Kobelt 3327 - Normally Closed Adjustable Differential Air Pilot Relay Valve, 1/4" NPT, Dual Piloting, Maximum Pressure 120 PSI, Bronze and Stainless Steel Construction

Kobelt 3327 - Normally Closed Adjustable Differential Air Pilot Relay Valve, 1/4" NPT, Dual Piloting, Maximum Pressure 120 PSI, Bronze and Stainless Steel Construction

The Kobelt 3327 Normally Closed Adjustable Differential Air Pilot Relay Valve is a versatile and reliable valve designed for dual piloting applications. Constructed from durable bronze and stainless steel, this poppet-type valve is equipped with a diaphragm spring that keeps the valve closed. The valve is adjustable, with various spring configurations available, allowing it to operate under pilot pressures of up to 120 PSI. This feature ensures precision in air flow control for demanding systems. The dual diaphragm design avoids deflection in two directions, making the 3327 suitable for a wide range of applications where precise control is necessary.

The 3327 valve is ideal for use in dual piloting systems, offering improved stability and performance compared to single diaphragm valves. It is the differential version of the 3326 valve, providing enhanced capabilities for complex control systems. A repair kit (3327-RK) is available for seal maintenance, ensuring the valve remains functional over time. Key features include:

• Normally closed poppet-type valve for reliable operation
• Adjustable spring configurations for precise pressure settings
• Maximum pilot pressure of 120 PSI for robust performance
• Dual diaphragm design for enhanced stability and reduced deflection
• Constructed from durable bronze and stainless steel for longevity
• Ideal for dual piloting applications requiring accurate control
• Repair kit (3327-RK) available for seal maintenance

The Kobelt 3327 valve is an excellent choice for professionals seeking a high-quality, durable solution for complex air control systems. Its adjustable features and differential diaphragm design ensure optimal performance in a wide range of demanding applications.