CLIMATE CONTROLLER WITH HYSTERESIS
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CLIMATE CONTROLLER WITH HYSTERESIS

The Temperature and Ventilation Controller is an advanced device that allows the ventilation speed to be continuously adjusted according to temperature. It offers a wide range of settings, including a hysteresis of up to 7°C, easy push-button configuration, two fan/extractor inputs, and an internal temperature sensor. This controller is ideal for managing microclimates in environments such as greenhouses or grow rooms.

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The Temperature and Ventilation Controller is an advanced device designed to manage temperature and ventilation efficiently in environments that require precise climate control, such as greenhouses, grow rooms, or cooling systems. This controller offers several key features:

Continuous Fan Speed Adjustment: This device allows continuous and progressive adjustment of the minimum and maximum fan speed, ensuring precise and smooth control of the airflow.

Automatic Fan Control: The controller constantly monitors the ambient temperature and automatically adjusts the fan speed according to the preset parameters, ensuring an optimal climate.

Advanced Hysteresis: The hysteresis range is configurable and can have a bandwidth of up to 7 ºC, which allows precise temperature management and avoids abrupt changes.

Easy Configuration: Configuration is done intuitively via buttons, making it easy to customise settings to specific needs.

Dual Fan/Exhaust Inlet: The controller supports the connection of two fans or exhaust fans, allowing for an even distribution of airflow in different areas.

Internal Temperature Sensor: Incorporates an internal temperature sensor to measure the temperature within the environment being controlled, ensuring accurate feedback.

Wide Temperature Range: The controller operates in a temperature range from 5ºC to 55ºC, adapting to a variety of climatic needs.

In summary, the Temperature and Ventilation Controller is an essential tool for microclimate management, providing precise, automatic and continuous control of temperature and ventilation, contributing to an optimal environment for plant growth or other environmentally sensitive applications.

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