York S1-331-09150-000 2-Stage Control Board Kit

2-Stage Control Board Kit

Our 2-Stage Control Board Kit for York 1/2 HP compressors is a replacement board assembly that will replace either the primary or secondary control boards. It has been built with the most up to date technological advances and manufactured by skilled technicians to work in tandem with the York 1/2 HP air compressor.

This 2-Stage Control Board Kit is for use with these models

With the 2-stage control board kit for York High Efficiency S1 and S5 heat pumps, you can provide two stages of cooling for simultaneous comfort in any season.

A drop-in replacement for any standard single-stage York furnace, our 2-stage control board kit helps reduce your heating bills. The way it works is that by starting out heating with a lower thermostat setting, you can get even better economy than a standard board.

The York Heat Pump 2-Stage Control Board Kit provides replacement parts for York 2-stage models. It includes two circuit boards, a high-limit contactor kit, and a latching circuit board kit. This mechanical and electrical board is compatible with electric heaters only and is designed to maintain heating operations during interruption of normal power supply. Total capacity is 48,000 BTU/hr. Compatible with the following York models: S01GHF024A S1GHF024A 091118301 091258501 #C5X891

Features: 10 A overcurrent protection Heavy-duty 15 amp receptacle 2-Stage control board Kit includes 10 ft. power cord

The YORK S1-331-09150-000 control board kit is designed to provide improved performance in a space saving design. This model was specifically engineered and designed to meet the highest standards of quality, reliability and durability. Perfect for law enforcement and security applications, this control board offers superior heat transfer via the cutting edge condenser flow paths, advanced dual stage airflow system that allows you the ability to separate hot and cold air flows, high velocity blowers that allow airflow up to 150Ft/min moving across the board while pulling hot air out of the condenser coils.