Overview
Intelligent graphite hot plate (model: LC-DB-XEFS) is an instrument used for heating, evaporation, drying and other work in the laboratory. It adopts isostatic graphite plate surface, which has the characteristics of fast heating speed, uniform temperature, corrosion resistance, easy cleaning, long service life, and can prevent direct baking in open flames. It is widely used in chemical analysis, biological product preparation, Food processing and other fields of sample heating, drying and temperature testing.
Features
1. Cold-rolled steel shell, using electrostatic spray treatment process, anti-corrosion and aging resistance.
2. PID temperature control technology, LCD liquid crystal display, accurate temperature control, clear and intuitive readings.
3. Closed heating, high thermal efficiency, fast heating, no open flame, safe and reliable.
4. Comes with an electronic lock function to prevent the device from being misoperated by others, resulting in damage to the sample, making it safer.
5. Comes with self-tuning function, reducing temperature overshoot, Stabilization time, better control temperature accuracy.
6. Cube cooling holes can accelerate the dissipation of heat generated by the operation of the instrument and prolong the service life of the instrument.
7. The plate surface is made of isostatic graphite, which is more resistant to acid and alkali corrosion, high temperature without warping deformation, long service life, and the heating rate is faster, and the surface temperature is more uniform.
8. Appearance design is beautiful, and ergonomic, closed structure, using special insulation design, so that the electric heating plate shell surface temperature is low, safe operation.
9. With timing, over-temperature alarm, automatic error correction, power-down memory and other functions, timing mode can be selected (no timing function, start-up timing, thermostatic timing).
Principle
The electric heating plate adopts a closed heating structure, which conducts heat to the isostatic graphite plate surface through internal heating elements. PID temperature control technology monitors and precisely adjusts the temperature of the plate surface in real time to ensure uniform and stable heating. Its special thermal insulation design effectively reduces the shell temperature and ensures safe operation.
