Browning 1295179 Torque Overload Device Clutch 350 Rpm

Product Description

The BROWNING 1295179 is a torque overload device clutch designed to protect rotating drive systems from damage caused by sudden load spikes or mechanical jams. It disengages automatically when torque exceeds a set threshold, interrupting power transmission before downstream components are damaged. This unit accommodates a maximum bore diameter of 2.43 inches and handles a static torque range of 2000 to 4000 inch-pounds, making it suitable for mid-to-heavy-duty industrial drive applications. The overall length is 6.19 inches, and the maximum operating speed is 350 RPM. Installation and adjustment are typically performed by millwrights, mechanical maintenance technicians, or power transmission specialists.

This torque overload clutch is used in conveyor systems, packaging equipment, material handling lines, and similar machinery where drive train protection is critical. It is well suited for applications running at lower shaft speeds where high torque loads are present. The 2000 to 4000 inch-pound torque range covers a wide set of industrial drive configurations. It ships as a single unit per package.

Key Features

• Maximum bore diameter of 2.43 inches accommodates a range of shaft sizes
• Static torque range of 2000 to 4000 inch-pounds provides adjustable overload protection
• 350 RPM maximum speed rating suits low-speed, high-torque drive applications
• Overall length of 6.19 inches for space-aware installation planning
• Automatic disengagement protects downstream components from damage during jam or overload events

Compatibility

Designed as an OEM-style replacement or upgrade clutch for industrial power transmission drives requiring torque overload protection within the 2000 to 4000 inch-pound range and up to 350 RPM shaft speed.

Installation Notes

Installation should be performed by a qualified millwright or mechanical technician. De-energize and lock out the drive system completely before mounting or adjusting this clutch in accordance with applicable OSHA lockout/tagout procedures. Verify shaft diameter compatibility against the 2.43-inch maximum bore specification before installation. Do not exceed the rated torque range or maximum RPM during operation.