TechGrow Clima Micro Plus 5 A, digital fan controller

TechGrow - Clima Micro Plus 5A (Min speed) controls the minimum speed of your fan to reach or maintain the desired temperature in the grow room. This efficient controller is easy to operate - it has just two rotary knobs - for setting the fan’s minimum speed and the desired room temperature. It also has an option for setting the hysteresis (1°C – 5°C).

• Controls the minimum fan speed to reach or maintain the desired temperature
• Minimum fan speed setting range: 10% - 100%
• Temperature setting range: 15°C - 35°C
• Hysteresis setting range: 1°C - 5°C
• Minimum required sensor: TempProbe (not included)

Features:

• Controls the minimum fan speed to reach or maintain the desired temperature
• The display shows the current temperature, as well as the set temperature, fan speed, minimum and maximum measured temperatures, and hysteresis
• The LED indicates a stable climate or high temperature
• The set minimum fan speed and temperature are retained in the event of a power outage
• Minimum fan speed setting range: 10% - 100%
• Temperature setting range: 15° - 35°C
• Hysteresis setting range: 1°C - 5°C
• The display updates every second
• Automatically turns off the display backlight after 60 seconds
• Automatically detects a damaged cable or poor sensor connection
• 2 UTP ports
• Easy fuse replacement (includes a spare fuse)
• Minimum required sensor: TempProbe (not included) 
• Compatible with TechGrow Datalogger (DL-1)

Technical specifications:

• Power supply: 100-240V
• Power consumption: 3W
• Fuse: 5A
• Power cable: 3x1.5mm. / 1.7m.
• Product dimensions LxHxW: 13x8x7cm. 
• Product weight: 934g.
• Box dimensions LxHxW: 25x15x14cm. 
• Box weight: 1180g.

The manual, available in 5 languages: here

A separate compatible TempProbe is required for this configuration. Check the included components before ordering.

Choosing a climate controller

Consider the load type and control method. An AC fan with adjustable voltage and an EC fan with a signal input require different control methods. Follow the limitations of the specific model.

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