Overview
LC-DB-1EFS intelligent graphite heating plate is a laboratory heating instrument, which adopts isostatic pressure graphite plate surface and is suitable for heating, evaporation, drying and other work. It has the characteristics of fast heating speed, uniform temperature, corrosion resistance, easy cleaning, long service life, no open flame, etc. It is widely used in chemical analysis, biological products, Food processing and other fields of Sample Handling and temperature testing.
Features
1. The cold-rolled steel shell is treated by electrostatic spraying, which is resistant to corrosion and aging.
2. Adopt PID temperature control technology and LCD liquid crystal display for accurate temperature control and intuitive reading.
3. Closed heating design, high thermal efficiency, fast heating, no open flame, safe and reliable.
4. Comes with electronic lock function to prevent misoperation and protect sample safety.
5. Comes with self-tuning function to optimize Temperature control accuracy and reduce Overshoot and Stabilization time.
6. Cube heat dissipation hole design helps to dissipate heat and prolong the life of the instrument.
7. The plate surface is made of isostatic graphite, which is resistant to acid and alkali corrosion, does not deform at high temperature, has a long life, and heats up quickly and has a uniform surface temperature.
8. Appearance is beautiful, ergonomic, closed insulation structure makes the shell surface temperature low, safe operation.
9. With timing, over-temperature alarm, automatic correction, power-down memory and other functions, timing mode is optional.
Principle
The electric heating plate converts electric energy into heat energy through internal heating elements, and uses the excellent thermal conductivity and temperature homogeneity of the isostatic graphite plate surface to transfer heat quickly and evenly to the sample surface. The PID intelligent temperature control system monitors and adjusts the Heating power in real time to ensure that the plate surface temperature is accurately stable at the set value, achieving efficient closed heating.
Applications
Chemical analysis, Biological preparation, Food processing
