Overview
SANFA GNP-9080E Water-Jacketed thermostatic incubator is a professional equipment suitable for thermostatic fostering in scientific research departments such as **, biology, chemistry, and agricultural sciences. It adopts stainless steel studio and Water-Jacketed heating method to ensure uniform and stable temperature.
Features
1. Stainless steel studio, made of antibacterial stainless steel water jacket structure argon arc welding, durable
2. The outer door is equipped with an observation window or double door structure, which is convenient for observation and does not affect the temperature inside the box
3. Water-Jacketed heating method ensures uniform temperature in the studio and can still keep the thermostatic in the box under power failure
4. Microcomputer intelligent temperature control instrument, which displays the set temperature and the temperature in the box at the same time, with parameter memory and call recovery functions
5. With over temperature, Sensor failure, leakage, over current, water level is too high or too low protection alarm function
6. Independent temperature limit alarm system, automatic interruption if the temperature exceeds the limit (optional)
7. Upgraded LCD multi-segment color screen display intelligent temperature control instrument, multi-segment parameter one-screen display, menu operation interface (optional)
8. Parameters such as multi-stage temperature, time and heating rate can be programmed at the same time, and temperature layer control can be performed (optional)
9. UV sterilization system can regularly disinfect the inside of the box (optional)
10. Can be equipped with RS-485 interface, connect to printer or computer to record temperature parameter changes (optional)
Principle
Water-Jacketed heating method is used to achieve uniform temperature distribution in the studio through the water jacket structure. The microcomputer intelligent temperature controller precisely controls the temperature, and can still maintain thermostatic in the power-off state to ensure the stability of the foster environment.
Applications
**, biology, chemistry, agricultural science and other scientific research departments
Steps
1. Turn on the power supply and set the required temperature and time parameters
2. Confirm that the water level is normal and start the heating system
3. Monitor the temperature in the box to ensure that the set value is reached
4. Turn off the device according to the program after use
Notice
• Check the water level before use to avoid high or low water levels
• Regularly clean the studio to prevent contamination
• Pay attention to the over-temperature protection function to ensure the safety of the experiment
• Avoid opening the door frequently when the equipment is running, so as not to affect the temperature stability
• Regularly check the electrical system to prevent leakage or overcurrent
