Configuration for Adquio 8 PT1000 modbus module

In this case we bring you theconfiguration forAdquio 8 PT1000 modbus module , family device acquired.

Remember that, in the upper right part of the code, you have a button to copy it to your clipboard . On mobile devices it may take a little time.

At Adquio web interface , located at the bottom of creating a new device, you will see a button that says ‘Show Json (Advanced)’. If you press it, a window will open where you can paste the code that you have copied here.

The 8 PT1000 is a module that allows you to carry the reading of temperature probes PT1000 where they are installed.

In addition, it allows expand to 8 , the number of inputs for PT1000 probes in anydevice with protocol support Modbus RTU.

If you want to contribute to us with devices that you have configured yourself and that you have not been able to find here, you can send us that configuration to devices@adquio.com . We will validate it and upload it to this section.

We hope this configuration for Adquio 8 PT1000 it is useful to you

{
  "code": "pt1000_module",
  "instance": "modbus_rs485_2",
  "modbusSlave": "1",
  "schemaVersion": 5,
  "type": "modbusrtu",
  "variables": [
    {
      "canRead": true,
      "canWrite": true,
      "code": "led_power",
      "dataType": "int16",
      "modbusAddress": "0",
      "modbusRegType": "holding_register",
      "type": "generic"
    },
    {
      "canRead": true,
      "canWrite": false,
      "code": "pt1000_1",
      "dataType": "float32",
      "modbusAddress": "1",
      "modbusRegType": "holding_register",
      "type": "generic",
      "valueConverters": [
        "cast(int16,float32)",
        "divide(100)",
        "nullif(-321.93)",
        "nullif(-241.99)"
      ]
    },
    {
      "canRead": true,
      "canWrite": false,
      "code": "pt1000_2",
      "dataType": "float32",
      "modbusAddress": "2",
      "modbusRegType": "holding_register",
      "type": "generic",
      "valueConverters": [
        "cast(int16,float32)",
        "divide(100)",
        "nullif(-321.93)",
        "nullif(-241.99)"
      ]
    },
    {
      "canRead": true,
      "canWrite": false,
      "code": "pt1000_3",
      "dataType": "float32",
      "modbusAddress": "3",
      "modbusRegType": "holding_register",
      "type": "generic",
      "valueConverters": [
        "cast(int16,float32)",
        "divide(100)",
        "nullif(-321.93)",
        "nullif(-241.99)"
      ]
    },
    {
      "canRead": true,
      "canWrite": false,
      "code": "pt1000_4",
      "dataType": "float32",
      "modbusAddress": "4",
      "modbusRegType": "holding_register",
      "type": "generic",
      "valueConverters": [
        "cast(int16,float32)",
        "divide(100)",
        "nullif(-321.93)",
        "nullif(-241.99)"
      ]
    },
    {
      "canRead": true,
      "canWrite": false,
      "code": "pt1000_5",
      "dataType": "float32",
      "modbusAddress": "5",
      "modbusRegType": "holding_register",
      "type": "generic",
      "valueConverters": [
        "cast(int16,float32)",
        "divide(100)",
        "nullif(-321.93)",
        "nullif(-241.99)"
      ]
    },
    {
      "canRead": true,
      "canWrite": false,
      "code": "pt1000_6",
      "dataType": "float32",
      "modbusAddress": "6",
      "modbusRegType": "holding_register",
      "type": "generic",
      "valueConverters": [
        "cast(int16,float32)",
        "divide(100)",
        "nullif(-321.93)",
        "nullif(-241.99)"
      ]
    },
    {
      "canRead": true,
      "canWrite": false,
      "code": "pt1000_7",
      "dataType": "float32",
      "modbusAddress": "7",
      "modbusRegType": "holding_register",
      "type": "generic",
      "valueConverters": [
        "cast(int16,float32)",
        "divide(100)",
        "nullif(-321.93)",
        "nullif(-241.99)"
      ]
    },
    {
      "canRead": true,
      "canWrite": false,
      "code": "pt1000_8",
      "dataType": "float32",
      "modbusAddress": "8",
      "modbusRegType": "holding_register",
      "type": "generic",
      "valueConverters": [
        "cast(int16,float32)",
        "divide(100)",
        "nullif(-321.93)",
        "nullif(-241.99)"
      ]
    },
    {
      "canRead": true,
      "canWrite": true,
      "code": "led_error",
      "dataType": "int16",
      "modbusAddress": "9",
      "modbusRegType": "holding_register",
      "type": "generic"
    },
    {
      "canRead": true,
      "canWrite": false,
      "code": "modbus_slave_restart_to_apply",
      "dataType": "int16",
      "modbusAddress": "10",
      "modbusRegType": "holding_register",
      "type": "generic"
    }
  ],
  "virtualVariables": []
}