What it is
Heating without proper control swings: scalding one minute, cold the next. Thermostatic mixing valves, digital controllers and sensors hold the delivery temperature steady and protect users against scalding.
What is included
- Temperature logging before and after
- Mixing valve or digital controller
- Sensors and wiring
- Maximum temperature limiting
- Operator training
How it works
Diagnose the swing
We log temperature over time to find the real cause of the variation.
Specification
We choose the control strategy: thermostatic mixer, sensor-based controller or recirculation.
Installation
The control is integrated into the existing system with a service bypass.
Calibration
We set the setpoint, cap the maximum temperature and document the configuration.
Frequent questions
Why does my water temperature swing?
The usual causes are pressure imbalance between hot and cold, an undersized appliance and the absence of a thermostatic mixing valve.
Is this useful in a building?
Very. In central systems, controlling delivery temperature is a safety requirement, not a luxury.
Can it be monitored remotely?
In central systems, yes. We implement remote temperature reading and fault alarms.
Related
01 / High capacity
Industrial tankless heaters
Cascade tankless systems for continuous, high-volume hot water demand.
[ how it works ]
02 / Stable supply
Pressure boosting systems
Boosting sets with variable-speed control and duty rotation.
[ how it works ]
03 / Buffer for peak load
Thermal storage
Storage tanks and buffer vessels sized against the real load profile.
[ how it works ]