There are 6 different methods for handling conveyor belts, and there is always one that suits you

2025,05,14

There are 6 different methods for handling conveyor belts, and there is always one that suits you

1. Adjustment of head deviation

This method can be used for any deviation caused by any reason. It is to adjust the several sets of rollers adjacent to the drum, that is, to push forward the several sets of rollers that have deviated in the direction of the belt (the direction of the belt running), and push forward on whichever side they run. Alternatively, retreating to the other side would have the same effect. During the adjustment process, it is important to note that the adjustment for each set of rollers should be minimized, but the number of adjustments can be increased. At the same time, adjustments should be made while observing to prevent excessive adjustments.

2. Adjustment of belt deviation in the middle

The deviation in the middle of the belt is related to installation accuracy, material center of gravity, etc., but it can be adjusted using this method for any reason. Push the roller bracket on the side where the belt is running forward (in the direction of the belt's movement). During the adjustment, as mentioned earlier, try to adjust as many as possible and minimize the amplitude of individual adjustments. During the adjustment, observe the movement of the belt towards the middle. After several cycles of operation, if the belt runs well, tighten the roller bracket bolts.

3. Adjustment of tail belt deviation

The adjustment of the tail belt deviation is the simplest. Just tighten the adjusting bolt on which side the belt runs, that is, tighten the belt on which side.

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4. Adjustment of belt deviation caused by material deviation

Material deviation refers to the situation where the material falling onto the belt is not in the center of the belt conveyor, but is biased towards one side, causing the belt to deviate. At this time, the material can be adjusted to the center by adjusting the valve or the discharge port, so that the belt will return to the correct direction of operation. If there is still a difference, it can be adjusted by the roller support to make the belt run in the center.

5. The adjustment method for the deviation of the return belt is the same as the above adjustment method.

6. During production, there may be different forms of belt deviation.

If it is not too serious, try to use a self-aligning roller to adjust it. Push the roller upwards in which direction the belt deviates.

In short, belt deviation is quite common in production, and using this method to adjust it is simple and clear, without considering the cause. It is effective and quick to adjust. In order to ensure that the belt can serve production well, several issues should be noted during the replacement or use of the belt. Firstly, when replacing the belt, it is important to prevent belts that are tight and loose from entering the production line; The belt interface should be straight and not skewed. During operation, it is necessary to promptly clean the foreign objects and mud adhered to the drum and rollers. If any torn or frayed edges are found, they should be cut off in a timely manner. If any problematic rollers are found, they should be replaced in a timely manner, and so on. At the same time, readers are reminded that if there are any discomforts in the text, please criticize and correct them.

What is a Conveyor Belt

Conveyor belts are widely used in agriculture, industrial and mining enterprises, and transportation industries to transport various solid block and powder materials or finished items. Conveyor belts can be transported continuously, efficiently, and at a large angle, with safe operation, easy use, easy maintenance, low transportation costs, and can shorten transportation distances, reduce project costs, and save manpower and material resources.

Usage purpose

Oil Resistant Conveyor Belt, anti-skid conveyor belt, climbing conveyor belt, Acid And Alkali Resistant Conveyor Belt, Heat Resistant Conveyor Belt, Cold Resistant Conveyor Belt, flame resistant conveyor belt, corrosion-resistant conveyor belt, moisture-proof conveyor belt, low-temperature resistant conveyor belt, high-temperature resistant conveyor belt, oil resistant conveyor belt, heat-resistant conveyor belt, cold resistant conveyor belt, low-temperature resistant conveyor belt, high-temperature resistant conveyor belt, acid and alkali resistant conveyor belt, flame-retardant conveyor belt.

By material

PVC Conveyor Belt, PU conveyor belt, polyethylene conveyor belt, plastic chain plate conveyor belt, modular mesh conveyor belt, polypropylene conveyor belt, Nylon Conveyor Belt, PTFE conveyor belt, stainless steel conveyor belt.

Temperature capability

① Heat resistant conveyor belt: TI type can withstand no more than 100 degrees, T2 type can withstand no more than 125 degrees, T3 type can withstand no more than 150 degrees

② High Temperature Resistant Conveyor Belt: temperature resistance not exceeding 200 degrees

③ Flame resistant conveyor belt (metal mesh core conveyor belt): temperature resistance of 200-500 degrees

The fundamental reason for belt deviation is that the external force acting on the tape is not zero in the width direction of the belt, or the tensile stress perpendicular to the width direction of the belt is uneven, resulting in a force component towards one side from the reaction force of the roller or drum on the belt, which causes the belt to deviate towards one side.

Author:

Mr. WUHAO

Phone/WhatsApp:

+86 15517507389