Wholesale price stable quality TU-020 thermostatic cartridge wax sensor for sanitary ware Wholesale to Hungary

Client: TIBUCON Project

Consortium including: Mostostal Warszawa, University of Southhampton, E&L Architects.

If you manage or own property, you know that heating, ventilating, and cooling your building accounts for a majority of your energy bill.
Keeping everyone comfortable indoors can come at a high energy cost, and unfortunately in many buildings, a lot of that energy is wasted.
Typical heating and air control systems have a single temperature sensor. This works fine if all connected zones have the same energy balance, but this is rarely ever the case. Different sources of heat, both internal and external, cause temperatures to fluctuate. When your heating system doesn’t compensate for the differences, it leads to imbalanced heating & cooling, thus energy losses.
And when a room or office is left unoccupied, your building might not always know when it’s wasting energy on heating or cooling an empty room.
On top of this, HVAC monitoring systems themselves tend to require no small amount of maintenance and invasive hardware installations which all come at additional costs.
At Tibucon, we believe there is a smarter way for you to monitor and take full control of your building’s thermal and ventilation systems.
Tibucon solves your heating and energy imbalances with intelligent sensors that connect directly to your HVAC actuators, so that different zones are always heated and cooled according their needs.
The sensors can detect if a room is left unoccupied and tells the system to react appropriately.
The sensor array is entirely wireless, which means there are no wires or cables, making installation quick and easy.
Once installed, each Tibucon sensor powers itself by harvesting ambient energy, eliminating the need for replaceable batteries and regular maintenance.
- And after everything is set up, the Tibucon system gives you real-time HVAC management throughout the entire building.
Tibucon’s easy deployment means that virtually any building, new or old, can be quickly fitted or replaced with a better, smarter and more energy efficient HVAC system.
To learn more about how our technology can reduce your energy costs, visit tibucon.eu.

DPharp digital sensor uses two single crystal silicon resonators vibrating at their natural frequencies. When pressure is applied, one of the resonators goes into tension, while the other goes into compression mode. The CPU directly counts the sensor output frequencies without any additional A/D conversion. Due to the excellent elastic properties of silicon material, the DPharp sensor exhibits greater linearity and repeatability, with no inherent hysteresis. Resonant sensor also provides a large output signal resulting in greater sensitivity and higher turndown.

Long term, accurate and stable measurement in real world conditions is fundamental to realize reliable and efficient plant operation. Transmitters in the field are subjected to continuous variations of ambient and process temperature, static and overpressure conditions affecting the accuracy. Long term stability of the transmitter is a measure of performance drift and dependent on the sensor technology. Total accuracy and long term stability determine the recalibration interval for the devices according to the acceptable performance level. DPharp digital sensor has the unique ability to simultaneously measure static pressure and differential pressure. Additionally capsule and housing temperatures are also measured. Multi-sensing platform enables real-time dynamic compensation for unmatched precision and forms the basis for
implementation of advanced diagnostics. These information are available through various digital communication protocols; providing additional insight into your process. Multi-sensing functionality with guaranteed accuracy of static pressure signal allows the process to operate with fewer devices delivering reduced lifecycle costs.