Item
SL3250401
Sloan #8186-1 G2 Optima Plus Urinal Flush Valve
G2 Optima Plus Exposed Battery Powered Urinal Flushometers
Model 8186-1.0 Low Consumption (1.0 gpf/3.8 Lpf).
Quiet, Exposed, Diaphragm Type, Chrome Plated Urinal Flushometer for either left or right hand supply with the following features:
PERMEX™ Synthetic Rubber Diaphragm with Dual Filtered Fixed Bypass
Flex Tube Diaphragm designed for improved life and reduced maintenance
ADA Compliant OPTIMA Plus® Battery Powered Infrared Sensor for automatic “No Hands” operation
Infrared Sensor with Multiple-focused, Lobular Sensing Fields for high and low target detection
Isolated Latching Solenoid Operator, isolates magnetic components from water contact
User friendly three (3) second Flush Delay
Courtesy Flush™ Override Button
Four (4) Size AA Batteries factory installed
“Low Battery” Flashing LED
Infrared Sensor Range Adjustment Screw
Initial Set-up Range Indicator Light (first 10 minutes)
Free Spinning, Vandal Resistant Stop Cap
Adjustable Tailpiece
High Back Pressure Vacuum Breaker Flush Connection with One-piece Bottom Hex Coupling Nut
Spud Coupling and Flange
Sweat Solder Adapter with Cover Tube and Cast Set Screw Wall Flange
High Copper, Low Zinc Brass Castings for Dezincification Resistance
Fixed Metering Bypass and No External Volume Adjustment to Ensure Water Conservation
Flush Accuracy Controlled by CID™ Technology
Diaphragm, Stop Seat and Vacuum Breaker molded from PERMEX™ Rubber Compound for Chloramine Resistance
Valve Body, Tailpiece and Control Stop shall be in conformance with ASTM Alloy Classification for Semi-Red Brass. Valve shall be in compliance with the applicable sections of ASSE 1037, ANSI/ASME A112.19.6 and Military Specification V-29193. Installation conforms to ADA requirements.
G2 Optima Plus®, the industry's most advanced battery-operated Flushometer with a high-tech look, features Sloan's exclusive Isolated Operator that protects the solenoid from water and a new sensor that is NEMA 6 compliant against moisture to eliminate most detection errors and field adjustments.
- Catalog Page (vol 11): 526