Allanson Transformers 1092-N Transformer

The Allanson 1092-N is a heavy-duty constant duty gas ignition transformer engineered specifically for Ray Burner applications. Operating on a 120Vac supply voltage, this unit delivers a consistent 6000Vac secondary voltage at 150VA, providing the high-energy spark required for reliable ignition in industrial and commercial combustion systems. Designed for high-cycle environments, the Allanson 1092-N utilizes a robust internal winding architecture to handle the thermal demands of continuous operation without voltage drop-off. For technicians performing HVAC burner maintenance, this transformer serves as a precise Ray Burner replacement part, ensuring the ignition sequence remains stable under varying load conditions. Its constant duty cycle rating makes it ideal for industrial gas ignition setups where intermittent-duty transformers would fail due to overheating. When replacing a 6000V ignition transformer, verifying the VA rating and mounting footprint is critical for boiler system troubleshooting and long-term diagnostic reliability.

• High-Voltage Stability: Delivers a reliable 6000V arc for consistent gas burner ignition.
• Constant Duty Rating: Engineered for continuous operation in demanding Ray Burner systems.
• OEM Compatibility: Exact electrical match for Allanson 1092-N specifications, simplifying Field installation.
• Durable Construction: Built to withstand commercial boiler room temperatures and electrical noise.

Common Questions

Is the Allanson 1092-N compatible with intermittent ignition modules?
While designed for constant duty, it can be used in various Ray Burner configurations, but technicians should always verify the control board's output requirements before installation.

What causes a 150VA ignition transformer to fail prematurely?
Common failure points include excessive moisture, chemical corrosion in the combustion chamber, or improper grounding, which can lead to internal carbon tracking.

Can I use a 6000V transformer if my previous unit was 10,000V?
No. Using a lower secondary voltage than specified by the burner manufacturer can result in delayed ignition or "hard starts," creating a safety hazard.

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.