KWC F5S-Mix
Self-closing single-mixer for fitting unit or wall
![2030058991 - F5SM1011 - F5S - F5S-Mix self-closing single-mixer for fitting unit or wall flange](https://stpkwcprodaks01.blob.core.windows.net/public/thumbnails/products/2030058991/297171/image-thumb__297171__crop900/2030058991.png)
F5S-Mix Self-closing single-mixer DN 15 with angled outlet for installation on fitting units or separate wall flanges, for sanitary facilities. FRAMIC self-closing mixing cartridge, hydraulically controlled, low-maintenance and stagnation-free, with ceramic disc technology, automatic closing, flow pressure independent due to medium-independent design. Continuously adjustable flow duration. With adjustable, turn-proof temperature stop. For connection to hot and cold water. All-metal construction, high-polished chrome-plated brass. Anti-theft aerator, SLIM design, with integrated flow regulator 5.0 l/min. Connections positioned above one another with backflow preventers.
F5S-Mix Self-closing single-mixer DN 15 with angled outlet for installation on fitting units or separate wall flanges, for sanitary facilities. FRAMIC self-closing mixing cartridge, hydraulically controlled, low-maintenance and stagnation-free, with ceramic disc technology, automatic closing, flow pressure independent due to medium-independent design. Continuously adjustable flow duration. With adjustable, turn-proof temperature stop. For connection to hot and cold water. All-metal construction, high-polished chrome-plated brass. Anti-theft aerator, SLIM design, with integrated flow regulator 5.0 l/min. Connections positioned above one another with backflow preventers.
Product Specifications
![](https://stpkwcprodaks01.blob.core.windows.net/public/thumbnails/products/2030058991/685921/image-thumb__685921__pdpTechnicalDrawing/technical-drawings_2030058991.jpg)
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With our proven Technologies and functions
FRAMIC inside
FRAMIC inside
Fitting Range with Modular Innovation Cartridge • patented, first ceramic self-closing cartridge for F5S hydraulic taps • stagnation-free, flow pressure-independent functionality