Industrial HLB3200TV 200A 3-Pole 600 V Circuit Breaker

The Industrial HLB3200TV 200A 3-Pole 600 V Circuit Breaker is engineered for serious power distribution challenges. With a 200 A current rating across three poles and a 600 V maximum rating, this breaker delivers dependable overcurrent protection in demanding industrial environments, helping to safeguard equipment, reduce downtime, and maintain safer operation of your electrical system. The part number HLB3200TV identifies a design purpose-built for robust, long-term performance in panel boards, switchgear, and industrial control interfaces.

Key specifications at a glance

• Current rating: 200 A
• Poles: 3 (three‑pole configuration for 3‑phase circuits)
• Voltage rating: 600 V
• Part number: HLB3200TV

Why this breaker stands out

• Three-pole design tailored for 3-phase industrial power distribution, streamlining wiring and protection coordination across feeders and motors.
• Solid 200 A protection level suitable for medium-to-large distribution circuits found in manufacturing, processing, and heavy equipment environments.
• 600 V rating provides versatile compatibility with common industrial motor, power, and control circuits, delivering reliable fault interruption when faults occur.
• Built for dependable performance in continuous-duty installations where uptime matters and safety cannot be compromised.

Use cases

• Main distribution panels in factories and warehouses where 3-phase loads require consistent overcurrent protection.
• Motor control centers and feeders for conveyors, pumps, compressors, and robotics systems.
• Industrial automation panels that demand rapid, reliable interruption to protect wiring, components, and operators.

How it fits into your system

The HLB3200TV is designed for integration into industrial electrical infrastructure that requires a sturdy, three-pole solution capable of handling higher current in a 600 V class system. It provides clear, decisive protection for multi‑branch circuits, helping maintain safe operation and predictable maintenance cycles.

Practical considerations and tips

• Ensure the installation matches your panel’s compatible breakers and follows local electrical codes and standards.
• Pair with appropriate feeders and protection coordination strategies to minimize nuisance trips and maximize system reliability.
• Plan for routine inspection of connections and enclosure conditions to maintain optimal performance over time.