Technical Parameters
| Имя | Expert type | Temperature-regulated |
| Model | SCI-PCRS-3-455 | SCI-PCRS-3-427-H |
| Nominal refrigerating capacity | 130-455 W | – |
| Refrigerating power | 70-220 W | – |
| Heating form | Electric heating | Ceramic blast heater |
| Refrigeration form | DC frequency conversion compressor, combined with environment-friendly R134a refrigerant | Fin heat exchanger, combined with a low-temperature circulating tank, realizing a cooling rate of 10 ℃/min |
| Temperature range | 10—50 ℃ | Room temperature – 100 ℃ |
| Temperature control accuracy | ±0.2 ℃ | ±0.5 ℃ |
| Stirring method | Independent motor driving and rare earth permanent magnet rotary stirring | Independent motor driving and rare earth permanent magnet rotary stirring |
| Stirring speed | 150-1000 rpm stepless speed regulation | 150-1000 rpm stepless speed regulation |
| LED light source output | Reserved, 24 V 8 A | – |
| Tube holder | Standard 12 Stations | Standard 12 Stations |
| Outline dimension | 500*470*570 mm | 420*470*550 mm |
Product Features
- Integrated design: combine the refrigeration and constant temperature maintenance, magnetic stirring, reflective light distribution, and power supply for the light source.
- Reflective light distribution: innovative multi-surface reflective design, ensuring the reaction tube receive the light from three sides and improving the repeatability and stability of the reaction.
- Efficient refrigeration and maintenance of constant temperature: keep the temperature in the reaction chamber at a specific temperature, effectively eliminating the thermal effect of the light source on the reaction.
- Full-area powerful magnetic stirring: ensure the magnetons in each reaction tube are thoroughly stirred in the parallel reaction experiments.
- High-flux reaction: 12 groups of parallel experiments (conventional configuration) can be realized, significantly improving the study efficiency.
- Modular design (expert type): the reaction chamber can be quickly dismantled and replaced. Various reaction chambers with different lighting forms can be customized for different experiments to realize multi-use.
