 1 Status process data mapping #x60D1 1 16 CH.2 Output Data 1 Status UINT #x1A0E CH.2 Output Data 2 Status process data mapping #x60E1 1 16 CH.2 Output Data 2 Status UINT #x1A0F CH.2 Output Data 3 Status process data mapping #x60F1 1 16 CH.2 Output Data 3 Status UINT PS #x8000 01 0000 RS-M CH1.Physics Connection PS #x8000 02 0400 RS-M CH1.Baud Rate PS #x8000 03 0400 RS-M CH1.Data Frame PS #x8000 04 0000 RS-M CH1.Enable Terminal Resistance PS #x8001 01 0000 RS-M CH2.Physics Connection PS #x8001 02 0400 RS-M CH2.Baud Rate PS #x8001 03 0400 RS-M CH2.Data Frame PS #x8001 04 0000 RS-M CH2.Enable Terminal Resistance DT8000 80 0 SubIndex 000 USINT 8 0 ro o 1 Physics Connection DT0801EN16 16 16 rw 1 2 Baud Rate DT0802EN16 16 32 rw 1 3 Data Frame DT0803EN16 16 48 rw 1 4 Enable Terminal Resistance DT0806EN16 16 64 rw 1 DT8001 80 0 SubIndex 000 USINT 8 0 ro o 1 Physics Connection DT0801EN16 16 16 rw 1 2 Baud Rate DT0802EN16 16 32 rw 1 3 Data Frame DT0803EN16 16 48 rw 1 4 Enable Terminal Resistance DT0806EN16 16 64 rw 1 DT8010 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0804EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8011 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0804EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8012 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0804EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8013 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0804EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8014 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0805EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8015 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0805EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8016 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0805EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8017 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0805EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8020 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0804EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8021 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0804EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8022 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0804EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8023 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0804EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8024 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0805EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8025 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0805EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8026 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0805EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 DT8027 112 0 SubIndex 000 USINT 8 0 ro o 1 Slave ID UINT 16 16 rw 1 2 Function Code DT0805EN16 16 32 rw 1 3 Start Address UINT 16 48 rw 1 4 Quantity UINT 16 64 rw 1 5 Response Time UINT 16 80 rw 1 6 Interval Time UINT 16 96 rw 1 BIT2 2 DINT 32 INT 16 ARRAY [0..3] OF BYTE USINT 32 0 4 UINT 16 USINT 8 UDINT 32 STRING(20) 160 STRING(5) 40 BOOL 1 DT0801EN16 UINT 16 RS485 0 RS232 1 RS422 2 DT0802EN16 