Allanson Transformers 1196-S Transformer

240Vac Supply Voltage, 50Hz, 6000Vac Secondary Voltage, 150VA, Constant Duty Gas Ignition Transformer (Gordon Piatt)

Allanson 1196-S Ferromagnetic Ignition Transformer – 150VA Constant Duty for Gas Applications

The Allanson 1196-S Ferromagnetic Ignition Transformer is a reliable, high-performance solution for gas ignition needs. Engineered for constant duty operation, this transformer is specifically designed to provide a stable and reliable ignition source across commercial, residential, and industrial gas applications.

Key Features:

• 240Vac Supply Voltage, 50Hz for consistent power supply.

• 6000Vac Secondary Voltage ensuring robust ignition performance.

• 150VA Power Capacity provides dependable, steady energy output.

• Designed for constant duty with high-temperature wire for enhanced durability.

• Operates cooler, quieter, and safer on all burner types, reducing wear and tear.

• Tailored to meet burner manufacturer specifications for optimal performance.

• Meets American and European noise emission standards, offering superior EMI and RFI protection.

• Single porcelain design enhances safety and durability.

• Dependable power for efficient gas ignition in a variety of systems.

Ideal for Gas Burners and Heating Systems: The Allanson 1196-S is the perfect transformer for anyone needing consistent and reliable ignition for gas burners, boilers, and other heating systems. It ensures smooth and efficient operation, minimizes maintenance, and guarantees longevity, making it an excellent choice for both residential and industrial use.

Why Choose the Allanson 1196-S?

• Excellent build quality and long-lasting performance.

• Meets the latest EMI and RFI protection standards.

• Designed for easy installation and compatibility with gas burners.

Ensure your gas ignition systems are reliable and safe with the Allanson 1196-S Ferromagnetic Ignition Transformer. Perfect for those looking for quality, safety, and performance.

This item is not eligible for free shipping.