Delabie DE777110 TEMPOSTOP is a cross-wall mechanical time-flow urinal valve designed for use with both standard and siphon-action urinals. Engineered for installations where the valve mechanism is mounted through a wall, it provides a durable, vandal-resistant flushing solution for commercial, education, and other high-use sanitary environments.
The valve incorporates a self-closing time-flow mechanism that delivers a controlled flush volume with each activation, helping to reduce water consumption while maintaining effective flushing performance. Suitable for wall thicknesses up to 200 mm, the cross-wall design allows servicing from the user side while keeping pipework and connections concealed behind the wall.
Manufactured from robust chrome-plated metal with solid brass connection components, the valve is designed for long-term reliability in demanding public-use applications. The push-button assembly includes an anti-rotation nut to maintain secure alignment, while the cut-to-size threaded rod allows flexibility during installation to suit varying wall thicknesses.
Features:
- Cross-wall mechanical time-flow urinal valve.
- Suitable for standard and siphon-action urinals.
- Designed for wall thicknesses up to 200 mm.
- Time-flow operation of approximately 3 seconds.
- Flow rate pre-set at 0.15 L/s at 300 kPa.
- Adjustable flow rate to accommodate site conditions.
- Compatible with rainwater supply systems.
- Chrome-plated metal body with M½" connection.
- Push-button base with anti-rotation nut for secure installation.
- Solid brass connection nut for enhanced durability.
- Cut-to-size threaded rod to suit varying wall thicknesses.
- No electrical power supply required.
- Designed for reliable operation in high-use environments.
Applications: Suitable for commercial, education, transport, and public sanitary facilities where a reliable, water-efficient, and vandal-resistant urinal flushing solution is required. The timed-flow operation assists in reducing water consumption while ensuring consistent flushing performance and dependable operation in demanding public-use environments.
