General Electric THED136070V 70A 3-Pole 136070 V Circuit Breaker Potential Transformer

The General Electric THED136070V 70A 3-Pole 136070 V Circuit Breaker Potential Transformer is built for demanding three‑phase power systems where reliable protection meets integrated metering capabilities. With a 70 A current rating and three poles, this GE device safeguards equipment while supporting precise monitoring and protective relay integration through its potential transformer design.

• Current rating: 70 A
• Poles: 3
• Voltage rating: 136070 V
• Part number: THED136070V

Key benefits in real-world scenarios

Designed for industrial control panels, commercial electrical rooms, and three‑phase distribution boards, this 3‑pole breaker ensures synchronized protection across all phases, reducing the risk of unbalanced faults. The integrated potential transformer capability simplifies metering and relay interface, helping you gather accurate system data without additional hardware.

Why this matters

In environments where uptime and precise fault information are critical, the THED136070V delivers clear advantages. The potential transformer element supports streamlined monitoring, faster fault diagnosis, and easier integration with protection schemes, which can translate to faster maintenance decisions and reduced downtime.

Ideal for

• Electrical engineers and facility managers overseeing three‑phase power distribution
• Panel builders and electricians retrofitting GE-based protection in existing installations
• Operations teams seeking robust protection with built‑in metering compatibility

Practical considerations

Before installation, confirm that your system voltage aligns with the 136070 V rating and that your panel supports three‑pole devices. Adhere to standard safety practices, follow lockout/tagout procedures, and refer to GE installation guidelines for torque specifications and mounting procedures. This component is a dependable choice for environments that demand both protective performance and reliable measurement capability.