INDUSTRIAL KILN

The main structure design of the tunnel kiln includes refractory shells, heating furnace wires, rollers, etc

The design of the conveying system, including the electric drum conveying system.

The electric roller conveyor system is designed with variable speed to adapt to different processing times.

The maximum speed of material movement is 5.8 meters per hour

The diameter of the roller bars is 50mm, and the distance between the roller bars is 80mm

Flange model: DN100

The expected air temperature at the exhaust port: below 150 degrees

The expected temperature when standing beside the kiln: less than or equal to room temperature +15 degrees

Electrical layout

The dimensions of the electrical cabinet are 2200mm x 800mm x 600mm, featuring a four-cabinet design.

Main electrical components

Circuit breakers: NXM-125S/2300 100A, NXM-250S/2300 160A, etc.

Power regulator: Used for temperature control.

Frequency converter: Used for motor speed control.

Switching power supply: 120W, used for power supply in control circuits.

Industrial switch: Used for network communication.

Safety measures

All electrical equipment must comply with Australian standards.

Equipped with grounding connection and overload protection.

Main structure

The main body of the tunnel kiln is made of refractory materials to ensure stability in high-temperature environments.

The design of the heating furnace wire and roller bars meets the process requirements to ensure uniform heating of the materials.

Conveying system

The electric roller conveyor system is designed with variable speed to adapt to different processing times.

The maximum speed of material movement is 5.8 meters per hour

Crucible size: 500*250*150 (mm)