UINT 16 1200 Baud 1 2400 Baud 2 4800 Baud 3 9600 Baud 4 19200 Baud 5 38400 Baud 6 57600 Baud 7 115200 Baud 8 230400 Baud 9 DT0803EN16 UINT 16 8N1 0 8N2 1 8O1 2 8O2 3 8E1 4 8E2 5 DT0804EN16 UINT 16 NONE 0 01 Read Coil 1 02 Read Discrete Inputs 2 03 Read Holding Registers 3 04 Read Input Registers 4 DT0805EN16 UINT 16 NONE 0 05 Write Single Coil 5 06 Write Single Register 6 15 Write Multiple Coil 15 16 Write Multiple Registers 16 DT0806EN16 UINT 16 Disable 0 Enable 1 #x8000 RS-M CH.1 COM Setting DT8000 80 SubIndex 000 04 Physics Connection 0000 Baud Rate 0400 Data Frame 0400 Enable Terminal Resistance 0000 #x8001 RS-M CH.2 COM Setting DT8001 80 SubIndex 000 04 Physics Connection 0000 Baud Rate 0400 Data Frame 0400 Enable Terminal Resistance 0000 #x8010 RS-M CH.1 Input Data 0 Config DT8010 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8011 RS-M CH.1 Input Data 1 Config DT8011 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8012 RS-M CH.1 Input Data 2 Config DT8012 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8013 RS-M CH.1 Input Data 3 Config DT8013 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8014 RS-M CH.1 Output Data 0 Config DT8014 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8015 RS-M CH.1 Output Data 1 Config DT8015 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8016 RS-M CH.1 Output Data 2 Config DT8016 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8017 RS-M CH.1 Output Data 3 Config DT8017 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8020 RS-M CH.2 Input Data 0 Config DT8020 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8021 RS-M CH.2 Input Data 1 Config DT8021 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8022 RS-M CH.2 Input Data 2 Config DT8022 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8023 RS-M CH.2 Input Data 3 Config DT8023 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8024 RS-M CH.2 Output Data 0 Config DT8024 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8025 RS-M CH.2 Output Data 1 Config DT8025 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8026 RS-M CH.2 Output Data 2 Config DT8026 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 #x8027 RS-M CH.2 Output Data 3 Config DT8027 112 SubIndex 000 06 Slave ID 0000 Function Code 0000 Start Address 0000 Quantity 0000 Response Time 2C01 Interval Time 0A00 HCQX-AD08-D4 AD08-D4,8Ch,Input +/-10V Diff,0~20mA Diff,16 Bit #x1600 RxPDO-Map1 #x7000 1 32 AD Status Clear UDINT #x1A00 TxPDO-Map1 #x6000 1 32 AD Status UDINT #x1A01 TxPDO-Map2 #x6001 1 16 AD CH1.Input INT #x6011 1 16 AD CH2.Input INT #x6021 1 16 AD CH3.Input INT #x6031 1 16 AD CH4.Input INT #x6041 1 16 AD CH5.Input INT #x6051 1 16 AD CH6.Input INT #x6061 1 16 AD CH7.Input INT #x6071 1 16 AD CH8.Input INT PS #x8000 01 00 AD Ch1. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8000 02 01 AD Ch1. Enable Channel PS #x8010 01 00 AD Ch2. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8010 02 01 AD Ch2. Enable Channel PS #x8020 01 00 AD Ch3. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8020 02 01 AD Ch3. Enable Channel PS #x8030 01 00 AD Ch4. