HYUNDAI ELECTRIC HBS62C CIRCUIT BREAKER 40A 440VAC 7.5KA

HYUNDAI ELECTRIC HBS62C Circuit Breaker delivers dependable overcurrent protection for industrial, commercial, and demanding residential electrical systems. With a 40A continuous rating, 440VAC operating voltage, and a solid 7.5KA short-circuit breaking capacity, this unit is built to keep critical power paths safe and responsive when it matters most.

• Amperage rating: 40A
• Voltage rating: 440VAC
• Short-circuit breaking capacity: 7.5KA
• Manufactured by HYUNDAI ELECTRIC, a name trusted for dependable electrical distribution components
• Ideal for panel upgrades, retrofit projects, and maintenance replacement work where reliability is essential

Designed to support reliable panel modernization and service continuity, the HBS62C is a practical choice for electricians, panel builders, and MRO teams who need a trusted component that performs under demanding conditions. Its specifications align with a wide range of distribution setups, making it a sensible stocking option for field crews and service departments alike.

Why this breaker stands out in real-world applications: it pairs a robust 7.5KA fault-handling capability with a straightforward integration path into existing panels, reducing downtime during faults and simplifying spare-part inventories. This is especially valuable in facilities where uptime is non-negotiable, such as manufacturing floors, logistics hubs, and commercial complexes.

Practical use cases include:

• Upgrading aging distribution panels in factories or warehouses to enhance protection and fault handling
• Installing reliable replacements during routine maintenance or retrofit projects
• Stocking a proven spare for service teams responsible for critical electrical infrastructure

Ideal for professionals who value consistency, traceability, and ease of use, the HYUNDAI ELECTRIC HBS62C Circuit Breaker combines precise performance with broad applicability. When you choose this breaker, you’re selecting a component designed to support safer, more resilient electrical systems across a range of environments.