Overview
BENTING CSX-10-12 resistance furnace is a laboratory heating equipment with a maximum temperature of 1200 ° C. It adopts an integrated design and is compact and lightweight. The product is equipped with silicon carbide rod double-sided heating method, heating power 10KW, furnace volume 16L, temperature control accuracy +/- 5% ℃, suitable for all kinds of high temperature processing needs.
Features
1. Integrated design, lightweight and compact structure
2. Closed aluminum silicate furnace, lightweight insulation brick to ensure full use of heat
3. Parallel side-opening furnace door to keep the hot end away from operation
4. PID Microcomputer Combined with Precision Sensor for Accurate Temperature
5. Dedicated function keys to achieve temperature setting
6. Auxiliary menu to achieve over-rise alarm, deviation correction, menu lock
7. Optional exhaust device, conducive to ashing
8. Silicon carbide rod heating, rapid heating, high thermal efficiency
Principle
The resistance furnace generates heat through the silicon carbon rod double-sided heating element, and adopts the stage heating method. The PID microcomputer controller and the K-type Thermocouple Sensor cooperate to precisely control the temperature in the furnace to ensure that the temperature is stable within the set value range.
Applications
Laboratory heating, material handling, sample ashing, high temperature experiments
Steps
1. Use the touch of four buttons to set the temperature
2. Select the operation mode: fixed value operation, regular operation or automatic stop
3. Set timer 0~ 9999 minutes
Step 4 Start the heating program
5. Monitor the temperature display: the upper display measures the temperature, and the lower display sets the temperature
Notice
● Pay attention to the over-rise alarm function
● You can use the menu button lock function to prevent misoperation
● Pay attention to the installation position when selecting the exhaust device
● Note the power requirements AC380V/12A 50/60Hz
● Equipment weight, need to pay attention to safety when handling
