Ls Electric 83661832002 Mounting Unit UZ-63 MT-63

Product Description

The LS ELECTRIC 83661832002 is a mounting unit designed for use with MT-63 overload relays in motor control and protection applications. This unit features screw terminals and is designated as the UZ-63 style, providing a secure and reliable connection point for overload relay installation. It is a component-level part used by licensed electricians and industrial controls technicians during panel assembly, motor starter builds, or overload relay replacement work. At 0.25 pounds, it is compact and straightforward to integrate into existing control assemblies.

This mounting unit is used in industrial and commercial electrical control panels where MT Series overload relays are deployed. It supports proper mechanical and electrical mounting of the MT-63 overload relay within motor control centers, combination starters, or standalone motor protection assemblies. This part is appropriate for both new installations and retrofit or replacement work where the original mounting unit has failed or is missing.

Key Features

• UZ-63 designation matches MT-63 overload relay mounting requirements
• Screw terminal connection style for secure, tool-based field wiring
• Part of the LS ELECTRIC MT Series control component lineup
• Lightweight at 0.25 pounds for easy handling during panel assembly
• 2-year manufacturer warranty

Compatibility

Designed for use with the LS ELECTRIC MT-63 overload relay as part of the MT Series. Alternate part number on record: MOUNTING UNIT,UZ-63,MT-63,SCREW.

Installation Notes

Installation should be performed by a licensed electrician in accordance with the National Electrical Code (NEC) and any applicable local codes. De-energize and lock out the circuit before mounting or replacing any overload relay mounting unit. Verify terminal torque requirements against the panel or relay manufacturer documentation before completing final connections. Do not install on relay models other than the MT-63 without confirming dimensional and electrical compatibility.