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8030 02 01 AD Ch4. Enable Channel PS #x8040 01 00 AD Ch5. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8040 02 01 AD Ch5. Enable Channel PS #x8050 01 00 AD Ch6. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8050 02 01 AD Ch6. Enable Channel PS #x8060 01 00 AD Ch7. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8060 02 01 AD Ch7. Enable Channel PS #x8070 01 00 AD Ch8. Input mode; 0:-10~10V; 1:0~10V; 2:-5~5V; 3:0~5V; 4:1~5V; 5:0~20mA; 6:4~20mA PS #x8070 02 01 AD Ch8. Enable Channel 5001 USINT 8 UDINT 32 UINT 16 ULINT 64 BOOL 1 INT 16 DT8000 144 0 SubIndex 000 USINT 8 0 ro 1 Input mode UINT 16 16 rw 1 2 Enable channel BOOL 1 32 rw 1 3 Enable user scale BOOL 1 33 rw 1 4 Enable peak monitor BOOL 1 34 rw 1 5 Enable filter BOOL 1 35 rw 1 6 Enable minimum limit BOOL 1 36 rw 1 7 Enable maximum limit BOOL 1 37 rw 1 8 Enable mutation detection BOOL 1 38 rw 1 10 User scale offset INT 16 48 rw 1 11 User scale gain INT 16 64 rw 1 12 Minimum limit value INT 16 80 rw 1 13 Maximum limit value INT 16 96 rw 1 14 Filter settings UINT 16 112 rw 1 15 Mutation detection value UINT 16 128 rw 1 DT8001 48 0 SubIndex 000 USINT 8 0 ro 1 1 CH1.Maximum Value INT 16 16 ro t 2 CH1.Minimum Value INT 16 32 ro t DT8010 144 0 SubIndex 000 USINT 8 0 ro 1 Input mode UINT 16 16 rw 1 2 Enable channel BOOL 1 32 rw 1 3 Enable user scale BOOL 1 33 rw 1 4 Enable peak monitor BOOL 1 34 rw 1 5 Enable filter BOOL 1 35 rw 1 6 Enable minimum limit BOOL 1 36 rw 1 7 Enable maximum limit BOOL 1 37 rw 1 8 Enable mutation detection BOOL 1 38 rw 1 10 User scale offset INT 16 48 rw 1 11 User scale gain INT 16 64 rw 1 12 Minimum limit value INT 16 80 rw 1 13 Maximum limit value INT 16 96 rw 1 14 Filter settings UINT 16 112 rw 1 15 Mutation detection value UINT 16 128 rw 1 DT8011 48 0 SubIndex 000 USINT 8 0 ro 1 CH2.Maximum Value INT 16 16 ro t 2 CH2.Minimum Value INT 16 32 ro t DT8020 144 0 SubIndex 000 USINT 8 0 ro 1 Input mode UINT 16 16 rw 1 2 Enable channel BOOL 1 32 rw 1 3 Enable user scale BOOL 1 33 rw 1 4 Enable peak monitor BOOL 1 34 rw 1 5 Enable filter BOOL 1 35 rw 1 6 Enable minimum limit BOOL 1 36 rw 1 7 Enable maximum limit BOOL 1 37 rw 1 8 Enable mutation detection BOOL 1 38 rw 1 10 User scale offset INT 16 48 rw 1 11 User scale gain INT 16 64 rw 1 12 Minimum limit value INT 16 80 rw 1 13 Maximum limit value INT 16 96 rw 1 14 Filter settings UINT 16 112 rw 1 15 Mutation detection value UINT 16 128 rw 1 DT8021 48 0 SubIndex 000 USINT 8 0 ro 1 CH3.Maximum Value INT 16 16 ro t 2 CH3.Minimum Value INT 16 32 ro t DT8030 144 0 SubIndex 000 USINT 8 0 ro 1 Input mode UINT 16 16 rw 1 2 Enable channel BOOL 1 32 rw 1 3 Enable user scale BOOL 1 33 rw 1 4 Enable peak monitor BOOL 1 34 rw 1 5 Enable filter BOOL 1 35 rw 1 6 Enable minimum limit BOOL 1 36 rw 1 7 Enable maximum limit BOOL 1 37 rw 1 8 Enable mutation detection BOOL 1 38 rw 1 10 User scale offset INT 16 48 rw 1 11 User scale gain INT 16 64 rw 1 12 Minimum limit value INT 16 80 rw 1 13 Maximum limit value INT 16 96 rw 1 14 Filter settings UINT 16 112 rw 1 15 Mutation detection value UINT 16 128 rw 1 DT8031 48 0 SubIndex 000 USINT 8 0 ro 1 CH4.Maximum Value INT 16 16 