Heber has developed an innovative modular technology approach to monitoring, reporting and controlling events relating to liquid. Real time events include leak detection, accurate flow rate measurement, micro-fine temperature monitoring and level sensing. This means a faster, more streamlined development process for new products or for re-engineering existing products.
What’s more, with some applications, huge benefits can be achieved by using non-invasive sensors as the modular technology does not compromise the integrity of the container, for example- level sensing of liquids in a tank. No need for sensors that can interfere with the flow and there’s no need for additional holes in the container for further instrumentation. In addition, with a modular approach- reporting and controlling the liquid events can be combined to include a single sensor response and report system to a full management system that can report and function on multiple sensors and events. Event reporting can be carried out using a number of different rigorous techniques with or without IoT integration including server-side data storage to App reporting and notifications. For maintenance controls or on-board service reporting, Heber’s innovative Magic Eye technology can be incorporated into the design.
The application of Heber’s innovative modular monitoring, reporting and controlling of liquid events has enabled a number of novel devices to be brought to market ranging from a unique home leak detection device, electric showers and digital mixer showers, in-line kitchen boilers and industrial steam cleaners. Further applications include industrial, waste-liquid or rainwater harvesting tank level sensing, medical micro-fine fluid measuring devices and temperature-controlled fluid monitoring for healthcare scenarios- all benefiting from Heber’s expertise. Heber’s capability and experience in design with multiple sensor types including flow, temperature, humidity, touch, ultrasonic, audio, tilt, gas and many more provides a unique insight into how to best solve your liquid measurement and flow control issues.