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Introduction to Aluminum-Bronze Screw Gears
Aluminum-Bronze Screw Gears are mechanical components that are widely used in various machines and equipment. These gears have precision grade JIS grade N9 (JIS B1702-1: 1998) JIS grade 5 (JIS B1702: 1976) and are made of CAC702 material. The normal pressure angle of these gears is 20°, while the helix angle is 45°. The gear teeth are of standard complete depth, and the reference portion of the gear is in the normal plane.
Common Usage Scenarios
Aluminum-Bronze Screw Gears are commonly used in various machines and equipment such as automobiles, printing presses, and construction machinery. These gears are suitable for use in high-speed applications that require precision and durability.
History
Screw gears have been used for hundreds of years in various machines and equipment. The first screw gears were developed in the 16th century, and since then, they have undergone many changes and improvements. Aluminum-Bronze Screw Gears were first introduced in the early 20th century and have since become a popular choice among manufacturers.
Categorization
Aluminum-Bronze Screw Gears are classified based on their size, precision, and material. These gears are available in various sizes, ranging from small to large, and are suitable for different applications. The precision of these gears determines their accuracy, and they are available in different grades. The material used in these gears determines their strength and durability.
Benefits
Aluminum-Bronze Screw Gears offer several benefits such as high precision, durability, and resistance to wear and tear. These gears are also resistant to corrosion and can withstand high temperatures. They are easy to install and require minimal maintenance.
Material
Aluminum-Bronze Screw Gears are made of CAC702 material, which is a high-strength alloy that offers excellent wear resistance and corrosion resistance. This material is also suitable for high-temperature applications and is easy to machine.
Installation and Maintenance
Aluminum-Bronze Screw Gears are easy to install and require minimal maintenance. It is recommended to mate Screw Gears composed of different materials to avoid triggering abrasion and scoring. The allowable torques proven in the table will be the calculated values based on the assumed usage conditions. If the bore diameter is significantly less than φ 4, then your bore tolerance class can be H8. If the bore diameter is φ 5 or φ 6, and the hole length (total length) exceeds three times the diameter, then the class is also H8.
Replacement
If you need to replace Aluminum-Bronze Screw Gears, it is important to match a RH with a RH, or LH with a LH, to create a set of screw gears for offset shaft applications. For parallel shaft applications, mesh reverse hands (RH and LH) of helical equipment sets.
Promotion of EVER-POWER GROUP’s Product Business
Ever-Power Group offers high-quality Aluminum-Bronze Screw Gears at a favorable price with considerate service. We welcome customers to visit us and can customize products based on pictures or samples.
FAQ
1. What is the material used in Aluminum-Bronze Screw Gears?
A: Aluminum-Bronze Screw Gears are made of CAC702 material.
2. What is the precision grade of Aluminum-Bronze Screw Gears?
A: Aluminum-Bronze Screw Gears have precision grade JIS grade N9 (JIS B1702-1: 1998) JIS grade 5 (JIS B1702: 1976).
3. What are the benefits of using Aluminum-Bronze Screw Gears?
A: Aluminum-Bronze Screw Gears offer several benefits such as high precision, durability, and resistance to wear and tear. They are also resistant to corrosion and can withstand high temperatures.
4. How do I install Aluminum-Bronze Screw Gears?
A: Aluminum-Bronze Screw Gears are easy to install. It is recommended to mate Screw Gears composed of different materials to avoid triggering abrasion and scoring.
5. Can I replace Aluminum-Bronze Screw Gears?
A: Yes, you can replace Aluminum-Bronze Screw Gears. It is important to match a RH with a RH, or LH with a LH, to create a set of screw gears for offset shaft applications. For parallel shaft applications, mesh reverse hands (RH and LH) of helical equipment sets.