What is the image check?

The purpose of checking images is to allow the user to safely vent the gas system without depression of the entire system. This valve is primarily found in paintball marking systems. It could also have use with other pneumatic devices such as nail weapons or pressure spray weapons. If this happens, the player should stop, depress and then repair the paintball system. This is usually done by closing the control valve connected to the cylinder.

This procedure is slow and cumbersome, especially during the rapidly developing paintball game. Some players could use others who experience this problem. To avoid this inconvenience, the player can install a check valve with a picture. After repairing the problem, the user can quickly push the weapon again and continue with the paintball game. Image control allows the user to quickly and safely solve the problem while minimizing its downtime during the game.

The player operates the image control by manually moving the head sleeve. Once the head sleeve continues to travel, the control valve locks in place and prevents the remaining gas from moving. As the barrel the sleeve continues to travel, it opens on the side upstream and releases the pressure gas into the atmosphere. After repairing the problem, the player further moves the sleeve mainly in the opposite direction. This is overpopulated against the current side of the system by closing the valve and unlocking the control valve.

Image check valve can be mounted individually or as a dual component integrated with the qusestava binding assembly. The design of the valve with fast connection and control valve with sliding sliding is similar and as such is practical for both units to integrate into one mechanism. Each valve type can be purchased and used separately.

The term 'slip control' is also used for similar and widee used valve known as a control valve or one -way valve. The check valve allows gas or fluid flow in only one direction. Traditional control valves are mechanically opened and closed by change in the direction of fluid flow.