Wayne 23101M Transformer

The Wayne 23101M Transformer is a heavy-duty industrial ignition component designed for reliable arc generation in high-demand oil burner applications. Operating with a 120V primary voltage and delivering a robust 10,000V secondary output at 23mA, this 250VA ignition transformer ensures consistent fuel atomization even in cold-start conditions. Engineered with a durable porcelain bushing and a high-grade iron core construction, it provides superior heat dissipation and electrical insulation. This replacement oil burner transformer is specifically built for compatibility with Wayne high-pressure atomizing burners, offering seamless integration for field technicians during routine maintenance or emergency repairs. The unit features heavy-lead wires for secure electrical terminal connections, ensuring stable performance under high-vibration environments. For contractors handling HVAC burner ignition systems, the 23101M provides the precise voltage step-up required to maintain a stable plasma arc across the electro-assembly electrodes.

• High-Voltage Precision: Delivers 10,000V secondary output for instantaneous arc ignition across various fuel grades.
• Industrial Core Design: 250VA power rating supports continuous duty cycles without excessive thermal buildup.
• Direct OEM Fit: Drop-in compatibility for standard Wayne burner housings, reducing labor time during field replacement.
• Rugged Insulation: High-dielectric strength components prevent internal shorting and electrical leakage.

Common Technical Questions

What is the primary cause of transformer failure in Wayne burners?

Most failures result from carbon tracking on the bushings or excessive electrode gaps, which force the transformer to work beyond its 10,000V threshold, leading to internal coil breakdown.

Can this transformer be used with 240V systems?

No, this model is specifically wound for 120V-PRI input. Using it with a 240V supply will result in immediate component failure and poses a fire risk.

How do I test the secondary output?

Technicians should use a high-voltage probe or check for a consistent 1/2-inch blue arc between the terminals; however, internal resistance testing via ohm meter is the safest method to verify coil integrity.

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.