Metric Bore Sprocket for ISO 03B Roller Chain (5mm Pitch)
The Metric Bore Sprocket is designed specifically for ISO 606 and DIN 8187 03B roller chains, featuring a 5mm pitch for precise performance. This durable sprocket ensures reliable operation in various applications, enhancing efficiency and longevity. GBC proudly offers high-quality Metric Bore Sprockets in Australia, ensuring superior performance and customer satisfaction.
Specifications for Metric Bore Sprocket for ISO 03B Roller Chain (5mm Pitch)
A metric bore sprocket designed for the ISO 03B roller chain (5mm pitch) is a crucial mechanical component for transferring rotary motion between two shafts. These sprockets are particularly suited to applications where gears may not be the ideal solution due to constraints of speed, power, or available space. Characterized by their toothed wheels that mesh effectively with compatible chains or toothed belts, these sprockets are instrumental in facilitating torque and power transmission in various machinery.
Basic Structure and Customization
The construction of a metric bore sprocket typically comprises a hub with a predetermined center bore, a series of teeth that encircle its perimeter, and sometimes additional features like a keyway or set screw to ensure a secure attachment to the shaft. Customizing a sprocket involves numerous considerations that impact its performance, including:
- Material: Metric bore sprockets can be manufactured from high carbon steel, alloy steel, or stainless steel, depending on the specific requirements of the application and the environmental factors involved.
- Tooth Profile: Different tooth profiles are available to ensure compatibility with various chain types, allowing for optimal performance in any given setup.
- Number of Teeth: The total number of teeth affects the gear ratio of the system, making this a critical design consideration based on the operational demands.
- Dimensions: Sprockets come in various sizes and dimensions, tailored to meet the specific application requirements, ensuring an effective fit with other components.
- Center Bore: The center bore must be accurately aligned with the shaft size for effective engagement; a mismatch can lead to performance issues.
- Keyway: When necessary, a keyway can be integrated into the design to enhance the connection between the sprocket and the shaft.
- Surface Treatment: Surface coatings can be applied to improve resistance against corrosion and