BeltConveyor_W30_H180

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When designing a chip conveyor, the following key points should be noted: 
1、 Structural Design 
Type selection: Choose the appropriate conveyor type based on the type of chips (such as dry chips, wet chips, chips with oil or emulsion, etc.) and characteristics (such as size, shape, density, etc.). Common types of chip conveyors include screw conveyors, vibrating conveyors, flat chain conveyors, scraper conveyors, and pneumatic conveyors. 
Layout and installation: The conveyor should be able to be installed horizontally or diagonally to adapt to different production environments and space limitations. At the same time, it is necessary to consider the layout of the conveyor to ensure that the chips can be smoothly transported from the processing area to the designated collection or processing area. 
Design of vulnerable parts: When designing vulnerable parts such as chip scrapers and chains, their wear resistance and service life need to be considered. For example, wear-resistant materials can be used to manufacture scrapers, or scraper structures that are easy to replace can be designed to reduce maintenance costs. 
2、 Material selection and strength 
Material selection: Select appropriate materials to manufacture various components of the conveyor based on the properties of the chips and the operating environment of the conveyor. For components that need to withstand heavy loads and wear, wear-resistant steel or high-strength alloy materials can be chosen. 
Strength and stiffness: Each component of the conveyor needs to have sufficient strength and stiffness to withstand the weight of chips and the impact force during transportation. This can be achieved through reasonable structural design and material selection. 
3、 Power transmission 
Transmission type: Select the appropriate transmission type based on factors such as the conveying capacity, conveying distance, and friction resistance of the chips of the conveyor. Common transmission types include electric drive, hydraulic drive, and pneumatic drive. 
Transmission device: The transmission device needs to run smoothly, have low noise, and have a long service life. When selecting a transmission device, parameters such as power, speed, and transmission ratio should be considered to ensure that the conveyor can operate normally. 
4、 Safety protection and environmental protection 
Safety protection: The conveyor should be equipped with necessary safety protection measures, such as protective covers, safety switches, etc., to prevent operators from being injured during operation. At the same time, it is necessary to consider the stability and reliability of the conveyor to avoid malfunctions or accidents. 
Environmental requirements: When designing conveyors, environmental requirements need to be taken into account. For example, a closed structure can be used to reduce noise and dust pollution; Set up chip and dust separators to recycle and process chips and dust; Use environmentally friendly materials to manufacture various components of the conveyor. 
5、 Maintenance and upkeep 
Easy to maintain: The design of the conveyor should be easy to maintain and upkeep. For example, components that are easy to disassemble and clean can be set up; Provide necessary maintenance tools and instructions. 
Regular inspection: During use, it is necessary to regularly inspect and maintain the conveyor to ensure its normal operation and extend its service life. This includes checking the wear of various components, the looseness of fasteners, and the lubrication of transmission devices. 
In summary, when designing a chip conveyor, attention should be paid to key points such as structural design, material selection and strength, power transmission, safety protection and environmental protection, as well as maintenance and upkeep. Through reasonable design and good operation and maintenance management, the service life and performance of the conveyor can be ensured to reach the optimal level.