Haltec CH-330-LO Standard Bore Dual Foot Air Chuck (Lock On)

Features:

• Lock-on mechanism: Holds the chuck in place when tilted for hands-free inflation
• Dual foot design: Straight on and 30-degree reverse angle connections for easy access to valve stems
• Durable construction: Made of aluminum, brass, and steel for long-lasting use
• Chrome plating: Provides a corrosion-resistant finish
• 1/4" NPT thread connection: Compatible with standard air hose fitting

Specifications:

• Length: 6 inches
• Connection: 1/4" NPT thread
• Material: Aluminum, brass, steel
• Finish: Chrome

If you require the same air chuck without the Lock-On feature, please use CH-330

This is a Haltec CH-330-LO chrome reverse tilt dual foot closed lock-on air chuck. This air chuck features a deep well lock that hold the chuck in place when tilted for hands free inflation. It utilizes a straight on connection as well as a 30 degree reverse angle connection for hard to reach valve stems. It is 6 inches long and has a long lasting chrome plating. The air hose connection is made with a 1/4 inch NPT.

Haltec Corporation has been the leader in the tire valve industry for over 45 years. When underground mines were transitioning from rail wheels to rubber tires, Haltec was there to design and manufacture the tire valve systems required to meet their technical needs. Haltec maintains its leadership position as a major manufacturer of specialized tire valve systems. Many new product innovations were introduced by Haltec, including the Full-Flo and Super Large Bore valve designs. These designs provided the tire industry the unique products required to achieve faster flow rates, decreased downtime, and more efficient tire management. The ever-increasing size of mining and construction tires further challenged Haltec engineering to design and manufacture our wide variety of valve systems to meet these demands. Haltec is a leading manufacturer of inflation systems and maintains its leadership position as a major manufacturer of specialized tire valve systems.