AEGIS SGR-1.875-UKIT-1A4, Bearing Protection Split Ring 1-7/8\" For Sale

The AEGIS SGR-1.875-UKIT-1A4 Bearing Protection Split Ring is a premium grounding solution designed to safeguard electric motor bearings from electrical discharge damage caused by variable frequency drives (VFDs). Made for 1-7/8\" (1.875\") shaft diameter motors with 284T, 286T, 324TS, 326TS, 364TS, and 365TS frame sizes, this split-ring design allows for quick, non-invasive installation without disassembling the motor or removing couplings. It effectively diverts harmful shaft currents to ground, preventing bearing fluting, pitting, and premature wear — ensuring reliable and long-lasting motor performance.

Key Features

• Split-ring design for easy retrofit installation in the field

• Prevents bearing fluting and pitting caused by shaft currents

• Fits 1-7/8\" (1.875\") shaft motors

• Compatible with NEMA 284T, 286T, 324TS, 326TS, 364TS, and 365TS frame motors

• Ideal for VFD-driven motor systems

• Maintenance-free construction for extended lifespan

• Durable aluminum housing with high-performance conductive microfibers

• Includes universal installation kit with mounting hardware and conductive grease

Specifications

• Part Number: SGR-1.875-UKIT-1A4

• Brand: AEGIS

• Type: Bearing Protection Split Ring

• Shaft Diameter: 1-7/8\" (1.875\")

• Motor Frame: 284T, 286T, 324TS, 326TS, 364TS, 365TS

• Material: Aluminum housing with conductive microfibers

• Application: Shaft grounding for motors controlled by variable frequency drives (VFDs)

• Installation: Split-ring design allows fast, tool-efficient retrofit installation

Compatible Models:
Ideal for 1-7/8\" shaft motors (284T–365TS frame) from Baldor, Marathon, Leeson, WEG, Siemens, and ABB — and more.

Why Choose This Item
Choose the AEGIS SGR-1.875-UKIT-1A4 for its split-ring convenience, industry-leading bearing protection, and maintenance-free durability. Perfect for both retrofit and OEM applications, it offers proven AEGIS technology that extends motor life, reduces costly downtime, and ensures smooth operation in demanding VFD-driven environments.