Browning 2722940 Roller Chain 3/4 in Pitch Ansi 60

Product Description

The BROWNING 2722940 is a single-strand, standard riveted roller chain built to ANSI B29.1 standards. It carries a 3/4 inch pitch and runs 10 feet in length, making it a practical off-the-shelf option for a wide range of industrial drive applications. The chain features a 0.469 inch roller diameter, 0.500 inch roller width, and steel construction throughout. Riveted connections provide a fixed, non-detachable link design suited for continuous-duty power transmission. Mechanical contractors, millwrights, and maintenance technicians are the typical installers for this chain size.

This ANSI No. 60 roller chain is commonly used in conveyor systems, agricultural equipment, machine drives, and light-to-medium industrial power transmission setups. The 3/4 inch pitch places it in the mid-range of standard ANSI chain sizes, suitable for drive applications where higher load capacity is needed compared to smaller No. 40 or No. 50 chain. The 10-foot length allows for custom cutting to fit specific center-distance requirements on sprocket-driven assemblies.

Key Features

• ANSI B29.1 compliant single-strand roller chain in trade size No. 60
• 3/4 inch (0.7500 inch) pitch for compatibility with standard ANSI 60 sprockets
• Riveted connection type for fixed, high-integrity link construction
• Steel material provides durability in industrial drive environments
• 0.469 inch roller diameter and 0.500 inch roller width for proper sprocket engagement
• 10-foot length allows field trimming to required drive length

Compatibility

Designed for use with standard ANSI No. 60 sprockets conforming to ANSI B29.1. Compatible with any single-strand sprocket drive system specifying 3/4 inch pitch, No. 60 trade size roller chain.

Installation Notes

Installation should be performed by a qualified millwright or maintenance technician. De-energize and lock out the drive system before removing or installing chain. Use a proper chain breaker tool to cut chain to length and to press connecting link pins. Do not force links with improvised tools, as this can damage the side plates or deform the pin bore.