The IRC® employs motion-sensing infrared to automatically control the flushing of cistern-fed urinals, minimise water wastage and ensure compliance with Water Regulations. The PIR sensor detects movement and activates the solenoid valve, allowing water into the cistern.
Incorporating the same proven and robust brass valve, new IRC® design features include a stylish and compact body shape, an “economy” mode option to provide even greater water savings, a new-style mounting bracket for recessed installations and an improved design which allows clients to replace batteries with ease by simply removing the front fascia to access the battery compartment.
The success of the IRC® is due in no small part to its design flexibility. Battery or mains-powered, the IRC® can use batteries as back-up power to mains supply if required. The sensor can be pipe, wall or ceiling mounted, surface-mounted or recessed to conceal the unit and reduce the risk of vandalism.
The IRC® reduces water consumption by over 80% and is ready to install straight out of the box. In “normal” mode, the unit operates with a 30-minute cycle which means the cistern will flush a maximum of 2 times per hour. In “economy” mode, an additional delay of 15 minutes is provided before the “normal” mode operating cycle is activated, to save even more water.
WRAS approved, the IRC® guides installers and end users with communicative green, amber or red LED status alerts, for ease of commissioning, testing and confirmation of operational mode.
“The IRC® is one of our best-selling products and builds upon the quality and innovation our installers and specifiers have come to expect from Cistermiser over the last 40 years,” says Managing Director David Jones. “We are proud to design and manufacture in the UK and the new IRC® demonstrates this. You could say that the best has just got better. We are confident that the enhanced design features of our new-look and improved IRC® will continue to help building owner clients to save both money and precious water resources for many years to come.”