Bix 032 Emergency Radio Control Gas Shut-Off Valve – Valve Only

Emergency Gas Shut Off Valve For Radio Control

*Can be use manually on static engines or by radio control on boats etc.

The Bix 032 Radio Control Emergency Gas Shut Off Valve is designed for model engineers who require a reliable way to shut off the gas supply to a burner by radio control. Designed primarily as an emergency gas shut-off device, the valve can be incorporated into the gas supply pipework between the gas tank valve and the burner.

The valve is operated by a radio control servo connected to the release tag. When the release tag is withdrawn, the internal plunger drops to shut off the gas supply to the burner. The valve can then be re-armed manually using the supplied split ring and release tag.

Suitable for use with 30%/70% propane/butane mixtures, the valve has male 1/4″ x 40 TPI fittings and is supplied with cones and union nuts suitable for 1/8″ copper pipe.

The valve incorporates mounting holes in its base, allowing it to be securely attached to the model structure. The release tag can also be rotated to help provide a convenient connection point for the radio control servo.

Key Features:

• Radio-controlled emergency gas shut-off valve
• Designed for model engineering applications
• Allows the gas supply to a burner to be shut off remotely
• Suitable for use with a radio control servo
• Manual re-arming using the supplied split ring
• Male 1/4″ x 40 TPI fittings
• Cones and union nuts supplied for 1/8″ copper pipe
• Mounting holes for secure installation
• Designed for 30%/70% propane/butane gas mixture
• Spare release tag available – click here
• 1/8″ copper pipe available – click here

Important: This product should only be installed and operated by competent adults in accordance with the supplied instructions. The gas pipework, connections and valve should be checked for leaks after installation. Full instructions included.

Radio control equipment not included. Valve Only.

Product made in conjunction with Martin Bayliss Engineering.