Overview
NELE DC-60100 (horizontal) Low Temperature Circulating Bath is a High Accuracy temperature control equipment, using fluorine-free environmental protection refrigeration system and imported core components, with stable and reliable performance. It can be used for research, teaching, Quality control and production departments in the fields of petroleum, chemical industry, electronic instrumentation, physical chemistry, bioengineering, life science, light industrial food, physical property testing and chemical analysis, etc., to provide a cold and heat controlled, uniform and constant temperature liquid environment for thermostatic testing or testing of samples, and can also be used as an auxiliary heating or cooling temperature source for equipment such as Reaction Kettle, Synthesis Instrument, Extraction and Condensation Equipment.
Features
1. High Accuracy Digital Display, resolution up to 0.01 ℃, temperature fluctuation +/- 0.05 ℃.
2. Adopt a fully enclosed environmentally friendly Compressor refrigeration system without CFCs.
3. Built-in new generation PID automatic temperature control program and High Accuracy PT100 Sensor, accurate and stable temperature control.
4. Adopt non-heat centrifugal circulation pump and porous U-shaped reflux circulation design to achieve a highly uniform temperature field in the tank.
5. The fuselage adopts anti-aging electrostatic spray, the liner and the table are S304 brushed stainless steel, and the front panel and the table are designed with humanized R rounded corners.
6. Safety protection functions include power-off protection, temperature alarm, low water level protection, temperature control protection, heating and explosion-proof and Compressor multiple protection.
7. Optional external Sensor, Program Temperature Control, Communication interface, Magnetic stirring system, chilled down coil, adjustable loading platform and other functions.
Principle
The device monitors the liquid temperature in the tank in real time through the built-in High Accuracy PT100 temperature sensor and transmits the signal to the integrated PID automatic temperature Control system. The system precisely controls the operation of the Compressor refrigeration system or heating system according to the difference between the set temperature and the measured temperature to achieve rapid cooling or heating. At the same time, the heat-free centrifugal circulation pump drives the liquid in the tank through the porous U-shaped return path for domestic circulation, ensuring a high degree of uniformity and stability of temperature throughout the working area.
Applications
Petroleum, chemical, electronic instrumentation, physics, chemistry, bioengineering, life sciences, light industrial food, physical property testing, chemical analysis
