The perfect thermostat for temperature control in demanding environments.
BrochureDownload the brochure and optimize your thermal control with precise, fast and versatile control adapted to your industrial processes.
Look no further than the PXR3 on/off control thermostat.
With this thermostat, you can easily control the temperature of your process and be alerted when the temperature rises or falls below a certain level. Not only will it help you save energy, but this controller is also perfect for critical monitoring and temperature control applications. So, if you're looking for an easy-to-use thermostat that's perfect for a variety of applications, the PXR3 on/off control thermostat is the ideal choice.
With the all-or-nothing thermostat regulator, you can easily control the temperature of your process, and be alerted when the temperature measurement exceeds a certain deviation or falls below a certain level. With its clear display and simple controls, the PXR3 thermostat is easy to use and suitable for a wide range of sensors.
| Temperature sensor type | Temperature scale (°C) | |
|---|---|---|
| Thermocouple | J | 0 to 800°C |
| K | 0 to 1200°C | |
| R | 0 to 1600°C | |
| T | 0 to 400°C | |
| E | 0 to 600°C | |
| Thermistor | PB-36 | 0 to 100°C |
On/Off temperature control is an industrial temperature control principle that uses an on/off relay to regulate the temperature. The user sets the desired temperature setpoint. When the sensor reading is reached, the relay output is switched off and the system begins to cool. When the temperature drops below the setpoint, the relay output is closed and the system heats up. The operating principle of this control loop is to repeat this action as many times as necessary to maintain the setpoint temperature and reduce the differential.
The hysteresis function can be used to set a temperature difference to avoid too frequent switching of the relay output and controlled devices.
On/Off temperature control is not as precise as other methods such as pid control.
It is often used in industrial applications where precise measurement control is not required. The temperature control TOR can be used to regulate the temperature of gases, liquids and solids. In some cases, it can also be used to control the humidity of an environment.
One of the advantages of all-or-nothing temperature control is that it's relatively simple and inexpensive to implement.
Thermostats are devices that play an important role in regulating temperature in a wide range of applications.
In industry, for example, temperature control is often used to maintain or limit variations in the temperature values of heat-sensitive materials during the manufacturing process. On/Off controllers are also used, for example, in refrigeration systems to maintain food and beverages at safe storage conditions and temperature values. In addition, on-off control is commonly used in HVAC solutions to maintain comfortable temperature values in buildings.
