RHEEM 47-102884-01 -Ruud Control Board

Control Board

The Ruud Control Board is manufactured by Rheem. Compatible with a wide range of window air conditioning units, this control board is easy to use: simply program On/Off schedules to meet your needs and enjoy the comfort of cool air. Each control board includes a one-year warranty, so you can count on reliable performance throughout the seasons.

The Control Board is used in Ruud heat pumps to help regulate and maintain temperatures. It can be used for forced air, emergency heat, and certain furnaces. This board sits inside the heat pump and can be considered one of its important parts. The use of this part is usually indicated by the flashing of a red LED light on the outside unit or a blinking LED on the control board itself.

CHANGE CONTROL BOARD-RHEEM 47-102884-01. OPERATION: 230/208 VAC - 60 HZ - 3 PH, 10 A, MAX. RATING: 15 SEER 1.5 HP . 1325 EATON

A control board is a replacement part for an HVAC unit. It comes in a variety of different makes and models. Some models are considered obsolete after a certain date and no longer available for sales. The control board has the function to control all functions of an air conditioner from the electronic wiring system.

The control board is the heart of a central air conditioning system. It is responsible for starting and stopping the compressor, opening and closing the air vents in the system, monitoring temperature, pressure and airflow. If you are experiencing an issue with your air conditioning unit and need to replace a faulty control board, Rheem has built one specifically for your home comfort needs.

The control board is designed for use with Rheem Ruud electric water heaters manufactured between 2006 and 2009. The control board is used to control the burner cycles, the low voltage pump relay and the compressor.

The Thermistor is a thermally sensitive, bi-metal device that changes its electrical resistance in response to temperature change. The thermistor is located on the control board in an electrical circuit that causes the ignition gas valve to open and close in response to changes in thermistor resistance.