Conveying length: 3-75m
Rubber belt width: 400-2400mm
Conveying capacity: 30-3000t/h
Application: Widely used for transportation of various lumpy, granular and powdery materials.
Cement conveyor refers to a belt conveyor in cement plant, which is necessary accessory equipment in the cement production line.
Belt conveyor is a kind of material handling equipment with strong adaptability, apply for conveying bulk density less than 1.67t / m³, it is mostly used for powder, granular, small lump materials and bagged materials, such as sand, ore, coal, cement and other loose materials. Belt conveyor is also used to transport single items and is one of the most common continuous conveying equipment. In addition, the belt conveyor can be used not only in the case of small conveyance and short distance, but also in the conveyance of large conveyance and long-distance, and it has the characteristics of economical and practical.
In the cement industry, the cement conveyor commonly used to transport various raw materials, semi-finished products, and finished items between mining, crushing, packaging, feeding, metering, and storage. It has the advantages of high productivity, long transportation distance, multi-point loading and unloading, low power consumption, simple structure, stable and reliable work, and convenient operation.
Benefits of belt conveyor
- Structural advantages: compact structure, no foundation, can be directly laid on the floor of the roadway, the frame is light, and it is very convenient to disassemble and assemble.
- Conveying advantages: when the conveying capacity and distance are large, an intermediate drive device can be equipped to meet the requirements. According to the requirements of the conveying process, you can choose a single belt conveyor or a group of cement conveying systems to meet the needs of different operation lines.
- Operation advantages: belt conveyor has a reliable operation, easy to realize automation and centralized control, especially for high-yield and efficient mines. Belt conveyors have become the key equipment of coal mining electromechanical integration technology and equipment.
The belt conveyor has the advantages of long transportation distance, large transportation volume, continuous transportation, and reliable operation, so the belt conveyor is ideal and efficient continuous transportation equipment.
The belt conveyor of AGICO CEMENT can economically and efficiently convey various materials. In industrial production, the belt conveyor can be used as a link between cement equipment to form a continuous cement production line, so as to achieve continuity and automation of the production link and improve Productivity and reduce labor intensity.
The conveyor belt moves by the principle of friction transmission. It has the advantages of no relative movement of materials and conveyor belt, low noise, low energy consumption, standardization of components, etc., Wide application of belt conveyor include mining, metallurgy, Transportation and production lines in the chemical, foundry, building materials and other industries, as well as production departments of hydropower station construction sites and ports.
Belt conveyor classification
The belt conveyor has a variety of structural forms, including grooved belt conveyor, flat belt conveyor, climbing belt conveyor, roll belt conveyor, and curved belt conveyor.
Belt conveyor parts
The belt conveyor is mainly composed of a frame, a conveyor belt, a conveyor belt roller, a tensioning device, and a conveyor transmission device.
Belt conveyor working principle
The material conveyed by the belt conveyor is weighed by balancing frames to determine the carrying capacity and the connection speed of the belt conveyor, the pulse output ratio of the speed sensor, and the feed speed of the speed sensor, and the output signal controls equipment to establish more control on the conveyor belt to meet metering requirements.
It is mainly composed of two end-point rollers and a closed conveyor belt tightly sleeved on it. The roller that drives the conveyor belt to rotate is called the driving roller; the other roller that simply changes the direction of the conveyor belt is called a redirection roller. the driving roller is driven by the motor through the reducer, and the conveyor belt is driven by the friction between the driving roller and the conveyor belt. The driving roller is generally installed at the discharge end to increase the traction and facilitate dragging. The material is fed from the feeding end and falls on the rotating conveyor belt, which is transported to the discharge end by the friction of the conveyor belt and discharged.
Specifications of belt conveyor
Working capacity of belt conveyor
The main parameters are generally determined according to the requirements of the material handling system, the various conditions of the material loading and unloading location, the relevant production process and the characteristics of the material.
Conveying capacity: The conveying capacity of the belt conveyor refers to the amount of material conveyed per unit time. When conveying bulk materials, it is calculated by the mass or volume of the conveyed material per hour.
Conveying speed: Increasing the conveying speed can improve the conveying capacity. When the conveyor belt is used as a traction member and the conveying length is large, the conveying speed is increasing day by day. However, high-speed belt conveyors need to be paid attention to vibration, noise and starting and braking. For conveyors that use chains as traction members, the conveying speed should not be too large to prevent increasing the dynamic load. At the same time, the conveyor of the process operation should be determined according to the production process requirements.
Component size: The component size of the belt conveyor includes the width of the conveyor belt, the width of the slat, the volume of the hopper, the diameter of the pipe and the size of the container. These component sizes directly affect the conveying capacity of the conveyor.
Conveying length and inclination: the length and inclination of the conveying line directly affect the total resistance of the conveyor and the required power