Overview
NELE DC-1015 (Vertical) Low Temperature Circulating Bath uses a fluorine-free refrigeration system, the main components are directly imported, and the performance is stable and reliable. The equipment provides users with a controlled hot and cold, uniform and constant temperature liquid environment when working, and can be used for direct heating or cooling, as an auxiliary heating or cooling temperature source.
Features
1. Fully enclosed environmentally friendly Compressor refrigeration system, free of CFCs.
2. Temperature range can be selected from -60~ 100 ° C, and the medium can be selected from pure water, ethylene glycol, alcohol, etc. according to the Temperature range.
3. Integrated new generation PID automatic temperature control program, built-in High Accuracy PT100 temperature sensor 1/3B level, digital display resolution 0.01 ° C.
4. Capacity range from 6L to 100L, can be designed and produced according to user requirements.
5. Adopt non-heat centrifugal circulation pump and porous U-shaped reflux circulation principle design to achieve a high degree of uniformity in the flow field and temperature field in the tank.
6. The fuselage shell is anti-aging static spray, and the liner and countertop are made of S304 brushed stainless steel.
7. Humanized R fillet design structure to avoid operators being injured by edges and corners.
8. The drainage system meets the needs of various laboratories and enterprises for production fluid replacement.
9. Safety protection devices: power-off protection, upper and lower limit temperature alarm, low water level protection and alarm, temperature runaway protection and alarm, low water level anti-dry burning and explosion-proof heating device, Compressor overheating and overcurrent multiple protection.
Principle
Low Temperature Circulating Bath precisely adjusts the temperature of the liquid in the tank through a fluorine-free refrigeration system and a PID automatic temperature control program. A heat-free centrifugal circulation pump and a domestic circulation system are used to achieve turbulence and high uniformity in the flow field and temperature field in the tank to ensure temperature stability.
Applications
Petroleum, chemical, electronic instrumentation, physics, chemistry, biological engineering, life science, light industry food, physical property testing, chemical analysis and other research departments, colleges and universities, enterprise Quality control and production departments
