Ventilation & Air conditioning

Controlled ventilation for living spaces

Ventilation control

The possibilites of usage even reach controlled ventilation of rooms in single-family houses or the supply of fresh air to production facilities. With the x2 series, you can regulate heating and ventilation, monitor air quality (CO2 content, air humidity, O2 content) and much more.

Control of air conditioners

Depending on your specific air conditioner's technical properties and its available interfaces, air conditioners can be regulated using our x2 series.

Inputs

We have controllers with as little as 2 or as many as 16 inputs, suitable for any requirement. It's not just sensors for temperature (PT1000, KTY, NTC, ...), rooms, insolation, humidity and and rain, but also the capability to read pulses, voltage, resistance (1-100kΩ, digital), 0-10V and 4-20mA that our controllers' inputs have to offer.

Outputs

Our controllers are equipped with up to 16 outputs. 230V outputs are equipped with relays, and some devices can optionally be equipped with Triac outputs. Beyond that, we also offer PWM (pulse width modulation), 0-10 V and 24 V outputs. Our auxiliary relays allow extension by additional relay outputs, on top of controllers themselves offering the possibility of potential-free outputs.

Interfaces

In addition to our self-made DL-Bus and CAN-Bus, we also offer interfaces for M-Bus, Modbus and KNX using extension modules (CAN-BC2). On top of that, our controllers UVR65, UVR16x2 as well as the devices C.M.I.CAN-MTx2 and CAN-Touch are equipped with an SD card slot.

Independent of producers

Our controllers are universally usable, since we use standardized and widely popular signals for inputs, outputs and interfaces.

Simple installation

Our controllers come with installation kits and mounting material, extensive user manuals and terminal diagrams, rendering installation easy as can be.

Remote access & optimization

Remote access to your customer's systems saves you time and money. Data logging allows the monitoring of the system's behavior.