General Electric TEC36050S 50A 3-Pole 600 V Circuit Breaker Potential Transformer

The General Electric TEC36050S is a rugged three-pole circuit breaker designed to protect three-phase power systems up to 600 V. With a 50 A current rating, this GE device provides reliable, coordinated protection for feeders, motors, and distribution circuits in industrial environments. Part number TEC36050S helps ensure precise replacement and seamless integration into GE-compatible panels and assemblies.

Key specifications

• Current rating: 50 A
• Poles: 3
• Voltage rating: 600 V
• Part number: TEC36050S
• Type: Circuit Breaker

Why this TEC36050S stands out

Designed for three-phase power distribution, the TEC36050S ensures simultaneous disconnection of all three lines, enhancing safety and limiting fault propagation in industrial electrical systems. The 50 A rating makes it suitable for mid-range feeders and motor circuits, delivering dependable protection without unnecessary nuisance trips. As a GE component, it harmonizes with other GE protection devices, supporting straightforward maintenance, stock management, and panel maintenance programs.

Ideal use cases

• Replacement breaker in GE-distributed panels or motor control centers that service three-phase equipment up to 50 A.
• Protection for feeders feeding pumps, conveyors, compressors, and other industrial loads in manufacturing facilities.
• Distribution protection in commercial or industrial spaces where a 600 V class breaker is required.

Practical considerations

When selecting a breaker, ensure your system operates within the 600 V class and that the installation accommodates a three-pole device. The TEC36050S is intended for use as part of a coordinated protection scheme in GE-compatible electrical assemblies, offering reliable interruption capability and straightforward replacement in the field.

What you gain with GE TEC36050S

• Clear part identification with TEC36050S for efficient maintenance and replacements
• Balanced, three-phase protection that minimizes risk during faults
• Compatibility with existing GE protection ecosystems, supporting smoother commissioning and service