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pulley
TeLin
product advantage
1. High transmission efficiency: The belt roller transmits power through friction, which has high transmission efficiency and can provide stable transmission under different load conditions.
2. Cushioning and shock absorption: The elastic material of the belt roller can provide cushioning and shock absorption effect, reducing the vibration and impact of mechanical equipment during operation.
3. Lightweight and compact: Belt rollers are generally lighter and more compact than traditional gear drives, suitable for applications with limited space or requiring a lightweight design.
technical parameters
The technical parameters of the belt roller may vary depending on the specific product, the following are some common belt roller technical parameters:
1. Diameter: The diameter of the belt roller refers to the outer diameter of the roller, usually measured in millimeters (mm).
2. Width: The width of the belt roller refers to the width or thickness of the roller, usually in millimeters (mm).
3. Material: Belt rollers are usually made of rubber, polyurethane or other wear-resistant materials to provide good friction and durability.
4. Bearing type: Belt rollers usually use ball bearings or roller bearings to reduce friction and improve rolling efficiency.
5. Bearing load capacity: The bearing load capacity of the belt roller refers to the maximum load that the roller can bear, usually measured in kilonewtons (kN).
6. Bearing speed: The bearing speed of the belt roller refers to the maximum speed at which the roller can safely rotate, usually in units of revolutions per minute (RPM).
7. Flange shape: The rim shape of the belt roller can be flat, arc or other special shapes to suit specific application needs.
product usage
1. Conveyor belt system: Belt rollers are widely used in conveyor belt systems to drive and support conveyor belts to realize the conveying and transportation of items.
2. Mechanical transmission: Belt rollers can be used to drive mechanical equipment, such as conveyors on factory production lines, transmission devices on machine tools, etc.
3. Sports equipment: belt rollers are often used in various sports equipment, such as treadmills, rowing machines, etc., to drive moving parts through rollers to achieve sports effects.
4. Vehicle system: Belt rollers are also commonly used in vehicle systems, such as crankshaft rollers of automobile engines, tensioning rollers of transmission systems, etc.
In general, as a transmission device, belt rollers have the characteristics of efficient transmission, cushioning and shock absorption, and play an important role in various mechanical equipment and systems.
product operation guideline
he following is the product operation guide for the belt roller:
1. Installation: Firstly, determine the installation position and direction of the belt roller. Make sure the rollers are aligned with the drive belt or conveyor belt. Use the appropriate tools to mount the rollers on the support structure and make sure the fixation is secure.
2. Tension: Adjust the tension of the belt roller as needed. Make sure the belt rollers are in close contact with the drive belt or conveyor belt, but do not over-tension to avoid damaging the belt or roller.
3. Lubrication: Carry out regular lubrication maintenance according to the manufacturer's recommendations. Use an appropriate lubricant or grease and apply to roller bearings and other friction areas to reduce friction and extend the life of the roller.
4. Inspection: Regularly check the wear and damage of the belt roller. If any abnormalities are found, replace or repair the rollers in time to ensure normal operation.
5. Cleaning: Keep the belt roller clean to prevent dust, dirt or other impurities from accumulating on the surface of the roller. The rollers can be gently cleaned using a soft cloth or brush and avoid using too much water or chemical cleaners.
6. Safety precautions: When carrying out any maintenance or operation, please ensure that the belt roller is in a stopped state and follow the relevant safety operation procedures. Avoid direct contact with the roller to avoid injury.
FAQ and answer
Question 1: What should I do if the belt roller makes a noise when it is running?
Solution: The noise may be due to improper friction between the roller and the belt or damage to the roller. You can try the following:
- Check the alignment between the roller and the strap, adjust the position of the roller to ensure even contact with the strap.
- Check the bearings of the rollers for damage and, if necessary, replace the bearings.
- Lubricate the bearings and friction parts of the rollers, using appropriate lubricants to reduce friction and noise.
Question 2: What should I do if the belt roller does not slide smoothly?
Solution: The poor sliding of the roller may be caused by improper belt tension, damage to the roller, or dirt accumulation. You can try the following workarounds:
- Check the tension of the strap and adjust the tension to ensure that the strap is in close contact with the roller.
- Check the surface of the roller for dirt or impurities, and clean the roller in time to ensure smooth gliding.
- Check the bearings of the rollers for damage and, if necessary, replace the bearings
Question 3: What should I do if the belt roller is damaged or worn?
Solution: If the belt roller is damaged or worn, the roller needs to be replaced in time to ensure normal operation. You can do this by following these steps:
- Stop the machine or equipment and disconnect the power supply.
- Remove the damaged roller, taking care to record the model and specifications of the roller.
- Install new rollers, ensuring proper alignment and fixation.
- Check the alignment of the roller with the strap and adjust the tension.
