Lennox IMC Integrated Modular Control Secondary Gas Valve Circuit Board — 56K85

SKU: 56K85

$127.00
Stock: 10 units

Description

  • The Lennox IMC Integrated Modular Control Secondary Gas Valve Circuit Board is an authentic factory-authorized OEM replacement module engineered specifically to regulate the secondary gas valve assembly inside complex multi-stage or multi-burner heating systems.
  • Precision-fabricated under strict parameters by Lennox Industries, this premium G1-2 IMC sub-module manages specific combustion timing intervals and high-fire burner sequences, working in complete harmony with the primary ignition master board to optimize structural air-fuel ratios during peak demand cycles.
  • The heavy-duty board layout is constructed with fortified circuit traces and high-grade solder joints designed to continuously resist the punishing vibrations, high humidity, and aggressive ambient heat levels typical of commercial rooftop air handlers and large-capacity furnaces.
  • Ideal for licensed commercial HVAC mechanics, plant engineers, and property facility supervisors, the 56K85 drop-in module connects seamlessly into existing factory wiring harnesses to restore precise multi-stage safety logic and permanently eliminate intermittent heat dropouts or communication link fault codes.

Specifications

Manufacturer / Brand

Lennox Industries Inc.

Product Line / Series

Integrated Modular Control (IMC) Component Series

Manufacturer Part Number / Master SKU

56K85

UPC

612192419029

ASIN

B00441XO90

Physical Assembly Footprint

101.6 mm L x 152.4 mm W x 50.8 mm H (4.0" Length x 6.0" Width x 2.0" Height)

Item Unit Net Weight

136 grams (0.30 lbs empty weight footprint)

Circuit Tracing Attributes

Moisture-resistant and vibration-dampened solder joint array to survive punishing rooftop heat exchanger environments

Signal Relay Feedback Interface

Communicates directly over unified wiring harnesses with the primary ignition master module

System Heating Configuration

Multi-stage and multi-burner commercial forced-air sequences