The Honeywell S9200U1000 Universal Integrated Furnace Control is designed for service professionals and OEM applications requiring precise hot surface ignition management and furnace safety control. Engineered for single-stage warm air furnace systems, this control module provides reliable ignition sequencing, flame sensing, and integrated system diagnostics. Its universal configuration allows direct replacement of multiple legacy models across a wide range of furnace units, reducing inventory requirements and simplifying installation for field technicians.
Details
Model: S9200U1000
Manufacturer: Honeywell
Type: Universal Integrated Furnace Control
Ignition Type: Hot Surface Ignition
Voltage: 120 VAC
Igniter Warm-Up Time: 17/27 or 30/30 seconds (configurable)
Prepurge Time: 30 seconds
Dimensions: 5.6 in (W) × 7.6 in (D) × 3.5 in (H)
Application: Single-stage warm air furnaces
Mounting: Surface mount with wiring harness connection
Diagnostics: Integrated LED fault code diagnostics
Included Components: Control module, replacement harnesses, installation instructions
Technical Specifications
Power Input: 120 VAC ±10%, 60 Hz
Igniter Type: 120 VAC silicon carbide or silicon nitride hot surface igniter
Flame Sensor: Flame rectification type
Inducer Motor Control: Controlled prepurge and interpurge sequencing
Blower Control: Timed on/off delay for heat and cool operations
Prepurge Time: 30 seconds fixed
Trial for Ignition: Up to three attempts before system lockout
Lockout Reset: Automatic after power cycle
Operating Temperature Range: -40°F to 175°F (-40°C to 79°C)
Compliance: UL Recognized, CSA Certified
Compatible Furnaces: Universal retrofit for most single-stage models using hot surface ignition
Summary
The Honeywell S9200U1000 Universal Integrated Furnace Control provides a robust and serviceable ignition management solution for professional HVAC installation and maintenance applications. With configurable warm-up timing, integrated diagnostics, and broad cross-reference compatibility, it standardizes control replacement and enhances reliability across single-stage furnace platforms. Designed for field efficiency and long-term operational stability, this control module meets professional-grade performance and compliance requirements.