AUTOTERM
CHX BLACK

Assy: FR070

Liquid heat exchanger with a fan with a zinc-coated and painted steel body, designed to heat 1-2 rooms by separating the hot air with air pipes.

Allows the addition of up to 2 x 75mm air pipes to direct the airflow to multiple compartments, or can be used without them.

2.5kW

Power

190m3/h

Air Flow

12/24V

Voltage

Request Pricing

EQUIPPED WITH SILENT FANS

It features two internal SILENT fans with a radiator, each fan being individually adjustable or controlled together using a fan speed regulator.

COMPATIBILITY

AUTOTERM CHX BLACK is compatible with both Flow 5 & Flow 14D liquid heaters! The Flow 5 supports up to two CHX Black heat exchangers, while the Flow 14D can connect up to five additional units.

CONTROL OPTIONS FOR AUTOTERM CHX

AUTOTERM Fan speed control FC9

Assy: FR060

FC9 is equipped with 4 sliders for smooth fan speed control. These 4 sliders can each be connected to a CHX heating matrix or each slider can be connected to an individual AUTOTERM CHX fan for even more precise control as each CHX heating matrix is equipped with 2 fans.

DC Output 0V-12V DC

Power output Up to 50W per channel

DC Input +12V (standard 4-pin connector)

Control Channels 4

LED Colour White, Blue, Green, Cyan, Red, Purple, Yellow

Dimension 148.5 x 42.5 x 75 mm

Front body Aluminium

1-4 fan speed control

AUTOTERM Thermal fan controller CHM36

Assy: FR059

AUTOTERM CHM36 is a programmable controller with heating/cooling functions that work based on temperature read-out according to the set start-up and power-off temperature. This thermal fan controller is an excellent addition to the AUTOTERM CHX heating matrix for automatic room/space heating by your set temperature with our without additional fan speed controller AUTOTERM FC9.

Voltage DC 12/24V

Front plate material Aluminum

Number of channel outputs 4 channels

Max power load per channel 30W

Dimensions 92 x 44 x 35 mm

Celsius / Fahrenheit degrees
Heating or cooling modes
Adjustable hysteresis
Temperature correction
Start time delay

Technical Data