WC Flushing Asco Water Solenoid Valves

These valves are commonly used to assist the automatic flush of urinals and toilets in public buildings such as schools, pubs, and restaurants. They work in conjunction with a timer controller to ensure efficient flushing.

Some models of these valves feature a latching coil for power saving. This means they only consume power when changing states, reducing energy consumption over time.

Yes, these valves can be used in touchless tap systems, driven by a signal from a PIR (Passive Infrared) sensor. They ensure hands-free operation, enhancing hygiene.

Some models are available in very low battery voltages, making them suitable for installations where power sources are limited or where battery operation is preferred.

Yes, both the 262 and 210 series of these valves can be specified with 15mm compression fittings, making installation straightforward for most plumbers with minimal hassle.

Yes, these valves can be easily integrated into existing plumbing systems, providing an efficient solution for automatic flushing without requiring major modifications.

These valves work in conjunction with timer controllers to automatically flush urinals and toilets at preset intervals, ensuring cleanliness and water conservation.

Yes, these valves are designed to withstand frequent use and are commonly used in high-traffic public facilities where reliability is crucial.

These valves are designed for reliability and typically require minimal maintenance. Regular checks for leaks and proper operation are recommended.

Yes, these valves can be used with various flushing systems, including sensor-activated, timed, or manual systems, providing flexibility in application.

Yes, these valves can be used with both mains water and alternative water sources, depending on the plumbing setup and application requirements.

Yes, by enabling automatic flushing and controlling water flow, these valves contribute to water-saving initiatives by ensuring that water is used only when needed, thus reducing wastage.