Can Fan 4A Satellite Iso max Stepped Controller With temp Speed control

Can-Fan Digital EC Fan Controller – Advanced Temperature & Humidity Control

Take complete control of your grow-room environment with the Can-Fan Digital EC Fan Controller, an advanced climate management system designed for precise control of compatible Can-Fan EC extractor fans.

Featuring a clear LCD display, the controller allows you to manage temperature, humidity and fan speeds while automatically adjusting extraction to maintain a stable growing environment. Separate day and night settings provide greater flexibility, allowing your ventilation system to respond to changing environmental conditions around the clock.

Advanced Environmental Control

The Can-Fan EC Controller provides extensive adjustment options, including:

• Day and night temperature settings
• Temperature hysteresis control
• Day and night humidity settings
• Humidity hysteresis control
• Minimum fan speed
• Maximum fan speed
• Negative pressure adjustment
• Sensor switching level
• Adjustable day/night switch-over time

Precise EC Fan Management

Designed specifically for Can-Fan EC extractor fans, the controller takes advantage of modern EC motor technology to provide responsive airflow management with excellent energy efficiency.

Setting minimum and maximum fan speeds helps maintain consistent air exchange while preventing unnecessary fan operation. Temperature and humidity hysteresis settings also help reduce constant speed fluctuations, creating smoother environmental control.

Control AC Fans with the Satellite Controller

When used with the appropriate satellite controller and stepped transformer, the system can also operate compatible AC extractor fans. The satellite unit links into the LCD EC controller, extending the system's environmental control capabilities beyond EC ventilation.

Ideal for grow rooms, grow tents, hydroponic environments and indoor gardens, the Can-Fan Digital EC Fan Controller provides professional-level control over extraction, temperature, humidity and negative pressure.