Honeywell 1443 High Cap Thermostatic Radiator Actuator, Used with Valve: V110, Two 1.4 m Capillary Length.

ACTUATOR W/SEPERATE REMOTE TEMP SENSING & SET POIN

The Honeywell 1443 High Cap Radiator Actuator is designed to be used with the V110 high cap valve. It has a separate remote temperature sensing probe and set point adjustment.

This is an actuator used for the Honeywell V110 or similar valves. It can be activated by temperature, or by a separate remote position sensor. This actuator has two 1.4m capillary lengths and features a 5/8? male pipe thread connection inlet and outlet.

Capillary Length: 1.4 m The Honeywell TH1443 High Cap Thermostatic Radiator Actuator is a replacement for the AM2R-1 and T1040P, and is compatible with Honeywell V110 valves. The actuation of this product is proportional to temperature and modulates gas flow for heating, ventilation, and air conditioning systems. Tbe actuator features an integral temperature sensing switch for controlling tubing heaters.

When connected to a Honeywell V110 valve, the 1443 is designed to deliver a nominal 20 LFM flow and 15 Watts of power at 95 degrees C. The actuator includes a set position and an adjustable temperature point. The actuator is used when you wish to control more than one valve using one thermostat.

This Honeywell Radiator Actuator is a genuine Honeywell replacement. It is suitable for use with the Valve: V110. The temperature on the remote sensing Actuator should not be less than 15

The Honeywell 1443 High Cap Thermostatic Radiator Actuator is used with the Honeywell V110, V111, V112 and V113 valves. This actuator features a small compact design that is easy to handle and install. It is very easy to change temperature ranges on the actuator and offers up to 4-way manual valve positionability.

The Honeywell 1443 Direct Radiator Thermostatic Actuator is used with the Honeywell V110 Radiator Valve. This thermostatic valve consists of an actuator unit, a dial indicator and a capillary sensor probe. The capillary sensor probe has two 1/4' diameter center-sealed glass tubes filled with mercury, which is in continuous contact with the fluid to be controlled.