Thermoregulator
Thermoregulator
*Simultaneous display of real-time temperature and set temperature value
*Proportional (PID) automatic calculation, high accuracy
*Power: 90-240VAC 50/60Hz
*Optional probes of various types: thermocouple, PT100Ω
*With load protection circuit, in line with safety regulations
*Small size, simple operation, low price
Thermoregulator｜TE LABORATORY TECHNOLOGY
- Simultaneous display of real-time temperature and set temperature value
- Proportional (PID) automatic calculation, high accuracy
- Power: 90-240VAC 50/60Hz
- Optional probes of various types: thermocouple, PT100Ω
- With load protection circuit, in line with safety regulations
- Small size, simple operation, low price
Thermoregulator｜TE LABORATORY TECHNOLOGY
Probe rod | various types of thermocouples, PT100Ω (default K Type, other specifications can be specified) |
Measuring range | -100~500°C (specified range: -200~1370°C) |
Control output | Selectable SSR, Relay, or other signals |
Power | 90~240VAC 50/60Hz |
Load capacity | 110V/20A 220V/10A (with overload protection function) |
Fuse specification | FUSE 20A (built-in) |
Standard equipment | CT-801 heating controller, AC power cord, fuse (built-in), instruction manual |
optional accessories | Temperature measuring rod ø1.6mm X 300mm bay type K type (special specifications can be customized) |
Appearance size | 179X136X90mm |
Thermoregulator｜TE LABORATORY TECHNOLOGY
heating packs, thermal bags, heating plates, reactors, constant temperature maintenance control, temperature control in experiments and processes, various heating and temperature holding occasions.
Recommend
The thermoregulator is ideal for many applications and meets the most demanding requirements in terms of precision, reliability and flexibility of use thanks to the innovative FUZZY LOGIC Technology. It automatically adjusts the thermoregulation to different factors such as power, load and thermal dispersion.
The VTF ensures premium performance in terms of temperature control: it allows better alignment with the set point temperature (with an accuracy of ± 0.5 ° C.) and lower initial "overshoot" (initial discrepancy with the set temperature).