Browning 2622876 Offset Link 60H Heavy Chain 3/4 Inch

Product Description

The BROWNING 2622876 is an offset link designed for use with single strand heavy series roller chain in ANSI 60H applications. Offset links, also called half links, allow technicians to connect chain runs that cannot be joined with a standard connecting link due to an odd number of pitches. This link is built to the 3/4 inch pitch specification required by ANSI 60H heavy series chain and conforms to ANSI standards for power transmission chain components. It is a common service part for industrial drive systems and is installed by maintenance technicians and millwrights during chain replacement or drive modification work.

This offset link is suited for single strand 60H heavy series roller chain installations found in industrial power transmission drives, conveyor systems, and machinery drives that require the heavier 60H chain construction. The heavy series designation indicates a thicker side plate compared to standard ANSI 60 chain, so confirming the chain series before installation is essential. Sold as a quantity of one link per package.

Key Features

• Offset link design allows chain length adjustment on drives with an odd number of pitches
• Matches 3/4 inch pitch of ANSI 60H heavy series single strand roller chain
• Conforms to ANSI chain standards for power transmission applications
• ANSI chain trade size 60H, single strand configuration
• Lightweight component at 0.08 pounds for easy field handling

Compatibility

Designed for use with single strand ANSI 60H heavy series roller chain with a 3/4 inch pitch. Verify that the installed chain is the heavy series 60H and not standard ANSI 60 chain before fitting this link, as the two series use different side plate dimensions.

Installation Notes

Offset links are installed by maintenance technicians or millwrights as part of chain drive service. De-energize and lock out the drive completely before removing or installing any chain components. Offset links introduce a slight stress concentration point in the chain run and should not be used as a substitute for a full-length even-pitch chain where avoidable. Follow applicable ANSI and equipment manufacturer guidelines for chain drive assembly and tensioning.