General Electric TSVG940A 940A 3-Pole Circuit Breaker

Meet the General Electric TSVG940A 940A 3-Pole Circuit Breaker — a dedicated, high-current protection solution for demanding three-phase power systems. Engineered by GE, this part (TSVG940A) is built to safeguard heavy feeders and critical equipment with precision and reliability.

Key benefits that matter in real-world operation

• 940 A current rating provides decisive protection for large feeders and high-demand loads, helping to prevent equipment damage from overloads and faults.
• 3-Pole configuration offers coordinated protection across all three phases, reducing the risk of phase imbalance and ensuring safer, more stable power distribution in industrial environments.
• GE engineering lineage delivers trusted performance from a brand with a long-standing history in robust electrical protection components.
• Designed for GE systems and panels, this breaker integrates with GE power-distribution architectures to support reliable, consistent operation in your existing setup.

Who benefits most from the TSVG940A

Facilities with heavy three-phase loads will find this breaker especially suitable. Think manufacturing floors with large motors, processing lines, or substantial feeders, as well as commercial sites with substantial three-phase power needs. If your circuit design relies on three-phase power and you require a high-current protection device, the TSVG940A is purpose-built for these scenarios.

Use cases and scenarios

• Protection for large three-phase motors and drive systems in industrial environments.
• Feeder protection for substantial three-phase loads in commercial facilities.
• Primary protection in GE-based power distribution setups where a high-current, three-pole breaker is appropriate.

Practical guidance for selection and installation

• Verify that the TSVG940A matches your GE panel or system’s compatibility requirements, ensuring the 3-pole, 940 A configuration aligns with your electrical design.
• Match the current rating to the load profile to balance protection needs with reliable operation and minimize nuisance trips.
• Follow standard electrical safety practices and consult your panel’s installation guidelines for proper wiring and mounting procedures.