Utica/Dunkirk 14662058 Gas Valve, 24V, 3.5" Wc, 1/2"X3/4", 14662058

Utica/Dunkirk 14662058 Gas Valve: Reliable and Efficient Gas Flow Control

Ensure optimal gas flow control with the Utica/Dunkirk 14662058 Gas Valve. Designed with precision engineering and advanced technology, this gas valve delivers exceptional performance and reliability. Manufactured by Utica/Dunkirk, a trusted brand in the industry, this gas valve is a top choice for professionals seeking superior quality and precise control of gas flow.

Key Benefits

1. Accurate Gas Flow Control: The Utica/Dunkirk 14662058 Gas Valve guarantees precise control of gas flow, allowing for efficient and consistent performance.

2. High Pressure Setting Range: With a pressure setting range of 3.5" WC, this gas valve can withstand high gas pressure, making it suitable for a wide range of applications.

3. Reliable 24V Coil: Equipped with a 24VAC coil, this gas valve ensures reliable operation and long-lasting performance.

4. Easy Installation: The Utica/Dunkirk 14662058 Gas Valve is designed for easy installation, saving time and effort during the setup process.

Unique Features

The Utica/Dunkirk 14662058 Gas Valve stands out with its exceptional features:

• Precision Engineering: The gas valve's precise engineering ensures accurate gas flow control, minimizing waste and maximizing efficiency.
• Durable Construction: Built to withstand demanding environments, this gas valve is made from high-quality materials, ensuring long-term durability.
• Compact Design: The compact design allows for easy integration into various systems, making it suitable for a wide range of applications.

Choose the Utica/Dunkirk 14662058 Gas Valve for Superior Performance

When it comes to gas flow control, the Utica/Dunkirk 14662058 Gas Valve outperforms its competitors in every aspect. Its accurate gas flow control, wide pressure setting range, and reliable 24V coil provide unmatched performance and dependability. Whether you're in need of precise gas flow control for heating systems, industrial processes, or other applications, this gas valve delivers the exceptional quality and performance you can trust.

Don't compromise on the efficiency and reliability of your gas flow control. Invest in the Utica/Dunkirk 14662058 Gas Valve today and experience the difference it makes in your operations.

💡 Features

• Accurate and precise gas flow control
• Pressure setting range: 3.5" WC
• 24VAC coil for reliable operation
• Easy installation
• Precision engineering for optimized performance
• Durable construction for long-term reliability
• Compact design for versatile applications

📏 Specifications

• Brand: Utica/Dunkirk
• MFR #: 14662058
• UPC #: 00694777007869
• Country of Origin: Mexico
• Category: Gas Valves
• Coil Volts: 24VAC
• Item: Gas Valve, 24V, 3.5" Wc, 1/2"X3/4", 14662058
• Pressure Setting Range: 3.5" WC
• Package Quantity: 1

Frequently Asked Questions

Q: Can this gas valve be used for residential heating systems?

A: Yes, the Utica/Dunkirk 14662058 Gas Valve is suitable for residential heating systems and provides accurate gas flow control.

Q: Is professional installation required for this gas valve?

A: It is recommended to have a professional install the gas valve to ensure proper installation and optimal performance.

Q: Can this gas valve handle high gas pressure?

A: Absolutely. The Utica/Dunkirk 14662058 Gas Valve is designed to withstand high gas pressure with its pressure setting range of 3.5" WC.

Q: How long does the 24V coil last?

A: The 24VAC coil in this gas valve is built for long-lasting performance, ensuring reliable operation for extended periods.

Q: Is the gas valve compatible with other Utica/Dunkirk products?

A: Yes, the Utica/Dunkirk 14662058 Gas Valve is designed to be compatible with other Utica/Dunkirk products, offering seamless integration and enhanced system performance.

Q: Can this gas valve be used for industrial applications?

A: Certainly. The Utica/Dunkirk 14662058 Gas Valve is versatile and suitable for various industrial applications that require precise gas flow control.