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AUTO V BELT
The effectiveness of raw edge cogged belts is evident where the pulley diameters are extremely small, belt speed requirement is high, high levels of power transmissions are required, operating temperatures are quite high, Usage of wrapped construction belts is rendered expensive proposition and impractical. Raw edge belts are best suited for such conditions because of the usage of high-grade components that go into the manufacturing of these belts.
Our MITSUSTAR production range of Automotive sections for both types are; AVX10, AVX13, AVX15, AVX17, AVX22, 15, 17, 22, 24, 28, 30, 32.
  | Section: n Black: Cover fabric n Cushion layer: the adhesive polychloroprene-rubber compound or EPDM rubber compound. n Tension cord: low-stretch polyester cord. n Gear tooth core: Polychloroprene-rubber compound with transverse textile fibers. n Fabric: Sheer strength polyamide. |
Product Benefits: l High efficiency l High level of durability l Low-maintenance operation l Very smooth running Excellent tension behavior |  |
| Features: The characteristics of the MITSUSTAR make its use especially cost-effective requiring low maintenance. Any mechatronic engineer would be enthused by its smooth running, even in the case of small pulley diameters for propelling alternators, water pumps, air conditioning compressors, or power steering. |
| Teeth Profiles: | |||||
Section | Top Width(mm) | Height(mm) | Length Range(mm) | ||
AVX10 | 10 | 8 | 500-6000 | ||
AVX13 | 13 | 9 | 500-6000 | ||
AVX15 | 15 | 9 | 500-6000 | ||
AVX17 | 17 | 11 | 500-6000 | ||
AVX22 | 22 | 13 | 500-6000 | ||
15 | 15/32" | 5/16" | 20"-195" | ||
17 | 17/32" | 11/32" | 25"-195" | ||
22 | 22/32" | 7/16" | 30"-195" | ||
28 | 28/32" | 9/16" | 35"-195" | ||
Mark:
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A cogged V belt is a power transmission belt with cogs on the inside of the V-shaped cross section. The cogs help grip the pulleys and prevent slipping. Cogged V belts are used in high-power applications such as motorized vehicles.
While there are many different types of V belts on the market, cogged V belts offer a number of advantages that make them ideal for many applications. Cogged V belts have a number of unique features that make them ideal for use in a wide variety of industries. Here are some of the key advantages of cogged V belts:
1. Improved Power Transmission: Cogged V belts are designed to provide improved power transmission compared to traditional V belts. The cog design helps to grip the pulley more securely, resulting in less slippage and improved power transfer. This can result in increased efficiency and longer belt life.
2. Decreased vibration: The cog design of cogged V belts also helps to reduce vibration compared to traditional V belts. This can prolong the life of the belt as well as improve the quality of the power transmission.
3. Increased flexibility: Cogged V belts are more flexible than traditional V belts, making them ideal for use in a variety of applications where space is limited or movement is required.
4. Reduced noise: The cog design of cogged V belts also helps to reduce noise compared to traditional V-belts. This makes them ideal for use in sensitive applications or environments where noise reduction is a priority.
Cogged V Belt is basically a power transmission belt which is widely used in industrial and agricultural applications. It is specially designed to transmit higher torque at lower speeds than the conventional V belts. Cogged V Belt provides increased grip and hence, it is ideal for heavy duty applications.
A cogged V belt is an improved version of the standard V belt. It has strategically-placed cogs on the inside of the belt, which grip the pulley more effectively and prevent slippage. This makes the cogged V belt ideal for high-powered engines that require a lot of torque.
To operate a cogged V belt, simply thread it around the pulleys and tighten it according to the manufacturer's instructions. Be sure to check the tension regularly, as cogged V belts can loosen over time. If the belt starts to slip, adjust the tension accordingly.
What are cogged v belts?
Cogged v belts are a type of belt used to drive pulleys in a variety of applications. They are specifically designed to provide maximum grip and prevent slipping.
How do cogged v belts work?
Cogged v belts work by engaging the teeth on the inside of the belt with the teeth on the pulley. This provides a strong grip that prevents slipping.
Why are cogged v belts used?
Cogged v belts are used because they offer a high level of grip and prevent slipping. This makes them ideal for applications where there is a lot of torque or power involved.
What are the benefits of using cogged v belts?