- Start the machine or equipment, test and ensure that the rollers are functioning properly.
product advantage
1. High transmission efficiency: The belt roller transmits power through friction, which has high transmission efficiency and can provide stable transmission under different load conditions.
2. Cushioning and shock absorption: The elastic material of the belt roller can provide cushioning and shock absorption effect, reducing the vibration and impact of mechanical equipment during operation.
3. Lightweight and compact: Belt rollers are generally lighter and more compact than traditional gear drives, suitable for applications with limited space or requiring a lightweight design.
technical parameters
The technical parameters of the belt roller may vary depending on the specific product, the following are some common belt roller technical parameters:
1. Diameter: The diameter of the belt roller refers to the outer diameter of the roller, usually measured in millimeters (mm).
2. Width: The width of the belt roller refers to the width or thickness of the roller, usually in millimeters (mm).
3. Material: Belt rollers are usually made of rubber, polyurethane or other wear-resistant materials to provide good friction and durability.
4. Bearing type: Belt rollers usually use ball bearings or roller bearings to reduce friction and improve rolling efficiency.
5. Bearing load capacity: The bearing load capacity of the belt roller refers to the maximum load that the roller can bear, usually measured in kilonewtons (kN).
6. Bearing speed: The bearing speed of the belt roller refers to the maximum speed at which the roller can safely rotate, usually in units of revolutions per minute (RPM).
7. Flange shape: The rim shape of the belt roller can be flat, arc or other special shapes to suit specific application needs.
product usage
1. Conveyor belt system: Belt rollers are widely used in conveyor belt systems to drive and support conveyor belts to realize the conveying and transportation of items.
2. Mechanical transmission: Belt rollers can be used to drive mechanical equipment, such as conveyors on factory production lines, transmission devices on machine tools, etc.
3. Sports equipment: belt rollers are often used in various sports equipment, such as treadmills, rowing machines, etc., to drive moving parts through rollers to achieve sports effects.
4. Vehicle system: Belt rollers are also commonly used in vehicle systems, such as crankshaft rollers of automobile engines, tensioning rollers of transmission systems, etc.
In general, as a transmission device, belt rollers have the characteristics of efficient transmission, cushioning and shock absorption, and play an important role in various mechanical equipment and systems.
product operation guideline
he following is the product operation guide for the belt roller:
1. Installation: Firstly, determine the installation position and direction of the belt roller. Make sure the rollers are aligned with the drive belt or conveyor belt. Use the appropriate tools to mount the rollers on the support structure and make sure the fixation is secure.
2. Tension: Adjust the tension of the belt roller as needed. Make sure the belt rollers are in close contact with the drive belt or conveyor belt, but do not over-tension to avoid damaging the belt or roller.
3. Lubrication: Carry out regular lubrication maintenance according to the manufacturer's recommendations. Use an appropriate lubricant or grease and apply to roller bearings and other friction areas to reduce friction and extend the life of the roller.
4. Inspection: Regularly check the wear and damage of the belt roller. If any abnormalities are found, replace or repair the rollers in time to ensure normal operation.
5. Cleaning: Keep the belt roller clean to prevent dust, dirt or other impurities from accumulating on the surface of the roller. The rollers can be gently cleaned using a soft cloth or brush and avoid using too much water or chemical cleaners.
6. Safety precautions: When carrying out any maintenance or operation, please ensure that the belt roller is in a stopped state and follow the relevant safety operation procedures. Avoid direct contact with the roller to avoid injury.
FAQ and answer
Question 1: What should I do if the belt roller makes a noise when it is running?
Solution: The noise may be due to improper friction between the roller and the belt or damage to the roller. You can try the following:
- Check the alignment between the roller and the strap, adjust the position of the roller to ensure even contact with the strap.
- Check the bearings of the rollers for damage and, if necessary, replace the bearings.
- Lubricate the bearings and friction parts of the rollers, using appropriate lubricants to reduce friction and noise.
Question 2: What should I do if the belt roller does not slide smoothly?
Solution: The poor sliding of the roller may be caused by improper belt tension, damage to the roller, or dirt accumulation. You can try the following workarounds:
- Check the tension of the strap and adjust the tension to ensure that the strap is in close contact with the roller.
- Check the surface of the roller for dirt or impurities, and clean the roller in time to ensure smooth gliding.
- Check the bearings of the rollers for damage and, if necessary, replace the bearings
Question 3: What should I do if the belt roller is damaged or worn?
Solution: If the belt roller is damaged or worn, the roller needs to be replaced in time to ensure normal operation. You can do this by following these steps:
- Stop the machine or equipment and disconnect the power supply.
- Remove the damaged roller, taking care to record the model and specifications of the roller.
- Install new rollers, ensuring proper alignment and fixation.
- Check the alignment of the roller with the strap and adjust the tension.
- Start the machine or equipment, test and ensure that the rollers are functioning properly.
