The BASO C661PGA-1C Ignition Module is a robust intermittent pilot ignition control engineered for precision in gas-fired heating systems. Operating on a 24V AC circuit, this module features a 15-second pre-purge cycle and an 8-second Trial for Ignition (TFI), ensuring safe and reliable pilot flame sensing. Designed for professional field service, the C661PGA-1C serves as a high-performance HVAC replacement part, maintaining system integrity in residential and commercial applications. It functions as a direct replacement ignition module for discontinued models including BG1600M02CR-1AD, BG1600M02CR-1ADC, and G776RGD-14. By managing the gas valve sequence and monitoring flame rectification, this control prevents hazardous conditions during ignition failure. Its compact footprint and standardized wiring terminals allow for efficient installation in tight furnace or boiler vestibules. Technicians can rely on its solid-state circuitry for consistent timing and environmental resilience in demanding heating environments. Key Benefits: Broad Compatibility: Drop-in interchangeable ignition control for legacy BG and G series models. Optimized Safety Timing: Precise 8-second TFI and 15-second pre-purge prevent unburned gas accumulation. Reliable Sensing: Advanced flame rectification technology ensures accurate pilot verification. Standardized Voltage: Dedicated 24V HVAC control designed for universal integration with standard transformers. Common Questions: Is the Baso C661PGA-1C a direct replacement for the BG1600M02CR-1AD? Yes, this module is the manufacturer-specified direct replacement for the BG1600M02CR-1AD and G776RGD-14 series, utilizing the same wiring logic and mounting specifications. Does this module support a pre-purge sequence? Yes, the C661PGA-1C includes a factory-set 15-second pre-purge period to clear the combustion chamber before the trial for ignition begins. What are the voltage requirements for this ignition module? This control is designed for 24V AC, 50/60Hz systems. Always verify transformer output before installation to prevent damage to the solid-state board. Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
