The Twin-Controller HUMI from the TW.H series by Cli-mate is an advanced device designed for simultaneous control of temperature and humidity in indoor environments. This controller independently manages air intake and exhaust, offering precise adjustments to maintain optimal climatic conditions.

Main features:

• Independent control of air intake and exhaust: The device allows separate settings for minimum speeds of air intake (IN) and exhaust (OUT), ensuring efficient airflow management.

• Automatic regulation of temperature and humidity: Thanks to an integrated dual sensor, the controller constantly monitors temperature and humidity levels, automatically adjusting settings to maintain the desired environment.

• Ease of calibration: Settings can be easily adjusted via intuitive knobs, allowing for simple and quick configuration.

• Integrated cooling plate: The device features a mounting plate with a cooling function on the back, helping to dissipate heat generated during operation.

• Dual temperature and humidity sensor: This advanced sensor ensures accurate measurement of environmental parameters, essential for precise control.

Technical specifications:

• Temperature range: 5-55°C

• Power supply: 220/230V – 50Hz

• Switching differential: 1°C / ±5% rH per step

• Humidity range: 20-100% rH

• Protection class: IP44

• Dimensions: 190 x 135 x 85 mm

Available variants:

• 4 + 4 AMP

• 12 + 12 AMP

The Twin-Controller HUMI is ideal for applications requiring precise climate control, such as greenhouses, laboratories, or indoor cultivation environments. Its ability to independently manage air intake and exhaust, combined with automatic temperature and humidity regulation, makes it an indispensable tool for maintaining stable and optimal environmental conditions.

Additionally, the Twin-Controller HUMI is compatible with all Airfan boxed extractors, ensuring seamless integration with existing ventilation systems. Airfan offers a wide range of products made from high-quality materials, providing reliable and functional systems.