Overview
The TENLIN DC-3015 Vertical Low Temperature Circulating Bath is a precision thermostatic device with a Temperature range of -30 ° C to 100 ° C and a Tank volume of 15L. It uses self-developed temperature control technology, High Accuracy Temperature Control and Rapid Cooling Capability, suitable for various experiments and tests requiring stable low temperature or thermostatic environment.
Features
1. Adopt self-developed temperature control technology, equipped with High Accuracy PT100 Sensor and imported electronic components.
2. The software system can correct the display and actual temperature errors to ensure accurate display.
3. Standard large-screen LCD display, Temperature Display resolution up to 0.01 ℃.
4. With over-temperature protection and alarm function, the alarm temperature can be set and the load can be automatically cut off.
5. With timing function, the total Operating Time of the equipment can be set, and the load can be automatically cut off at that time.
6. Adopt hidden chilled down coil design to increase the effective use space in the groove.
7. Intelligent Software Temperature Stability, PID can automatically adjust parameters, also supports manual adjustment.
8. Software digital locking function to prevent misoperation and ensure the accuracy of experimental data.
9. The fully enclosed Compressor is used for refrigeration, with fast cooling speed and multiple protections such as overheating and overcurrent.
10. Standard internal and external circulation function, external circulation import and export for the outer diameter of 10mm round tube.
11. Support non-standard customization to meet individual needs.
Principle
The device monitors the medium temperature in the Tank in real time through the High Accuracy PT100 Sensor and transmits the signal to the Control system. The Control system automatically adjusts the working state of the heater or Compressor refrigeration system through the intelligent PID algorithm according to the deviation between the set temperature and the measured temperature to achieve fast and accurate temperature control. At the same time, the built-in circulating pump promotes the flow of liquid in the tank or the medium in the external circulating pipeline to ensure uniform and stable temperature.
Applications
Chemical synthesis, bioengineering, pharmaceutical research, material testing, Measurement verification, Petrochemicals, Universities & colleges and research institutes laboratories and other fields that require precision thermostatic environment.
Standards
The data did not mention specific compliance criteria.
Steps
1. Place the device in a smooth and ventilated place and connect it to the power supply.
2. Inject an appropriate amount of thermostatic medium into the Tank.
3. Turn on the power switch and set the required target temperature, over-temperature alarm temperature and timing duration through the control panel.
4. Start the equipment, the refrigeration/heating system starts working, and the circulating pump runs synchronously.
5. After the equipment reaches the set temperature and stabilizes, the sample or container to be thermostatic can be placed in the Tank or connected to the external circulation pipeline for experiment.
6. After the experiment, take out the sample, turn off the power of the equipment, and do a good job of cleaning and maintenance.
Notice
Equipment should be placed in a well-ventilated, non-corrosive gas environment.
• Before use, please ensure that the liquid level in the Tank is within a safe range to avoid dry burning or overflow.
• Please select the appropriate thermostatic medium (such as silicone oil, ethanol, etc.) according to the experimental temperature requirements.
Before moving or cleaning equipment, be sure to cut off the power supply.
• Non-professionals should not disassemble or modify the internal parameter settings of the device without authorization.
• Regularly check the operating status of the equipment and the cleanliness of the medium to ensure stable equipment performance.
