Siemens | HFD62B080 | Circuit Breaker | 80A | 2-Pole | 600V | Bolt-On

Meet the Siemens HFD62B080 circuit breaker — a purpose-built, 80‑amp, two‑pole protective device rated for up to 600V. Its bolt‑on design provides a secure, field‑reliable installation in compatible panels and enclosures, making it an ideal choice for demanding electrical environments where dependable overcurrent protection matters.

Key specifications

• Amperage: 80A
• Pole configuration: 2‑Pole
• Voltage rating: 600V
• Mounting: Bolt‑On
• Part number reference: HFD62B080

Why this model stands out

This Siemens breaker is engineered for reliability in maintenance, retrofit, and replacement scenarios where exact specifications must be matched. The 2‑pole design ensures simultaneous disconnection of both conductors, enhancing safety during trips and servicing. The 600V rating broadens its suitability for commercial and industrial applications, providing robust protection across a range of voltages while maintaining compatibility with Siemens systems and components.

Ideal use cases

• Maintenance and service upgrades where an 80A, 2‑pole, 600V bolt‑on breaker is required
• Retrofits where panel compatibility is determined by the HFD62B080 form factor and ratings
• Replacement of aging or damaged breakers that match the exact Siemens part number

Installation and compatibility tips

Before ordering, verify fit and ratings are appropriate for your panel or enclosure. The part number HFD62B080 serves as the best reference for compatibility, ensuring you’re selecting a device that matches the mounting, electrical, and interrupting specifications your system demands.

Practical guidance for best results

• Plan replacements during low‑load conditions and follow all safety protocols for de‑energizing and servicing electrical equipment.
• Use only with panels or buses that accommodate bolt‑on breakers of this form factor to maintain secure connection and reliable protection.
• Pair this breaker with compatible Siemens devices and accessories to preserve coordinated protection across the circuit network.