SIG102 – HOT SURFACE IGNITOR (SPIRAL, UNIVERSAL)

$51.38

The Supco SIG102 is a universal hot surface ignitor with a spiral design, constructed from high-density silicon carbide, offering reliable ignition for various heating systems with a fast heat-up time and durable build.

Only 4 left in stock

SKU: SIG102 Categories: , Tags: , ,

Description

The Supco SIG102 is a universal hot surface ignitor featuring a spiral design, engineered to provide reliable ignition in various heating systems. Its robust construction and efficient performance make it suitable for a wide range of HVAC applications.

  • Compatibility:
    • Designed for use in furnaces, boilers, water heaters, and other heating systems requiring a hot surface ignitor.
    • Compatible with multiple OEM models, serving as a direct replacement for various part numbers.
  • Key Technical Specifications:
    • Material: High-density silicon carbide
    • Voltage: 120V
    • Current Draw: 3.0 to 3.6 Amps at 115V
    • Resistance: 50 to 1100 Ohms
    • Time to Temperature: Reaches 1800°F in less than 17 seconds at 115V
    • Maximum Temperature: 3100°F at 132V
    • Lead Wires: 18-gauge copper with high-temperature fiberglass insulation
  • Replacement Part Numbers:
    • Goodman B1401009
    • York 025-32625-000
    • Norton 271N
    • Robertshaw 41-408
    • White-Rodgers 767A-357
  • Additional Information:
    • Construction Quality: Manufactured with high-density silicon carbide for enhanced durability and longevity.
    • Performance Attributes: Features a faster time to temperature response and higher resistance to oxidation, ensuring reliable ignition and extended usable life.
    • Installation Ease: Designed for straightforward installation as a direct replacement for various OEM ignitors.
    • Maintenance: Requires minimal maintenance; periodic inspection is recommended to ensure continued performance.
    • Unique Features: The spiral design offers a more robust and durable structure, reducing the likelihood of damage during transit and installation.