Potter Electric Signal rbvs Ball Valve Switch

Product Description

The POTTER ELECTRIC SIGNAL rbvs is a universal ball valve switch designed for fire protection system applications. It provides manual supervisory control of gate and ball valves and delivers a clean, reliable method for valve operation and system maintenance. The switch features clear position indication so installers and service technicians can read valve status at a glance. Built with durable materials suited to demanding commercial, industrial, and institutional environments, the rbvs supports consistent long-term operation and helps maintain system integrity and code compliance.

The rbvs is intended for use in fire protection and water control systems across commercial, industrial, and institutional settings. Its universal design accommodates a broad range of valve sizes and types, making it a practical choice for system integrators and service professionals who need a reliable supervisory switch that installs quickly and fits standard valve configurations without special hardware.

Key Features

• Universal fit accommodates a broad range of ball and gate valve sizes and types
• Clear position indication allows quick visual confirmation of valve status
• Durable construction suited for demanding commercial and industrial environments
• Supports system integrity and compliance in fire protection applications
• Straightforward installation aligns with standard mounting hardware and valve configurations

Compatibility

Designed as a universal supervisory switch for gate and ball valves used in fire protection and water control system applications.

Installation Notes

Installation should be performed by a licensed fire protection technician or qualified trades professional familiar with NFPA requirements. Shut off system pressure and depressurize the line before servicing or mounting the switch. Verify valve position indication is correctly oriented and readable after installation. Consult local fire code and authority having jurisdiction (AHJ) requirements before placing the system back in service.