SOLIS RESS-C

Introducing the SOLIS® Exposed Sensor Water Closet Retrofit Replacement Flushometer, a cutting-edge solution for modern restroom facilities. This innovative flushometer combines advanced technology with water conservation features to deliver optimal performance and efficiency. The SOLIS RESS-C is a solar-powered, sensor-activated retrofit conversion kit designed for Royal®, Sloan®, and Regal® closet flushometers. Its quiet operation and exposed design make it an ideal choice for various commercial and institutional settings. The flushometer utilizes a solar cell that harvests power from artificial indoor light sources, ensuring reliable operation with minimal maintenance. One of the key highlights of this product is its user-friendly three-second flush delay, which enhances hygiene and prevents unnecessary water usage. The flushometer also features a "Low Battery" flashing LED indicator and a backup power source of four AA batteries, ensuring continuous operation even in low-light conditions. The SOLIS RESS-C employs an infrared sensor with multiple-focused, lobular sensing fields for accurate high and low target detection. With its fixed metering bypass and absence of external volume adjustment, this flushometer consistently delivers optimal water savings.

• Solar Powered- The sensor assembly is powered by a solar cell that will harvest power from the artificial indoor light (incandescent, fluorescent or LED), and use it as the energy source.
• “Low Battery” Flashing LED, Four (4) Size AA Battery Back-up Power Source with user friendly three (3) second Flush Delay
• Infrared Sensor with Multiple-focused, Lobular Sensing Fields for high and low target detection
• Fixed Metering Bypass and No External Volume Adjustment to Ensure Water Conservation
• PERMEX® Synthetic Rubber Flex Tube Diaphragm with Dual filtered bypass designed for improved life and reduced maintenance
• ADA Compliant Sloan SOLIS® Electronic Single Flush Solar Powered Infrared Sensor for automatic “No Hands” operation
• Valve shall be in compliance to the applicable sections of ASSE 1037