Difference between revisions of "AI8.1"
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=== Modbus Registers === | === Modbus Registers === | ||
| − | Below is a list of available | + | Below is a list of available MODBUS registers. The same register numbers are also used by the MIOS-2 protocol. |
=== Modbus Read / Write (0x17) Function === | === Modbus Read / Write (0x17) Function === | ||
| − | METEL IO modules have implemented MODBUS function (0x17) Read/Write of Multiple registers. Typically it is required to have two separate requests (and responses) for: | + | METEL IO modules have implemented the MODBUS function (0x17) Read/Write of Multiple registers. Typically it is required to have two separate requests (and responses) for: |
| − | 1) Writing of outputs via MODBUS function (0x16) | + | 1) Writing of outputs via MODBUS function (0x16) Writing Multiple Registers |
2) Reading of inputs via MODBUS function (0x03) Read Holding Registers | 2) Reading of inputs via MODBUS function (0x03) Read Holding Registers | ||
This requires a total of 4 frames to be sent over MODBUS. If using 0x17 function only one request is needed for the writing and reading of outputs. This requires a total of 2 frames to be sent over MODBUS. | This requires a total of 4 frames to be sent over MODBUS. If using 0x17 function only one request is needed for the writing and reading of outputs. This requires a total of 2 frames to be sent over MODBUS. | ||
Revision as of 10:35, 13 February 2019
Modbus Registers
Below is a list of available MODBUS registers. The same register numbers are also used by the MIOS-2 protocol.
Modbus Read / Write (0x17) Function
METEL IO modules have implemented the MODBUS function (0x17) Read/Write of Multiple registers. Typically it is required to have two separate requests (and responses) for: 1) Writing of outputs via MODBUS function (0x16) Writing Multiple Registers 2) Reading of inputs via MODBUS function (0x03) Read Holding Registers This requires a total of 4 frames to be sent over MODBUS. If using 0x17 function only one request is needed for the writing and reading of outputs. This requires a total of 2 frames to be sent over MODBUS.
Default Settings of Communication
Device ID: 1
Baudrate: 115 200
Parity: None
Data bits: 8
Stop bits: 1
| Subject | Channel | Type | R/W | Value | Offset | |
|---|---|---|---|---|---|---|
| Measured Voltage Values |
Analog Input 1 | AI#01 | s16 | R | 1000 = 1 V 0 = 0 V -1000 = -1 V 32767 = upper range limit exceeded -32767 = lower range limit exceeded |
5001 |
| Analog Input 2 | AI#02 | s16 | R | 5002 | ||
| Analog Input 3 | AI#03 | s16 | R | 5003 | ||
| Analog Input 4 | AI#04 | s16 | R | 5004 | ||
| Analog Input 5 | AI#05 | s16 | R | 5005 | ||
| Analog Input 6 | AI#06 | s16 | R | 5006 | ||
| Analog Input 7 | AI#07 | s16 | R | 5007 | ||
| Analog Input 8 | AI#08 | s16 | R | 5008 | ||
| Subject | Channel | Type | R/W | Value | Offset | |
|---|---|---|---|---|---|---|
| Measured Current Values |
Analog Input 1 | AI#11 | s16 | R | 1000 = 1 V 0 = 0 V -1000 = -1 V 32767 = upper range limit exceeded -32767 = lower range limit exceeded |
5011 |
| Analog Input 2 | AI#12 | s16 | R | 5012 | ||
| Analog Input 3 | AI#13 | s16 | R | 5013 | ||
| Analog Input 4 | AI#14 | s16 | R | 5014 | ||
| Analog Input 5 | AI#15 | s16 | R | 5015 | ||
| Analog Input 6 | AI#16 | s16 | R | 5016 | ||
| Analog Input 7 | AI#17 | s16 | R | 5017 | ||
| Analog Input 8 | AI#18 | s16 | R | 5018 | ||
| Subject | Channel | Type | R/W | Value | Offset | |