ro t 2 CH4.Minimum Value INT 16 32 ro t DT8040 144 0 SubIndex 000 USINT 8 0 ro 1 Input mode UINT 16 16 rw 1 2 Enable channel BOOL 1 32 rw 1 3 Enable user scale BOOL 1 33 rw 1 4 Enable peak monitor BOOL 1 34 rw 1 5 Enable filter BOOL 1 35 rw 1 6 Enable minimum limit BOOL 1 36 rw 1 7 Enable maximum limit BOOL 1 37 rw 1 8 Enable mutation detection BOOL 1 38 rw 1 10 User scale offset INT 16 48 rw 1 11 User scale gain INT 16 64 rw 1 12 Minimum limit value INT 16 80 rw 1 13 Maximum limit value INT 16 96 rw 1 14 Filter settings UINT 16 112 rw 1 15 Mutation detection value UINT 16 128 rw 1 DT8041 48 0 SubIndex 000 USINT 8 0 ro 1 CH5.Maximum Value INT 16 16 ro t 2 CH5.Minimum Value INT 16 32 ro t DT8050 144 0 SubIndex 000 USINT 8 0 ro 1 Input mode UINT 16 16 rw 1 2 Enable channel BOOL 1 32 rw 1 3 Enable user scale BOOL 1 33 rw 1 4 Enable peak monitor BOOL 1 34 rw 1 5 Enable filter BOOL 1 35 rw 1 6 Enable minimum limit BOOL 1 36 rw 1 7 Enable maximum limit BOOL 1 37 rw 1 8 Enable mutation detection BOOL 1 38 rw 1 10 User scale offset INT 16 48 rw 1 11 User scale gain INT 16 64 rw 1 12 Minimum limit value INT 16 80 rw 1 13 Maximum limit value INT 16 96 rw 1 14 Filter settings UINT 16 112 rw 1 15 Mutation detection value UINT 16 128 rw 1 DT8051 48 0 SubIndex 000 USINT 8 0 ro 1 CH6.Maximum Value INT 16 16 ro t 2 CH6.Minimum Value INT 16 32 ro t DT8060 144 0 SubIndex 000 USINT 8 0 ro 1 Input mode UINT 16 16 rw 1 2 Enable channel BOOL 1 32 rw 1 3 Enable user scale BOOL 1 33 rw 1 4 Enable peak monitor BOOL 1 34 rw 1 5 Enable filter BOOL 1 35 rw 1 6 Enable minimum limit BOOL 1 36 rw 1 7 Enable maximum limit BOOL 1 37 rw 1 8 Enable mutation detection BOOL 1 38 rw 1 10 User scale offset INT 16 48 rw 1 11 User scale gain INT 16 64 rw 1 12 Minimum limit value INT 16 80 rw 1 13 Maximum limit value INT 16 96 rw 1 14 Filter settings UINT 16 112 rw 1 15 Mutation detection value UINT 16 128 rw 1 DT8061 48 0 SubIndex 000 USINT 8 0 ro 1 CH7.Maximum Value INT 16 16 ro t 2 CH7.Minimum Value INT 16 32 ro t DT8070 144 0 SubIndex 000 USINT 8 0 ro 1 Input mode UINT 16 16 rw 1 2 Enable channel BOOL 1 32 rw 1 3 Enable user scale BOOL 1 33 rw 1 4 Enable peak monitor BOOL 1 34 rw 1 5 Enable filter BOOL 1 35 rw 1 6 Enable minimum limit BOOL 1 36 rw 1 7 Enable maximum limit BOOL 1 37 rw 1 8 Enable mutation detection BOOL 1 38 rw 1 10 User scale offset INT 16 48 rw 1 11 User scale gain INT 16 64 rw 1 12 Minimum limit value INT 16 80 rw 1 13 Maximum limit value INT 16 96 rw 1 14 Filter settings UINT 16 112 rw 1 15 Mutation detection value UINT 16 128 rw 1 DT8071 48 0 SubIndex 000 USINT 8 0 ro 1 CH8.Maximum Value INT 16 16 ro t 2 CH8.Minimum Value INT 16 32 ro t #x8000 AD CH1.Settings DT8000 144 SubIndex 000 0F Input mode 0000 Enable channel 00 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 0000 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 #x8001 AD CH1.Peak Value DT8001 48 SubIndex 000 02 CH1.Maximum Value 0000 CH1.Minimum Value 0000 #x8010 AD CH2.Settings DT8010 144 SubIndex 000 0F Input mode 0000 Enable channel 00 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 0000 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 #x8011 AD CH2.Peak Value DT8011 48 SubIndex 000 02 CH2.Maximum Value 0000 CH2.Minimum Value 0000 #x8020 AD CH3.Settings DT8020 144 SubIndex 000 0F Input mode 0000 Enable channel 00 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 0000 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 #x8021 AD CH3.Peak Value DT8021 48 SubIndex 000 02 CH3.Maximum Value 0000 CH3.Minimum Value 0000 #x8030 AD CH4.Settings DT8030 144 SubIndex 000 0F Input mode 0000 Enable channel 00 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 0000 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 #x8031 AD CH4.Peak Value DT8031 48 SubIndex 000 02 CH4.Maximum Value 0000 CH4.Minimum Value 0000 #x8040 AD CH5.Settings DT8040 144 SubIndex 000 0F Input mode 0000 Enable channel 00 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 0000 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 #x8041 AD CH5.Peak Value DT8041 48 SubIndex 000 02 CH5.Maximum Value 0000 CH5.Minimum Value 0000 #x8050 AD CH6.Settings DT8050 144 SubIndex 000 0F Input mode 0000 Enable channel 00 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 0000 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 #x8051 AD CH6.Peak Value DT8051 48 SubIndex 000 02 CH6.Maximum Value 0000 CH6.Minimum Value 0000 #x8060 AD CH7.Settings DT8060 144 SubIndex 000 0F Input mode 0000 Enable channel 00 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 0000 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 #x8061 AD CH7.Peak Value DT8061 48 SubIndex 000 02 CH7.Maximum Value 0000 CH7.Minimum Value 0000 #x8070 AD CH8.Settings DT8070 144 SubIndex 000 0F Input mode 0000 Enable channel 00 Enable user scale 00 Enable peak monitor 00 Enable filter 00 Enable minimum limit 00 Enable maximum limit 00 Enable mutation detection 00 User scale offset 0000 User scale gain 0000 Minimum limit value 0000 Maximum limit value 0000 Filter settings 0000 Mutation detection value 0000 #x8071 AD CH8.Peak Value DT8071 48 SubIndex 000 02 CH8.Maximum Value 0000 CH8.Minimum Value 0000 HCQX-OC08-D4 OC08-D4,8 Digital Output,DC24V,2A/16A #x1600 Output Byte #x1601 #x7000 1 8 Output 1 BYTE 0 1 8 #x1601 Output bits #x1600 #x7001 1 1 Output bit0 BOOL #x7001 2 1 Output bit1 BOOL #x7001 3 1 Output bit2 BOOL #x7001 4 1 Output bit3 BOOL #x7001 5 1 Output bit4 BOOL #x7001 6 1 Output bit5 BOOL #x7001 7 1 Output bit6 BOOL #x7001 8 1 Output bit7 BOOL 0 9 1 Output bit8 BOOL 0 9 1 Output bit9 BOOL 0 11 1 Output bit10 BOOL 0 12 1 Output bit11 BOOL 0 13 1 Output bit12 BOOL 0 14 1 Output bit13 BOOL 0 15 1 Output bit14 BOOL 0 16 1 Output bit15 BOOL UINT 16 USINT 8 DT8000 80 0 SubIndex 000 USINT 8 0 ro o 1 Abnormal Mode Q00 USINT 8 16 rw o 1 2 Abnormal Mode Q01 USINT 8 24 rw o 1 3 Abnormal Mode Q02 USINT 8 32 rw o 1 4 Abnormal Mode Q03 USINT 8 40 rw o 1 5 Abnormal Mode Q10 USINT 8 48 rw o 1 6 Abnormal Mode Q11 USINT 8 56 rw o 1 7 Abnormal Mode Q12 USINT 8 64 rw o 1 8 Abnormal Mode Q13 USINT 8 72 rw o 1 #x8000 Abnormal Mode DT8000 80 SubIndex 000 08 Abnormal Mode Q00 00 Abnormal Mode Q01 00 Abnormal Mode Q02 00 Abnormal Mode Q03 00 Abnormal Mode Q10 00 Abnormal Mode Q11 00 Abnormal Mode Q12 00 Abnormal Mode Q13 00 rw o