I/O EXPANSION MODULES FOR ROOM CLIMATE CONTROL SYSTEMS

All our systems and products can be managed remotely via IoS and Android smartphones and via voice commands with Amazon Alexa and Google Home

Termogea APP - Apple store
Termogea APP - Google Play
Voice control of thermal systems via Amazon Alexa
Voice control of thermal systems via Google Home Assistant

I/O COMPACT MODULE (code CIO)

EXPANSION CARD

Features

  • Card with: 8 relay outputs – 2 outputs 0-10V – 3 inputs for T probes – 2 digital input.
  • Modbus expansion module for managing up to 8 terminals.
  • Actuator with 0-10V relay outputs that interfaces with the TSH or TST regulator, through Modbus.
  • Utilities up to a maximum load of 16 A can be connected to the relay outputs.
  • Installation on DIN bar.
Input output expansion cards for room climate control systems
Room probe card with relè Modbus and sensor

ROOM PROBE BOARD WITH RELAY (code SND-THR)

T/H SENSOR WITH MODBUS RELAY – TEMPERATURE/HUMIDITY RECESSED BOX 503

Features

  • Relay board with active microprocessor sensor for measuring the ambient temperature and relative humidity. ModBus RTU protocol (RS485).
  • Prepared for control via IoS or Android smartphone. Mounting in box 503.
  • Available both with and without hole cover upon communication of the domestic series requested at the time of order.

RELAY MODULE 24 (code RCM-24)

RELAY MODBUS 24 OUTPUTS

Features

  • Relay board is the Modbus expansion module for the control and management of users up to a maximum load of 4A.
  • Installation on DIN bar.
Modbus relay module 24 outputs
Outputs wireless relay

WIRELESS RELAY (code Z-REL-1)

1 OR 2 OUTPUTS WIRELESS RELAY

Features mod. Z-REL-1

  • Nominal load current of AC output (resistive load): 1 X 10A/240 VAC.
  • Nominal load current of DC output (resistive load): 1 X 10A / 30 VDC.
  • AC output power (resistive load): 2300W (240 VAC).
  • DC output power (resisteive load): 240 W (24 VDC).

Features mod. Z-REL-2

  • Nominal load current of AC output (resistive load): 2 X 4 A/240 VAC.
  • Nominal load current of DC output (resistive load): 2 X 4 A/30 VDC.
  • AC output power (resistive load): 2 X 920 W (240 VAC).
  • DC output power (resisteive load): 2 X 96 W (24 VDC).

IN/OUT WIRELESS RELAY (code Z-REL-IN-OUT)

WIRELESS RELAY WITH 1 INPUT AND 1 OUTPUT

  • Nominal load current of AC output (resistive load): 1 X 10A/240 VAC.
  • Nominal load current of DC output (resistive load): 1 X 10A / 30 VDC.
  • AC output power (resistive load): 2300 W (240 VAC).
  • DC output power (resisteive load): 240 W (24 VDC).
Input outputs wireless relay
Wireless temperature dimmer

WIRELESS DIMMER 0-10V (code Z-DIM)

DIMMER 0-10V

Features

  • Power supply: 12-24 VDC (SELV).
  • Maximum control voltage (Sink): -20/+20 VDC.
  • Maximum control voltage (Source): 0-11 VDC.
  • Maximum electric current (Sink): 2 mA.
  • Maximum electric current (Source): 7 mA.

WIRELESS THERMOSTATIC VALVE (code Z-VALV)

Features

  • Open zwave.
  • Battery life (claimed): up to two years with default settings – stand-by/restart every 30 minutes.
  • Temperature: detection every minute.
  • Setpoint: from 4°C to 28°C (with step of 0’5°C).
  • Installation: compatible with Danfoss valve bodies and others via supplied adapters.
  • Alarms: low battery – no signal – child lock.
  • Transmission range: 30 m.
Wireless thermostatic valve
Analogue 4 inputs module

ANALOGUE INPUTS MODULE (code ANI-4)

MODULE WITH 4 ANALOGUE INPUTS

Features

  • Module with 4 analog inputs 0-10VDC/4-20mA. The module can be connected via RS485 with Modbus RTU protocol.
  • The module has 4 analog voltage inputs with range 0-10VDC or 4-20mA current selectable by jumper.
  • The value of the inputs is given as an integer multiplied by x100 (eg 103 -> 1.03mA).

ANALOG OUTPUT MODULE (code ANU-4)

MODULE WITH 4 ANALOG OUTPUTS

Features

  • Module with 4 analog outputs 0-10VDC/4-20mA. The module can be connected via RS485 with Modbus RTU protocol.
  • module has 4 analog voltage inputs with range 0-10VDC.
  • The value of the outputs can be set via RS485 using the Modbus RTU protocol.
  • The module stores the last value set in a non-volatile memory so that when it is switched on again the output will automatically assume the last set value.
analogue 4 outputs module
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