Overview
DHG-9203A desktop blast drying oven is a laboratory high temperature treatment equipment, which is widely used in sample drying, material curing, electronic component testing and biological experiments. It provides a stable high temperature environment to ensure the accuracy of experimental results, and meets the needs of industrial and mining enterprises, Universities & colleges, R & D institutions and various laboratories for non-flammable and explosive materials drying, baking, melting wax, disinfection and sterilization.
Features
1. Horizontal and back heating design, using horizontal forced convection to ensure uniform temperature in the studio.
2. Equipped with High Performance CPU Processing Chip and High Accuracy Platinum Resistance Sensor for precise temperature control and convenient operation.
3. Sensor fault alarm, over-temperature alarm, self-diagnostic dynamic control, temperature display correction, parameter memory and up to 999 minutes timing function.
4. Optional independent temperature limiting control system, automatically interrupts work beyond the set temperature.
Principle
The device uses forced circulation convection air ducts to provide a high temperature environment through back heating. The High Accuracy Platinum Resistance Sensor monitors the temperature, and the microprocessor precisely adjusts it based on fuzzy PID control technology to ensure that the studio temperature is stable within the set range, enabling efficient drying and heat treatment.
Applications
Industrial and mining enterprises, Universities & colleges, Biology, Food processing, R & D institutions, various laboratories
Steps
1. Connect the power supply AC220V +/- 10%, 50Hz +/- 1Hz.
2. Set the temperature control range to Rt + 10~ 200 ° C.
3. Optional setting timing function 0~ 9999 minutes or hours.
4. Start the device and monitor Temperature Fluctuation +/- 1 ° C and Accuracy 0.1 ° C.
5. Turn off the power after use.
Notice
• Only for non-flammable, explosive and non-volatile items.
• Working environment temperature 5~ 30 ℃, relative humidity ≤ 80%.
• Regularly check Sensor and Alarm functions.
• Avoid over-temperature use and pay attention to the SV + 5 ° C alarm setting.
• Ensure that the equipment is placed smoothly to avoid vibration.
