There are some special requirements for using conveyor belts in some sloped scenes. Generally, in this scenario, a climbing conveyor belt is used. This conveyor belt is equipped with a baffle plate on the ordinary conveyor belt, which can effectively prevent the material from being transported with a slip.
First, which scenes should be adapted to the climbing conveyor belt?
The conveyor of the climbing conveyor belt is suitable for continuous conveying of goods on floors or between heights. If the friction of the bottom of the cargo is large enough, a non-slip belt with a pattern on the surface can be used. The large-angle climbing belt conveyor needs to add a baffle and a skirt to the belt.
Rack optional material: carbon steel, stainless steel, aluminum alloy.
Belt material selection: PVC, PU, rubber, Teflon.
Climbing conveyor belts for the industry: light industry, electronics, food, chemicals, wood, machinery and other industries
Second, the application characteristics of the climbing conveyor belt
The conveyor of the belt conveyor is stable, and there is no relative movement between the material and the conveyor belt, which can avoid damage to the conveyed material. The noise is small, suitable for occasions where the working environment is relatively quiet. The structure is simple and easy to maintain. Low energy consumption and low cost of use.
The conveyor belt materials of the climbing belt are: canvas belt (or nylon belt), plastic belt, anti-static PVC belt, rubber belt (heavy objects are made of rubber belt with steel wire), metal mesh belt, and the like.
The angle of the climbing conveyor belt: it is best not to exceed 13 degrees. If it exceeds 13 degrees, add a strip or belt on the surface of the belt to choose a belt with friction. When making a climbing belt conveyor, it is usually necessary to add a fence on the sides of the belt conveyor or add a side edge on the side of the belt to prevent objects from falling during transportation.
Third, how to debug the climbing conveyor belt
1. After the installation of each equipment, carefully adjust the belt conveyor to meet the requirements of the drawings.
2. Each reducer and moving parts are filled with corresponding lubricating oil.
3. After the installation of the belt conveyor meets the requirements, each single equipment is manually tested, and the belt conveyor is debugged to meet the requirements of the operation.
4. Debug the electrical part of the belt conveyor. Including the debugging of conventional electrical wiring and actions, so that the equipment has good performance and achieves the designed function and state.