Versatile White-rodgers 36c84-912 Gas Valve, Ng/lp, Standing Pilot, 24v, Fast Opening, 0.6a Best Choice [CW7e3AmX]

White-Rodgers 36C84-912 Gas Valve: The Ultimate Control Solution

Introducing the White-Rodgers 36C84-912 Gas Valve, a premium choice for precise gas control in your heating system. This versatile valve offers a standing pilot ignition type and a fast opening mechanism, ensuring efficient and reliable operation. With a broad BtuH capacity range of 50,000 to 400,000, it caters to a variety of heating applications. Trusted by professionals and homeowners alike, this gas valve is a symbol of quality and reliability.

Key Features and Specifications

The White-Rodgers 36C84-912 Gas Valve boasts several standout features. Its fast opening valve allows for quick response to heating demands, ensuring precise temperature control. The standing pilot ignition type guarantees consistent and reliable ignition without external ignition sources. With a 24V coil voltage and a power consumption of only 0.6A, this gas valve is both energy-efficient and cost-effective. Its NG/LP compatibility further enhances flexibility, making it suitable for various heating systems.

• Fast Opening Valve: Quick response for precise temperature control.
• Standing Pilot Ignition: Reliable ignition without external sources.

Practical Applications and Benefits

The White-Rodgers 36C84-912 Gas Valve is an ideal choice for both professionals and homeowners. Its exceptional performance and versatility make it perfect for a wide range of heating applications. The fast opening valve and standing pilot ignition type ensure efficient and reliable gas control, surpassing industry standards. With its energy-efficient design and NG/LP compatibility, this gas valve offers unmatched performance and peace of mind. Upgrade your heating system today and experience the benefits of the White-Rodgers 36C84-912 Gas Valve.

• Target Audience: Professionals and homeowners seeking efficient gas control.
• Applications: Ideal for a variety of heating systems and environments.