Overview
NELE GDH-4015 Ultra-high accuracy Low Temperature Circulating Bath is a laboratory equipment with precise temperature control. It adopts a fully enclosed and environmentally friendly Compressor refrigeration system. Temperature range can be selected from -40 to 100 ° C. Equipped with a High Accuracy PID automatic temperature Control system and a large screen LCD display to ensure Temperature Uniformity of +/- 0.0050 ° C. The product capacity is 15L, suitable for a variety of media, providing a stable and reliable thermostatic environment.
Features
1. Adopt imported brand French Taikang or Japanese Panasonic fully enclosed environmentally friendly Compressor refrigeration system
2. Integrated new generation PID automatic temperature control program, built-in High Accuracy PT100 temperature sensor AAA level
3. Large screen high-brightness LCD screen, Chinese and English display, digital display resolution up to 0.0001 ℃
4. Capacity optional 6L to 100L, support non-standard customized production
5. Use a non-heat centrifugal circulating pump to avoid its own heat generation affecting the temperature field
6. Porous U-shaped reflux circulation design to achieve highly uniform flow field and temperature field in the tank
7. The fuselage shell is anti-aging static spray, and the liner and countertop are made of S304 brushed stainless steel
8. Humanized R rounded corner design structure to avoid operators being injured by edges and corners
9. Multiple Safety protection devices: power-off protection, upper and lower limit temperature alarm, low water level protection, temperature runaway protection, heating device anti-dry burning and explosion-proof, Compressor overheating and overcurrent protection
Principle
The Thermostatic bath uses a fully enclosed Compressor refrigeration system and a PID automatic temperature control program, combined with a High Accuracy PT100 temperature sensor to monitor the temperature in real time, to achieve accurate temperature control. The principle of non-heat centrifugal circulation pump and porous U-shaped return circulation ensures uniform flow and temperature distribution of the medium in the tank, avoids local temperature difference, and maintains a thermostatic environment.
Applications
Laboratories, scientific research institutions, industrial production, mass testing, Biomedical, chemical synthesis
Standards
No mention yet.
Steps
1. Select the appropriate medium according to the Temperature range (such as pure water, ethylene glycol alcohol)
2. Check the water level of the equipment to ensure that it is not lower than the security level
3. Set the target temperature and control parameters
4. Start the device and observe the temperature change displayed on the LCD screen
5. After the temperature stabilizes, conduct an experiment or test operation
6. After use, turn off the equipment according to the procedures and clean and maintain it
Notice
• Make sure the power connection is reliable before use to avoid power failure affecting the operation of the equipment
• Regularly check the water level to prevent the low water level from causing the equipment to dry or alarm
• Set the upper and lower limit temperature alarm values to prevent temperature runaway
• Avoid touching high or low temperature parts while the equipment is running to prevent burns or frostbite
• Keep equipment clean and maintain Compressor and circulation system regularly
• Non-professionals should not disassemble or modify the internal structure of the equipment
