McAlpine V33T-FP Universal Flush Pipe Overflow Tee for Low-Level Toilets

McAlpine V33T-FP Universal Flush Pipe Overflow Tee for Low-Level Toilets

Features

The McAlpine V33T-FP offers a flexible way to manage toilet cistern overflows without unsightly external pipework. Designed for low-level toilet systems, this tee directs overflow water safely into the flush pipe rather than through walls. It features dual universal compression fittings at the top and bottom, allowing you to install the tee at your preferred height along the flush pipe. The side compression fitting securely accepts 19mm/23mm external overflow pipes.

• Internal Overflow Management: Eliminates the need for external pipes running through walls, keeping your bathroom neat.
• Universal Flexibility: Features two multifit compression connections, allowing for installation at various heights on the flush pipe.
• Secure Connections: Uses reliable compression fittings for both the flush pipe and the external overflow pipe.
• Low-Level Compatibility: Specifically engineered for low-level toilet cistern systems.

Technical

• Brand: McAlpine
• Model/MPN: V33T-FP
• Compatibility: Low-level toilet cisterns.
• Fittings: 2 x universal compression for flush pipe, 1 x compression for 19/23mm overflow pipe.
• Safety Note: Not suitable for high-level cisterns, as it interferes with syphonic flushing action.
• Overflow Function: Excess water is directed safely into the toilet pan.

Details

External overflow pipes are often visually intrusive and require difficult drilling through exterior walls. Furthermore, fixed-height connectors can be a nightmare in small, cramped bathrooms where space is at a premium.

The McAlpine V33T-FP solves these issues by offering a flexible, internal overflow path. Its universal compression design allows you to mount the tee lower down the flush pipe, bypassing height restrictions and saving space. It keeps your bathroom aesthetic clean by managing all overflow water safely within the toilet pan, provided it is used exclusively for low-level systems.