VARIABLE AIR VOLUME CONTRL KIT
ACCESSORY, VARIABLE AIR VOLUME CONTRL KIT
Our Variable Air Volume (VAV) Controll Kit is designed to fit any Carrier brand or Trane brand packaged terminal air conditioner and heat pump. This kit provides continuous automatic control of the fan motor output, enabling variable air volume control when installed in a properly ducted system. The Carrier model 37KPH is a mechanical VAC with 1/8" BSPT threads and the Carrier model RQF2A074A01 (Trane part number 044-6029B00) is an electronic with 1/4" NPT threads.
The Carrier 37AH900052 Variable Air Volume Control Kit replaces your existing air volume control kit. The installation process requires professional installation.
The Carrier VAV air supply system is highly efficient in energy consumption. The variable air volume (VAV) system allows you to control and adjust the amount of air delivered and can help improve operating efficiency in some building applications, including heating, ventilation and air conditioning systems (HVAC). This Carrier VAV Variable Air Volume Control Kit is warrantied for 5 years from the date of manufacture.
Is your Carrier evaporator coil going bad? Is it giving up? Are you getting the 'ERROR 12' code on your thermostat? If so, you are in luck, because we have the solution to your problem. This VARIABLE AIR CONTROLLER kit is just what you need to get up and running again. Works with all Carrier units from ~1996-2006, or until they change the wiring harness.
This Replacement Air Volume Control Kit works with Carrier's line of variable-capacity furnaces (venting systems). Replacing a defective air volume control can help improve heating efficiency and reduce the chances of excess humidity in your home.
This kit sold as an accessory to the Carrier LX36E, PT36EH and PX36E series furnaces will convert your constant air volume control unit to a variable air volume control. Variable air volume can provide commissioning times that are less than conventional constant air volume systems and provide comfort conditions that are maintained between set-point changes.