Dwyer V6EPS-S-S-6-S Flowtect Flow Switch 2000 Psi

Product Description

The DWYER V6EPS-S-S-6-S is a Flowtect flow switch designed to detect and respond to flow conditions in liquid piping systems. Built with a stainless steel housing, it is rated for system pressures up to 2,000 psi, making it suitable for demanding industrial and commercial applications. The switch operates at flow setpoints of 10 GPM on rising flow and 8.5 GPM on falling flow, providing a differential that reduces chatter and false trips. Licensed plumbers, HVAC technicians, and industrial pipefitters typically install this type of device as part of flow-monitoring and equipment-protection circuits.

This flow switch is used in commercial and industrial piping systems where flow presence or absence must be monitored to protect downstream equipment or trigger control sequences. Typical applications include chiller and boiler protection, pump-prove circuits, and process fluid monitoring. The stainless steel housing makes it appropriate for corrosive or high-purity fluid services where brass or cast-iron bodies are not acceptable. It is suited for both new construction and retrofit installations in mechanical rooms and process piping environments.

Key Features

• Stainless steel housing rated for up to 2,000 psi working pressure
• Flow setpoints of 10 GPM (increasing) and 8.5 GPM (decreasing) for built-in differential
• Differential trip points reduce nuisance switching and contact chatter
• Compact paddle-style design suitable for insertion into standard pipe tees
• Appropriate for corrosive, high-purity, or aggressive fluid applications

Compatibility

Designed as an OEM-style flow switch for commercial and industrial liquid piping systems requiring a high-pressure-rated, stainless steel flow detection device.

Installation Notes

Installation should be performed by a licensed plumber or qualified mechanical technician in accordance with applicable local codes and the IPC. De-pressurize and isolate the piping section completely before installing or servicing the switch. Verify flow direction alignment with the arrow or marking on the switch body before making final connections. Follow the manufacturer wiring instructions and de-energize all control circuits before connecting the switch output to any control panel or relay.