|---|---|---|---|---|---|---|
| Setting Input Ranges |
Analog Input 1 | AI#21 | u16 | RW | 1 = ±10 V / ±30 mA 2 = ±5 V / ±20 mA 3 = ±2.5 V / ±10 mA (1) - Default |
5121 |
| Analog Input 2 | AI#22 | u16 | RW | 5122 | ||
| Analog Input 3 | AI#23 | u16 | RW | 5123 | ||
| Analog Input 4 | AI#24 | u16 | RW | 5124 | ||
| Analog Input 5 | AI#25 | u16 | RW | 5125 | ||
| Analog Input 6 | AI#26 | u16 | RW | 5126 | ||
| Analog Input 7 | AI#27 | u16 | RW | 5127 | ||
| Analog Input 8 | AI#28 | u16 | RW | 5128 | ||
| Subject | Channel | Type | R/W | Value | Offset | |
|---|---|---|---|---|---|---|
| States of Relay Outputs |
COIL Relay 1 | DI#01 | bit | R | 0 = inactive 1 = active |
3001 |
| COIL Relay 2 | DI#02 | bit | R | 3002 | ||
| COIL Relay 3 | DI#03 | bit | R | 3003 | ||
| COIL Relay 4 | DI#04 | bit | R | 3004 | ||
| Inputs | DI#16 - DI#01 | u16 | R | 0x0000 - 0x000F | 3001 | |
| Subject | Channel | Type | R/W | Value | Offset | |
|---|---|---|---|---|---|---|
| Relay Outputs |
Relay Output 1 | DO#01 | bit | RW | 0 = inactive 1 = active |
4001 |
| Relay Output 2 | DO#02 | bit | RW | 4002 | ||
| Relay Output 3 | DO#03 | bit | RW | 4003 | ||
| Relay Output 4 | DO#04 | bit | RW | 4004 | ||
| Outputs | DO#16 - DO#01 | u16 | RW | 0x0000 - 0x000F | 4001 | |
| Subject | Channel | Type | R/W | Value | Offset | |
|---|---|---|---|---|---|---|
| Voltage Correction |
Analog Input 1 | AI#01 | s16 | RW | 1000 = 1 V 0 = 0 V -1000 = -1 |
5101 |
| Analog Input 2 | AI#02 | s16 | RW | 5102 | ||
| Analog Input 3 | AI#03 | s16 | RW | 5103 | ||
| Analog Input 4 | AI#04 | s16 | RW | 5104 | ||
| Analog Input 5 | AI#05 | s16 | RW | 5105 | ||
| Analog Input 6 | AI#06 | s16 | RW | 5106 | ||
| Analog Input 7 | AI#07 | s16 | RW | 5107 | ||
| Analog Input 8 | AI#08 | s16 | RW | 5108 | ||
| Subject | Channel | Type | R/W | Value | Offset | |
|---|---|---|---|---|---|---|
| Current Correction |
Analog Input 1 | AI#11 | s16 | RW | 1000 = 1 V 0 = 0 V -1000 = -1 |
5111 |
| Analog Input 2 | AI#02 | s16 | RW | 5112 | ||
| Analog Input 3 | AI#12 | s16 | RW | 5113 | ||
| Analog Input 4 | AI#12 | s16 | RW | 5114 | ||
| Analog Input 5 | AI#13 | s16 | RW | 5115 | ||
| Analog Input 6 | AI#14 | s16 | RW | 5116 | ||
| Analog Input 7 | AI#15 | s16 | RW | 5117 | ||
| Analog Input 8 | AI#16 | s16 | RW | 5118 | ||
| Subject | Type | R/W | Value | Offset | |
|---|---|---|---|---|---|
| Device Identity |
Product Type | u8[3] | R | 1002-04 | |
| Serial Number | u32 | R | 1005-06 | ||
| PCB Version | u32 | R | 1007-08 | ||
| PCB Revision | u16 | R | 1009 | ||
| FW Version Major | u16 | R | 1010 | ||
| FW Version Minor | u16 | R | 1011 | ||
| FW Version - Revision | u32 | R | 1012-13 | ||
| IF#01 Slot State | u16 | R | 0 = N/A 1 = IF#01 not Inserted 2 = IF#01 Inserted, CRC error 3 = IF#01 Inserted, CRC OK |
1021 | |
| IF#01 Product Type | u8[3] | R | 1022-24 | ||
| IF#01 Serial Number | u32 | R | 1025-26 | ||
| IF#01 PCB Version | u32 | R | 1027-28 | ||
| IF#01 PCB Revision | u16 | R | 1029 | ||
| Device Control |
Reset | u16 | RW | 55203 = To Reboot | 1201 |
| Bootloader / Application | u16 | R | 0x00A – Application, 0x00B – Bootloader |
1203 | |
| Restart to Bootloader | u16 | RW | 617 = To Bootloader else = deactivate bootloader |
1204 | |
| Device Status |
Board Power Voltage | u16 | R | 105 = 10,5V | 1311 |
| Board Temperature | u16 | R | -200 = -20,0°C 250 = 25,0°C |
1321 | |
Note: To activate the bootloader, it is necessary to write a value 617 in to the registry with offset 1204 and restart the device.
