Air Conditionning control

The IC100 EVO controllers regulate up to 1 circuit and 3 compressors for building cooling and heating. They are designed for air conditioning units and heat pumps with scroll, screw, or inverter compressors. These controllers include advanced features such as water pump control, sanitary hot water production, and geothermal free cooling. They are equipped with 5 to 8 output relays and allow precise control via interfaces (ModBUS, BACnet).

The IC200 EVO controllers regulate up to 2 circuits and 6 compressors for building cooling and heating. They are designed for air conditioning units and heat pumps with scroll, screw, or inverter compressors. These devices enable flexible and connected management with advanced functions such as heat recovery and geothermal free cooling. They are equipped with 5 to 8 output relays and allow precise control via interfaces (ModBUS, BACnet).

The iPro Chill regulates up to 4 circuits and 16 compressors for building cooling and heating. It can manage systems such as air/air, air/water, water/water, and motorized condensers. These devices offer advanced features, including remote management, a VISOGRAPH graphic display, and high connectivity (Ethernet, RS485). They integrate configurable output relays, enabling maximum flexibility in controlling air conditioning systems, with a total of 8 to 30 relays depending on the model and extensions.

The iProAHU air handling unit controller optimizes temperature, humidity, air quality, and ventilation with advanced CO₂, VOC regulation, and intelligent air renewal. These products adapt to units with heat recovery, dual-flow systems, and complex applications. The iProAHU can accommodate extensions to manage up to 153 inputs/outputs. Its modular approach is ideal for heating, cooling, humidification, and air circulation systems. They connect easily via Ethernet, ModBUS, and CAN for remote supervision, enhancing energy efficiency and customization.

The iPro Dry Cooler controller is designed to manage liquid or gas cooling systems, such as remote condensers. It allows flexible configuration through an online graphical interface, with energy-saving features and adiabatic cooling. These controllers integrate 8 to 27 configurable output relays, suitable for various temperature control needs. Extensive connectivity (USB, Ethernet, BACnet) ensures remote supervision and simplified maintenance, optimizing energy efficiency and unit performance.

IEV and XEV20D are stepper EEV valve drivers with electronic expansion control. IEV models (standalone or combined with IC100/200 EVO controllers) and XEV20D (combined with iPro controllers) enable optimal unit superheat regulation. These drivers can manage 1 or 2 valves, unipolar or bipolar. They include two 24V output relays for connection to monitoring systems and feature LAN, RS485, and CANBus outputs for easy integration.

The mechanical room thermostat with capillary is designed for temperature regulation in a range of -35 to +35°C or 0 to 40°C depending on the model, with a precision of 3 ±1 K. Equipped with an SPDT output relay supporting a maximum load of 16A at 250V AC, it guarantees IP44 protection. Manufactured in Europe, the nickel probe and capillary ensure optimal durability for long-term reliable use.