Tech Products 51352 Vibration Isolator 96 Lb 5/16-18

Product Description

The TECH PRODUCTS 51352 is a stud and plate mount vibration isolator rated for a maximum load capacity of 96 pounds. This round isolator measures 1-3/8 inches in diameter and 1 inch in height, with a 5/16-18 thread size and a thread length of 0.5625 inches. It is designed to absorb and dampen mechanical vibration between equipment and mounting surfaces. HVAC technicians, equipment installers, and mechanical contractors install this type of isolator under compressors, fan assemblies, pumps, and other vibrating components to reduce noise transmission and equipment wear.

This isolator fits residential and light commercial applications where vibration control is required at the equipment mounting point. Typical installations include rooftop units, condensing units, air handlers, and small pump assemblies. The dual stud and plate mount configuration allows flexibility in how the isolator is fastened to both the equipment base and the mounting surface. It is well suited for retrofit and new-installation work where a compact, low-profile isolator is needed.

Key Features

• 96 lb maximum load capacity per isolator
• 5/16-18 threaded stud and plate mount configuration
• Round profile, 1-3/8 inches in diameter and 1 inch in height
• Thread length of 0.5625 inches for positive fastening engagement
• Compact, low-profile design suited for tight mounting clearances

Compatibility

Designed as an OEM-style replacement or new-installation vibration isolator for HVAC and mechanical equipment requiring a 5/16-18 stud and plate mount with up to 96 lb load capacity per mount point.

Installation Notes

Installation is typically performed by a licensed HVAC technician or mechanical contractor. De-energize and lock out all electrical power to the equipment before removing or replacing isolators. Verify that the combined load across all isolator mount points does not exceed the rated capacity per unit. Fastener torque should follow equipment manufacturer specifications and applicable mechanical codes.