There are many benefits to using cogged v belts, including:
-They offer a high level of grip and prevent slipping
-They can handle high levels of torque and power
-They have a long lifespan
-They are low maintenance
AUTO V BELT
The effectiveness of raw edge cogged belts is evident where the pulley diameters are extremely small, belt speed requirement is high, high levels of power transmissions are required, operating temperatures are quite high, Usage of wrapped construction belts is rendered expensive proposition and impractical. Raw edge belts are best suited for such conditions because of the usage of high-grade components that go into the manufacturing of these belts.
Our MITSUSTAR production range of Automotive sections for both types are; AVX10, AVX13, AVX15, AVX17, AVX22, 15, 17, 22, 24, 28, 30, 32.
| Section: n Black: Cover fabric n Cushion layer: the adhesive polychloroprene-rubber compound or EPDM rubber compound. n Tension cord: low-stretch polyester cord. n Gear tooth core: Polychloroprene-rubber compound with transverse textile fibers. n Fabric: Sheer strength polyamide. |
Product Benefits: l High efficiency l High level of durability l Low-maintenance operation l Very smooth running Excellent tension behavior | |
| Features: The characteristics of the MITSUSTAR make its use especially cost-effective requiring low maintenance. Any mechatronic engineer would be enthused by its smooth running, even in the case of small pulley diameters for propelling alternators, water pumps, air conditioning compressors, or power steering. |
| Teeth Profiles: | |||||
Section | Top Width(mm) | Height(mm) | Length Range(mm) | ||
AVX10 | 10 | 8 | 500-6000 | ||
AVX13 | 13 | 9 | 500-6000 | ||
AVX15 | 15 | 9 | 500-6000 | ||
AVX17 | 17 | 11 | 500-6000 | ||
AVX22 | 22 | 13 | 500-6000 | ||
15 | 15/32" | 5/16" | 20"-195" | ||
17 | 17/32" | 11/32" | 25"-195" | ||
22 | 22/32" | 7/16" | 30"-195" | ||
28 | 28/32" | 9/16" | 35"-195" | ||
Mark:
|
A cogged V belt is a power transmission belt with cogs on the inside of the V-shaped cross section. The cogs help grip the pulleys and prevent slipping. Cogged V belts are used in high-power applications such as motorized vehicles.
While there are many different types of V belts on the market, cogged V belts offer a number of advantages that make them ideal for many applications. Cogged V belts have a number of unique features that make them ideal for use in a wide variety of industries. Here are some of the key advantages of cogged V belts:
1. Improved Power Transmission: Cogged V belts are designed to provide improved power transmission compared to traditional V belts. The cog design helps to grip the pulley more securely, resulting in less slippage and improved power transfer. This can result in increased efficiency and longer belt life.
2. Decreased vibration: The cog design of cogged V belts also helps to reduce vibration compared to traditional V belts. This can prolong the life of the belt as well as improve the quality of the power transmission.
3. Increased flexibility: Cogged V belts are more flexible than traditional V belts, making them ideal for use in a variety of applications where space is limited or movement is required.
4. Reduced noise: The cog design of cogged V belts also helps to reduce noise compared to traditional V-belts. This makes them ideal for use in sensitive applications or environments where noise reduction is a priority.
Cogged V Belt is basically a power transmission belt which is widely used in industrial and agricultural applications. It is specially designed to transmit higher torque at lower speeds than the conventional V belts. Cogged V Belt provides increased grip and hence, it is ideal for heavy duty applications.
A cogged V belt is an improved version of the standard V belt. It has strategically-placed cogs on the inside of the belt, which grip the pulley more effectively and prevent slippage. This makes the cogged V belt ideal for high-powered engines that require a lot of torque.
To operate a cogged V belt, simply thread it around the pulleys and tighten it according to the manufacturer's instructions. Be sure to check the tension regularly, as cogged V belts can loosen over time. If the belt starts to slip, adjust the tension accordingly.
What are cogged v belts?
Cogged v belts are a type of belt used to drive pulleys in a variety of applications. They are specifically designed to provide maximum grip and prevent slipping.
How do cogged v belts work?
Cogged v belts work by engaging the teeth on the inside of the belt with the teeth on the pulley. This provides a strong grip that prevents slipping.
Why are cogged v belts used?
Cogged v belts are used because they offer a high level of grip and prevent slipping. This makes them ideal for applications where there is a lot of torque or power involved.
What are the benefits of using cogged v belts?
There are many benefits to using cogged v belts, including:
-They offer a high level of grip and prevent slipping
-They can handle high levels of torque and power
-They have a long lifespan
-They are low maintenance
