KWC F3E
Electronic pillar tap with battery compartment
![2030033385 - F3EV1001 - F3E - F3E electronic pillar tap with battery compartment](/products/2030033385/685852/image-thumb__685852__crop900/product-image_2030033385.png)
F3E pillar tap DN 15 for sanitary facilities, opto-electronically controlled. For connection to pre-mixed hot or cold water via hose and strainer. Control electronics, solenoid valve cartridge and sensor in all-metal housing, high-polished chromium-plated brass. Aerator with integrated flow regulator 6.0 l/min. Activated water hygiene flushing 24 hours after last activation, safety switch-off with continuous reflection and saving of statistical data. With option for parameterization and communication via optional, bidirectional remote control. With battery compartment including 6 V lithium battery (CR-P2) for installation under the washbasin.
F3E pillar tap DN 15 for sanitary facilities, opto-electronically controlled. For connection to pre-mixed hot or cold water via hose and strainer. Control electronics, solenoid valve cartridge and sensor in all-metal housing, high-polished chromium-plated brass. Aerator with integrated flow regulator 6.0 l/min. Activated water hygiene flushing 24 hours after last activation, safety switch-off with continuous reflection and saving of statistical data. With option for parameterization and communication via optional, bidirectional remote control. With battery compartment including 6 V lithium battery (CR-P2) for installation under the washbasin.
Product Specifications
![](/products/2030033385/276421/image-thumb__276421__pdpTechnicalDrawing/technical-drawings_2030033385.jpg)
Downloads
Technical Documents
With our proven Technologies and functions
Battery operation
Battery operation
• portable function • battery included in the scope of delivery
Water hygiene flushing
Water hygiene flushing
Activated water hygiene flushing, factory-set
Statistical data storage
Statistical data storage
• automatic storage of hygiene-related functions in the electronics along with the date, time and frequency of use • read via a bi-directional remote control from the accessory program