General Electric | TK4V3608GR | Circuit Breaker | 3-Pole

General Electric TK4V3608GR 3-Pole Circuit Breaker is a dependable, three-pole protection device designed for maintenance, retrofit, and replacement projects. Identified by the TK4V3608GR part number, this GE breaker is intended for systems that require exact specifications and reliable overcurrent protection.

• Poles: 3-Pole
• Compatibility reference: TK4V3608GR (best reference for matching panels and specs)
• Ideal applications: maintenance, retrofit, and replacement in GE panel setups that require this specific part
• Important note: Confirm fit and ratings with the panel labeling and documentation before ordering

Why choose a GE-specific 3-pole breaker like the TK4V3608GR? It’s engineered to align with GE panel hardware, mounting interfaces, and protective behavior in multi-conductor or three-phase configurations. Using the exact part number helps prevent compatibility issues that can arise from generic substitutes, ensuring you maintain reliable conductors isolation and consistent protection across your electrical system.

Who this is for

• Electricians and technicians performing panel maintenance or upgrades in GE-environment systems
• Facility managers needing a dependable replacement part to minimize downtime
• Service teams stocking a precise, field-ready GE breaker for quick retrofit or repair jobs

Practical guidance for use

When ordering, rely on the TK4V3608GR part number as the primary compatibility reference and cross-check against your panel’s label for the correct type and ratings. This approach helps ensure the breaker will physically fit the enclosure, engage the bus connectors properly, and trip as intended under fault conditions.

Notes on compatibility and installation

Because exact fit and electrical ratings are essential, always verify panel compatibility before purchase. Match the part number TK4V3608GR to the enclosure requirements and consult your panel’s documentation to confirm acceptable breaker types, trip characteristics, and conductor sizing. This extra step reduces the risk of misfits and helps preserve panel safety and performance.