Value Collection C87783 Offset Link Ansi 100 Carbon Steel 5pk

Product Description

The VALUE COLLECTION C87783 is an offset link designed for use with single strand roller chain. Offset links, sometimes called half links, allow technicians to adjust chain length without removing a full pitch. This link is manufactured from carbon steel and conforms to ANSI Number 100 chain standards. It is a common replacement and adjustment component used in mechanical drive systems across industrial, agricultural, and commercial equipment maintenance. Each package contains five links, making it practical for stocking in a service vehicle or parts room.

This offset link is suited for any application requiring a single strand ANSI 100 chain connection or length adjustment. Typical installations include conveyor drives, power transmission assemblies, and equipment where roller chain routing requires an odd number of pitches. Maintenance technicians and millwrights working on production equipment, agricultural machinery, and general mechanical systems will find this part a standard consumable for chain drive service work.

Key Features

• Carbon steel construction for strength in standard power transmission applications
• Conforms to ANSI Number 100 chain specification
• Offset link design allows chain length adjustment by a single pitch
• Compatible with single strand roller chain configurations
• Packaged in quantities of five for efficient stocking and field use

Compatibility

Designed for use with single strand ANSI Number 100 roller chain in standard power transmission and mechanical drive applications.

Installation Notes

Offset links are installed by mechanical technicians or millwrights as part of chain drive service. Before installing, relieve all tension from the drive system and de-energize the equipment following applicable lockout/tagout procedures. Use a chain breaker tool to seat the link properly and verify the clip or cotter pin is fully engaged before returning the drive to service. Offset links are generally considered a temporary or low-speed solution and should be evaluated against the duty cycle requirements of the specific drive.