Sleeve & Cotter Joint

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Sleeve & Cotter Joint Specification

Power Source
Mechanical (manual assembly)

Accuracy
Depends on machining (typically 0.05 mm)

Feature
Simple design, easy assembly/disassembly, allows slight misalignment

Core Components
Sleeve, Two Cotters, Rod Ends

Automation Grade
Manual

Equipment Materials
Mild Steel, Alloy Steel, or Cast Iron

Type
Mechanical Joint

Capacity
Suitable for transmitting medium to high power between rods

Weight
Depends on size (Typically 0.5 kg 2 kg)

Standard Complied
IS 2692 or custom

Application
Automobile, heavy machinery, mechanical laboratories

Color
Metallic Grey

Maintenance Requirement
Low

Misalignment Tolerance
Up to 1 degree

Assembly Method
By inserting cotter through sleeve and rod ends

Tensile Strength
Varies by material (up to 400 MPa for MS)

About Sleeve & Cotter Joint

Explore the majestic performance of our top-rated Sleeve & Cotter Joint, crafted for both standard-complied and custom specifications (IS 2692). This lofty component is designed for use in automobiles, heavy machinery, and mechanical laboratories, offering uncommon durability and precise alignment up to 1. With a reduced price and versatile use in transmitting medium to high power, it features a metallic grey finish and is constructed from mild steel, alloy steel, or cast iron. Its simple, manual assembly by inserting cotters through the sleeve and rod ends ensures easy installation and minimal maintenance, embodying reliability for manufacturers, suppliers, and traders across India.

Application Method and Industrial Usage

Sleeve & Cotter Joint allows effective power transmission between rods by simply inserting cotters through aligned sleeve and rod ends. Used widely in automobile plants, heavy machinery operations, and in mechanical laboratories, this mechanical joint is suitable for medium to high power applications. The straightforward assembly method, low maintenance requirement, and ability to accommodate slight misalignment make it ideal for on-site adjustments and robust industrial performance.

Sample, Delivery, and Stock Details

Sleeve & Cotter Joint samples are available upon request, enabling clients to evaluate the product before outlay. Our warehouse maintains stock ready for swift dispatch, ensuring that orders are shipped promptly with reduced lead time. Standard packaging safeguards each component during transit, promoting secure delivery. Delivery timeframes are reliable, supporting both one-off orders and ongoing supply requirements for manufacturers, suppliers, and traders across India.

FAQs of Sleeve & Cotter Joint:

Q: How is the Sleeve & Cotter Joint assembled?

A: The Sleeve & Cotter Joint is assembled manually by inserting the cotter through the aligned holes of the sleeve and rod ends, allowing for quick and secure installation without the need for complex tools.

Q: What industries commonly use this mechanical joint?

A: Sleeve & Cotter Joints are widely used in the automobile industry, heavy machinery plants, and mechanical laboratories where the transmission of medium to high power between rods is required.

Q: Where can this joint tolerate misalignment?

A: This joint can accommodate slight misalignments up to 1 degree, making it suitable for applications where perfect alignment is difficult to achieve and some flexibility is needed.

Q: When should I choose a Sleeve & Cotter Joint over other types?

A: Choose a Sleeve & Cotter Joint when you require a simple, easy-to-assemble connection that allows for quick disassembly, durable performance, and the ability to transmit power even with minor rod misalignments.

Q: What materials are available for the Sleeve & Cotter Joint?

A: The joint can be manufactured in mild steel, alloy steel, or cast iron, with each material offering different tensile strengths and performance characteristics suited to various applications.

Q: Is there minimal maintenance required for this joint?

A: Yes, the Sleeve & Cotter Joint is designed for low maintenance due to its robust construction and simple design, making it reliable for long-term usage in industrial environments.

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