Vacuum Oven for Battery Electrode Drying for Lithium Ion Battery Production Line

Basic Info.

Model NO.	GN-VO4
Drying Medium	Air
Operational Method	Continuous
Type	Vacuum Rake
Temperature Range	Room Temperature +15°c~150°c
Transport Package	Export Standard Package
Specification	Φ 600*750*4
Trademark	Gelon
Origin	China
Production Capacity	100/Month

Product Description

Four-door Vacuum Drying Oven with PLC for Lithium Battery Electrode Bakingafter Coating Process
This vacuum drying oven is specially designed for new products for baking battery electrode. The vacuum chamber is cylindrical, which is convenient for loading the entire roll of battery electrode and baking under vacuum. The 4 vacuum chambers control heating separately and work independently. At the same time, the vacuum system adopts a digital display vacuum gauge to automatically control the upper and lower limits of the vacuum degree. Both the outside of the vacuum chamber and the central axis are equipped with heating devices, and are respectively equipped with high-precision temperature controllers to control the temperature. A circular observation window is set in the middle of the round door of the vacuum chamber.

Temperature control range (ºC)	Temperature fluctuation (ºC)	Heating power (KW)	Voltage (V)	Vacuum (Pa)	Air leakage (kPa/h)	Studio dimensions (mm)	Dimensions (mm)
RT-150	±1	(1+4.5)*4	380	100	<1.0	Φ600*750*4	1900*2220*1270

Temperature featuresTemperature range: room temperature +15°C~150°C l2. Heating speed: room temperature to 80°C ≤ 30 minutes (no-load state, the time for the instrument to reach the set temperature) l
3. Temperature control accuracy: ±1°C l
4.Temperature uniformity: ±5°C (no load)
5.Vacuum degree: -101KPA l
6.Holding pressure: ≤-95KPA(24h) l
7.Air leakage: the first hour ≤500PA, ≤5KPA/24 hours l
8. The surface temperature rise of the box: the surface temperature is not more than room temperature plus 15°C, except for the frame around the door;
Power configuration l

1. Power supply: 380V/50HZ (three-phase four-wire); l
2. Heating power: (4.5+1)KW×4;
3. Control system lControl method: PID adjustment SSR control