Did 530 Standard Series Drive Chain

The DID 530 Standard Series Drive Chain delivers dependable performance and durability at an economical price. Engineered for motorcycles originally equipped with non-O-ring chains, this chain provides a robust and reliable power transfer.

Description

This 530 standard chain features solid rollers and quad-staked pin riveting for increased strength and longevity. Constructed from special alloy steel, the DID chain offers superior resistance to wear and tear. The extended riveted bushing with anti-kink design ensures smooth operation and reduces the risk of binding. Pre-stretched at the factory, the chain minimizes initial stretch and requires less adjustment after installation. Ideal for motorcycles with engines up to 400cc, the DID 530 standard chain offers exceptional value and performance for your ride. Get reliable power transfer and lasting durability with this high-quality drive chain designed for enthusiasts and everyday riders alike. Installation is straightforward, making it a perfect replacement for your worn chain.

Features & highlights

• Delivers reliable performance and durability at an economical price.
• Features solid rollers and quad-staked pin riveting for increased strength and longevity.
• Constructed from special alloy steel for superior resistance to wear and tear.
• Extended riveted bushing with anti-kink design ensures smooth operation and reduces binding.
• Pre-stretched at the factory to minimize initial stretch and reduce adjustments.
• Designed for motorcycles originally equipped with non-O-ring chains.

Technical specifications

• Brand: DID
• Product Name: Drive Chain
• Chain Size: 530
• Chain Type: 530 Standard
• Seal Type: Non-Seal
• Master Link Connector Type: Clip
• Number of Links: 112
• Tensile Strength: 30.8 kN (6930 lb)
• Maximum Engine Displacement (Street): 400 cc
• Color/Finish: Steel
• Weight: 1.06 kg/100 Links

Important to know

This chain comes with a clip-type connecting link. Verify compatibility with your motorcycle before installation.