Eaton 200 AMP Breaker HFWF3200V 3P, F-Frame, 70kA

The Eaton 200 AMP Breaker HFWF3200V is a heavy-duty, three-pole, 200 amp industrial molded-case circuit breaker (MCCB) from the Eaton Series C range. This circuit breaker is used to protect the main or feeder lines in commercial and industrial low-voltage power distribution systems. This breaker is part of the F-frame series and has a fixed thermal and fixed -magnet trip mechanism that protects against overloads and short circuits.

The HFWF3200V can handle up to 240 V AC and has a high interrupting capacity of 70 kA at that voltage. This makes it a good choice for installations that need a lot of fault current. It is made to be mounted on a panel and has a patented contact design that makes it safe and easy to use quickly. The breaker is UL approved and made to work in tough conditions. It has a strong molded housing and may be used with various heavy-duty attachments for industrial use.

Eaton 200 AMP Breaker HFWF3200V Specifications:

This Eaton 200 amp breaker is widely used for its high reliability, robust construction, and compatibility with demanding industrial environments, making it a popular choice for main or feeder protection in power distribution systems.

Key Features

• Patented high-speed contact design for superior interruption performance.​

• Fixed thermal and fixed magnetic trip for overload and short-circuit protection.​

• F-frame construction for robustness and reliability.​

• Compatibility with heavy-duty external accessories for customization.​

• UL listed and built to meet IEC 60947-2 standards.​

• Designed for panel mounting in switchboards and industrial control panels.

Industrial Use

• Main or feeder protection in commercial and industrial power distribution panels.​

• Used in motor control centers and switchgear for branch circuit protection.​

• Suitable for harsh environments such as manufacturing plants, power generation facilities, and process industries.​

• Ideal for applications requiring high interrupting capacity and reliable operation under demanding conditions.