The Stiebel Eltron WUT‑K Tap is a non‑pressurised mixer tap designed to pair seamlessly with open vented or non‑pressurised water heaters from Stiebel Eltron, such as compact small water heater units. It provides classic twin‑lever control of temperature and water volume, making it a practical choice for kitchens, washbasins and utility sinks where reliable point‑of‑use hot water is needed.
Key Features
Non‑pressurised mixer tap suitable for vented small water heaters
Twin lever design for separate temperature and flow adjustment
Durable easy‑care chrome plated finish
Monobloc installation for single‑hole sink mounting
Connection hoses included for straightforward fitting
Spout reach ~193 mm for generous sink clearance
Performance and Operation
The WUT‑K is engineered as a non‑pressurised tap to ensure the correct flow characteristics and safety when used with open vented small water heaters. Its twin rotary handles give intuitive control over the mixture of hot and cold water, allowing users to find the preferred outlet temperature and volume with ease.
With a chromed surface and classic design, the WUT‑K combines style with practical durability. The generous spout reach and smooth lever action make it suitable for a wide range of sink applications, from everyday hand washing to kitchen tasks, while helping to utilise the hot water from undersink heaters efficiently.
Technical Details
Tap type: Non‑pressurised mixer tap
Installation: Monobloc single‑hole mount
Surface finish: Chrome plated
Connection: Supplied connection hoses
Spout reach: Approx. 193 mm
Application: Kitchen or washbasin use with non‑pressurised heaters
What’s in the Box
Stiebel Eltron WUT‑K non‑pressurised mixer tap
Connection hoses
Installation instructions
Summary
The Stiebel Eltron WUT‑K Tap delivers reliable, low‑pressure hot and cold water mixing in a classic chrome finish, paired perfectly with non‑pressurised small water heaters. Its twin lever control, generous spout reach and easy‑care design make it a solid choice for kitchens, washbasins and utility sinks where efficient point‑of‑use hot water delivery is required.
