Urinal flush valve EXEC VZC5520 — timed sensor-controlled pisuar valve

EXEC VZC5520 is a timed sensor-controlled urinal flush valve engineered for automated water discharge in commercial and public restrooms. Designed as a pisuar (urinal) valve for wall-mounted installations, it delivers consistent timed flushing to maintain sanitary conditions while helping to reduce overall water consumption. The mechanism is suitable for facilities that require dependable sensor-style or time-based flush control and is compatible with typical urinal inlet configurations.

Advantages

The valve combines timed operation with sensor control to provide regular, predictable flushing cycles that reduce splashback and odor build-up. Its design focuses on durability and low maintenance, offering simple installation and reliable operation in high-traffic environments. By automating flush cycles, the product helps reduce manual intervention and contributes to water savings compared with continuous or overly frequent flushing.

Suitable for

• Office and corporate washrooms
• Shopping centres and retail facilities
• Schools, universities and educational institutions
• Public buildings, airports and stations
• Hospitality venues and sports facilities

Key specifications

• Operation mode: timed, sensor-assisted flush control
• Application: wall-mounted urinals (pisuar)
• Control type: automatic timed discharge
• Intended environment: commercial and public restrooms
• Maintenance: low-maintenance mechanism suitable for frequent use

How to use

Install the EXEC VZC5520 flush valve on the urinal inlet according to local plumbing codes and the manufacturer’s installation instructions. Once powered and connected to the water supply, the sensor and timer regulate periodic flushes without manual activation. Ensure correct alignment and sealing of connections to prevent leaks. Periodically inspect and clean the sensor area and valve components to maintain consistent operation.

Usage recommendations

For optimal performance in busy restrooms, set the timed intervals according to expected usage patterns and local water-saving policies. Schedule regular inspections and descaling where hard water is present, and verify that the sensor zone is free from obstructions or reflective surfaces that could affect detection.