Integrated dry boil and 360° cordless connector system
Connects with the CS7 low profile 360° connector with patented shutter feature
Can be used in conjunction with the Otter Z5 remote steam switch for applications requiring optimum cut-off times
Can be used for electronic kettles with the user interface in the upper vessel
Opti-Comms variants availible for use on electronic kettles which require the user interface in the cordless bas
Enhanced electrical stroke to cope with kettle production tolerances
Suitable for all underfloor element types; Ferro thick film elements, conventional and die-cast elements
Dual Bimetal dry boil protection, manual reset
Rated to 15A with cost optimised 10A version also availible
Vari-temperature function availible
Thanks to their low thermal mass, thick film heating elements offer increased performance and energy efficiency compared to conventional heating elements.
On average a Ferro Thick Film Heating element when used in a kettle is 10% more energy efficient compared to a mechanical heating element. Their low weight also makes the kettle easier for the end user to handle.
Ferro Thick Film Heating elements can be supplied as a fully assembled and tested package with our A1 / CS7 series control fitted.
The Opti-Comms system enables an appliances user interface to be positioned on the cordless base, providing further flexibility in design.
Opti-comms provides reliable transmission of single or multiple sensor signals (temperature, water level etc) through the 360° connector, regardless of docking orientation, via an infra-red optical link.
Opticomms is available with our standard A11 kettle control or our CP84 dishwasher proof connector, enabling new and innovative appliances.
To support our world class kettle controls and connectors, we provide a complete support package to assist in developing your product.
We can provide tailored kettle designs to your brief or can assist in modifying existing products. We have an industrial design team and technical support team at your disposal.