Smart shower system with thermostatic water regulation

Smart shower system

MAIN COMPONENTS
ELECTRONIC THERMOSTATIC MIXERS
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TOUCH USER INTERFACES
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HEAD SHOWER, HAND SHOWER OR OTHER OUTLETS

Design, performance and reliability

Zeyron Technologies manufactures and markets a wide range of electronic thermostatic mixers, as well as various models of carefully designed digital touchpads which, in combination with the current water outlets in the market (such as ceiling, wall and hand showers), compose an innovative smart system that offers great performance and reliability.
Fully electronic smart system:
Automatic start

Reads and adapts to the conditions of maximum/minimum pressure and temperature of each installation. Automatically detects water outlets in the shower and self-adjusts according to the number of available outlets.

Continuous auto calibration

Stabilizes water temperature against any external change in pressure, flow rate or temperature.

Maintenance alarms

Detects and reports water leakage, water supply cuts, insufficient hot water temperature, etc.

User memories

Memorizes and activates various parameters or user profiles for the same shower (flow rate, temperature or water outlet).

Shower Initialization

Warms up shower to the comfort temperature desired by user.

Control and management of water consumption

Our electronic mixers are designed to connect to a communications network enabling management and monitoring of water in each consumption point.

Sectors of interest:
Domestic sector

Zeyron Technologies manufactures and customizes control and electronic regulation components to be easily integrated into existing showers with water terminals.

Commercial/Contract sector

Owners, managers or agents in charge of facilities characterized by high water consumption usually work with approximate and incomplete information when establishing water management or water saving plans. Zeyron Technologies provides electronic instrumentation and interconnection for the implementation of Smart Grid monitoring and management of water consumption.