AEGIS SGR-2.375-UKIT-1A4, Bearing Protection and 12 similar items

The AEGIS SGR-2.375-UKIT-1A4 Bearing Protection Split Ring is a high-performance grounding solution designed to protect electric motor bearings from electrical discharge damage caused by variable frequency drives (VFDs). Made for 2-3/8" (2.375") shaft diameter motors with 364T, 365T, 444TS, 445TS, 447TS, and 449TS frame sizes, this split-ring design allows for fast, simple installation without removing couplings or disassembling the motor. It provides a reliable, maintenance-free path for harmful shaft currents to ground ? preventing bearing fluting, pitting, and premature wear to ensure long-term motor reliability. Key Features Split-ring design allows for quick and easy retrofit installation Prevents electrical discharge damage to motor bearings Designed for 2-3/8" (2.375") shaft diameter motors Fits NEMA 364T, 365T, 444TS, 445TS, 447TS, and 449TS frame motors Ideal for VFD-controlled motor systems Maintenance-free operation with durable construction High-performance conductive microfiber technology Includes universal installation kit with mounting hardware and conductive grease Specifications Part Number: SGR-2.375-UKIT-1A4 Brand: AEGIS Type: Bearing Protection Split Ring Shaft Diameter: 2-3/8" (2.375") Motor Frame: 364T, 365T, 444TS, 445TS, 447TS, 449TS Material: Aluminum housing with conductive microfibers Application: Shaft grounding for motors powered by variable frequency drives (VFDs) Installation: Split design enables quick, tool-efficient retrofit without disassembly Compatible Models: Suitable for 2-3/8" shaft motors (364T?449TS frame) from Baldor, Marathon, Leeson, WEG, Siemens, and ABB ? and more. Why Choose This Item Choose the AEGIS SGR-2.375-UKIT-1A4 for fast installation, superior bearing protection, and proven performance. Ideal for retrofit or OEM use, this split-ring solution delivers AEGIS?s trusted grounding technology that reduces downtime, prevents costly bearing failures, and keeps VFD-driven motors running efficiently and reliably.