VS220 Twin Port Safety Valve - 2x 3/8" BSP Female Inlets for Enhanced System Protection

VS220 Twin Port Safety Valve - 2x 3/8" BSP Female Inlets for Enhanced System ProtectionThe VS220 Twin Port Safety Valve (Order Code: 28 036) is an advanced and critical safety component designed to provide robust over pressure protection for complex high pressure fluid systems, particularly those with multiple pressure lines or integrated components. This indispensable valve automatically diverts fluid when the system's maximum pressure is exceeded, preventing damage to pumps, hoses, and other equipment, and ensuring operator safety.

The VS220 Twin Port Safety Valve (Order Code: 28-036) is an advanced and critical safety component designed to provide robust over-pressure protection for complex high-pressure fluid systems, particularly those with multiple pressure lines or integrated components. This indispensable valve automatically diverts fluid when the system's maximum pressure is exceeded, preventing damage to pumps, hoses, and other equipment, and ensuring operator safety. It's an ideal solution for sophisticated pressure washing systems, industrial machinery, and agricultural setups across the UK.

Engineered for versatile application, the VS220 features two 3/8″ BSP Female Inlets, allowing it to monitor and protect two separate pressure lines simultaneously or to be integrated into more complex hydraulic circuits. It includes a 3/8″ BSP Female Outlet for the primary flow and a 3/8″ BSP Female Bypass port for safely diverting excess flow back to the tank or a low-pressure return, ensuring continuous system operation even during pressure relief.

This safety valve is rated for a substantial 220 Bar (3200 Psi) maximum pressure and can handle considerable fluid volumes with a maximum flow of 24 Litres per minute at up to 90°C, making it suitable for both cold and hot water applications.

Installing the VS220 Twin Port Safety Valve provides superior peace of mind, offering enhanced protection against unexpected pressure spikes and malfunctions in multi-line high-pressure systems, thereby contributing to both equipment longevity and operational safety.