Sloan 0325161 G2 Urinal Cover Ring Sensor Assembly 1.0 Gpf

Product Description

The SLOAN 0325161 is a G2 cover, ring, and sensor assembly designed to restore touchless operation on compatible Sloan electronic urinal flushometers. This replacement assembly includes the exterior cover and ring housing along with the infrared sensor components required for hands-free flush actuation. Rated at 1.0 GPF, it is intended for ECOS single-flush urinal applications. Installation is handled by licensed plumbers or commercial service technicians working on electronic flushometer systems in restroom facilities.

This assembly is specified for use with the Sloan G2 Optima Plus flushometer platform introduced in May 2003. It is approved for commercial use and is a direct replacement for the cover, ring, and sensor components on those units. Facilities maintenance teams and plumbing contractors servicing commercial restrooms will find this assembly a straightforward path to restoring the original sensor-flush function without replacing the entire flushometer body.

Key Features

• Includes G2 cover, ring, and sensor assembly as a single replacement kit
• Rated at 1.0 GPF for ECOS single-flush urinal configurations
• Restores touchless infrared sensor operation on compatible flushometers
• Approved for commercial use in high-traffic restroom environments
• OEM-style replacement sourced directly from Sloan

Compatibility

Designed for use with the Sloan G2 Optima Plus flushometer introduced May 2003. Specified for 1.0 GPF ECOS single-flush urinal applications on compatible Sloan electronic urinal flushometer models.

Installation Notes

Installation should be performed by a licensed plumber or qualified commercial facilities technician familiar with electronic flushometer service. Shut off the water supply to the flushometer before disassembling any components. Follow the International Plumbing Code and the manufacturer service documentation when replacing sensor assemblies on commercial fixtures. Avoid overtightening cover components, as sensor alignment is critical to reliable hands-free operation.