3/4" Exposed Sensor Urinal Flushometer, Chrome, Single-Flush, Battery Operated, 1.0 gpf, G2 Series

Sloan 3250401 G2 Optima Plus Sensor-Activated Urinal Flushometer, 1.0 gpf

The Sloan 3250401 G2 Optima Plus flushometer is a battery-powered, sensor-operated valve designed for use with urinals in commercial and institutional applications. Delivering a flush volume of 1.0 gallon per flush (gpf), it incorporates Sloan’s diaphragm-type valve technology for consistent performance and water efficiency. The flushometer is constructed from semi-red brass and finished in polished chrome for corrosion resistance in high-traffic environments.

Product Features

• Flush Volume: 1.0 gpf – low-consumption operation for water savings
• Sensor Activation: Infrared technology with user detection range of 22" to 42"
• Valve Type: Diaphragm with bypass – no external volume adjustment required
• Power Supply: Battery-operated (4 AA alkaline batteries included)
• Inlet Size: 3/4" IPS
• Spud Location: Top spud connection
• Finish: Polished chrome over semi-red brass valve body
• Operating Pressure: 15 to 100 psi

Construction and Compliance

• Diaphragm Material: Chloramine-resistant Permex® components
• Override Feature: Manual courtesy flush button
• Vandal Resistance: Free-spinning stop cap prevents unauthorized tampering
• Indicator Light: Initial range indicator assists with sensor setup

Installation Guidance

Intended for commercial urinal installations, the G2 Optima Plus flushometer should be installed in accordance with local plumbing codes. Its pressurized design requires connection to properly sized water supply lines. Sensor alignment and battery placement should be verified during commissioning to ensure reliable operation. Professional installation is strongly recommended to ensure code compliance and optimal performance.

Contractor Application

This unit is designed for high-use environments and is frequently specified in schools, public facilities, and commercial buildings. The battery-operated sensor mechanism allows for retrofit applications where hardwiring is not feasible, and the diaphragm valve minimizes maintenance needs while maintaining efficient water delivery.