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Belt conveyor is a commonly used material handling equipment, which consists of conveyor belts, driving devices, tensioning devices, rollers, and other components. It mainly transports materials from one location to another through conveyor belts with the help of rollers and idlers.


Belt conveyors have the following characteristics:
Large transportation capacity: Belt conveyors can efficiently transport various materials, whether they are bulk or block materials. And its conveying capacity can be adjusted according to actual needs.


Long distance transportation: Due to the flexible combination of belt conveyors and the ability to achieve long-distance transportation through multi-stage connections, it is often possible to meet the transportation needs of different sites in industrial production.
Strong adaptability: Belt conveyors can adapt to different working environments and conditions. For example, in harsh environments, special designs such as dustproof, waterproof, and explosion-proof can be used; In high-temperature environments, high-temperature resistant materials can be used for manufacturing.


Stable operation: The belt conveyor adopts a driving device to drive the conveyor belt. The entire system has a simple structure, stable and reliable operation, and low noise.


Convenient maintenance: Due to the relatively simple structure of the belt conveyor, maintenance and upkeep are relatively convenient. Usually, it is mainly necessary to regularly inspect the tensioning device, rollers and other components of the equipment, and promptly repair worn or damaged areas to ensure their normal operation.


Overall, belt conveyors are an efficient, stable, and adaptable material handling equipment widely used in many industrial fields, such as mining, building materials, chemical engineering, metallurgy, etc.

Description of belt conveyor:

Adopts various kinds of sanitary belt and stainless steel side plate, so the structure is light and simple, which is much applicable for long distance transportation.
The drive power is stepless adjustable;
The main roller is made of rubber with groove as direction guidance on it, and with the cooperation of the groove on the belt, so it can prevent the belt from deflection.
Extra ridding up device can be added onto the machine.
Framework is made of SUS304 stainless steel, material of the belt can be of PPC、PV or PU, speed can is stepless adjustable



Technical Parameter:



Name

Description

Transportation capacity

kw
Power

line speed

Capacity

PDSS-P250

0.2-0.6 m/sp>

1-3m3/H

5-10m

0.55

10-20m

0.75

PDSS P400

0.2-0.6 m/s

4-6m3/H

5-10m

0.75

10-20m

1.1

PDSS P800

0.2-0.6 m/s

8-10m3/H

5-10m

1.1

10-20m

2.2

PDSS -P1000

0.2-0.6 m/s

8-10m3/H

5-10m

1.5

10-20m

3

PDSS -P1200

0.2-0.6 m/s

10-15m3/H

5-10m

2.2

10-20m

4

PDSS -P1500

0.2-0.6 m/s

15-20m3/H

5-10m

3

10-20m

5.5


Belt conveyers, also known as conveyor belts, are a ubiquitous mode of material handling in numerous industries, owing to several distinctive advantages. Here are the key technical highlights of belt conveyer systems:


1. Efficiency and Capacity: Belt conveyers excel in transporting large volumes of materials over long distances, continuously and with minimal downtime. They can handle a wide range of item sizes and weights, making them highly versatile.
2. Flexibility in Design: Available in various configurations such as horizontal, inclined, or curved layouts, belt conveyers can be customized to fit unique site requirements and navigate through complex pathways or around obstacles.
3. Low Maintenance: With fewer moving parts compared to other conveying systems, belt conveyers generally require less maintenance, reducing downtime and operational costs.
4. Ease of Operation: Simple controls and automation capabilities facilitate straightforward operation, allowing for adjustments in speed and direction to match production needs.
5. Modular Construction: Many modern belt conveyors are designed with modular components, enabling easy assembly, disassembly, and reconfiguration as per changing process flows.
6. Safe Material Handling: Smooth surfaces of the belts minimize the risk of damage to conveyed items and provide a safe working environment by reducing the likelihood of accidents.
7. Energy Efficiency: Advanced belt materials and optimized drive systems contribute to reduced energy consumption, aligning with sustainability goals.
8. Integration with Automation and IoT: Compatibility with sensors, scanners, and control systems enables real-time monitoring, predictive maintenance, and seamless integration into Industry 4.0 environments.



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