50a50-571 manual

2 SPECIFICATIONS ELECTRICAL RATINGS [@ 77°F (25°C)]: Input Voltage: 25 VAC 50/60 Hz Max. Input Current @ 25 VAC: amp Relay Load Ratings: Valve Relay: . White Rodgers 50A, 50A User Manual. Download for 1. The 50A and 50A are automatic gas interrupted ignition controls that employ a microprocessor to continually monitor, analyze, and control the proper operation of the gas burner, inducer, and fan. This item: OEM White Rodgers Upgraded Furnace Control Circuit Board 50A $ In Stock. Ships from and sold by North America HVAC. FREE Shipping. Duralight Furnace Ignitor Direct Replacement For Rheem Ruud Weatherking OEM Part $ In Stock.5/5(2).

White Rodgers 50A - Universal Silicon Carbide Integrated Ignition Control - The 50A Universal Silicon Carbide Integrated Ignition module employs a microprocessor which continually monitors, analyzes and controls the proper operation of the gas burner, inducer and fan. The Universal Module includes an extensive cross-reference, additional jumper wires, an additional wiring harness. I have a train unit with a white rogers controller. 50A The troubleshooting code is Rapid flashes which indicates normal operation. It starts normal until the flame comes on but only for a few seconds. Then the flame goes out. I had a used flame sensor on hand which I tried on and it did the same thing. Any advice you could give me? 50A DP01 SiC/ white box 50A DP01 SiC/ gray box 50A DP01 SiC/ bareboard 50A DP01 SiC/ bareboard REMOVING THE EXISTING SiC CONTROL: A) Turn the thermostat to the off position. B) Disconnect all electric power and shut off the gas.

50a 50a 50a 50a 50a 50a 50a 50a 50a 50a 50a 50a 50a 50a 50a 50a White Rodgers 50a Manual. The 50A55 has only one serviceable part–an automotive type fuse, which protects the low voltage transformer from damage if its output is short-circuited. If the fuse has opened up, remove whatever caused the short circuit and replace the fuse with only a 3 Amp automotive type fuse. The 50A and 50A are automatic gas interrupted ignition controls that employ a microprocessor to continually monitor, analyze, and control the proper operation of the gas burner, inducer, and fan. Signals interpreted during continual surveillance of the thermostat and flame sensing element initiate automatic ignition of the burner.