Siemens | PRD6N1 | Circuit Breaker | 2000A | 3-Pole

Siemens PRD6N1 Circuit Breaker delivers serious three-phase protection for demanding electrical systems. Designed for high-current environments, this 3-Pole unit is a reliable option for maintenance, retrofit, and replacement projects where exact specifications matter.

Key specifications at a glance

• Current rating: 2000 A
• Poles: 3-Pole (three-phase protection)
• Intended use: maintenance, retrofit, and replacement in suitable panels and power systems

Why choose the Siemens PRD6N1? This circuit breaker embodies Siemens’ commitment to durable, dependable electrical protection. The 3-Pole design ensures synchronized protection across all three phases, helping guard against unbalanced loads and equipment stress in industrial and commercial settings. Built for resilient performance, it’s well-suited to retrofit scenarios where existing infrastructure demands a direct, spec-matched replacement.

Ideal applications

• Industrial facilities with three-phase power distribution requiring a 2000 A protective device
• Retrofits or upgrades in large commercial or manufacturing panels
• Maintenance replacements where precise part matching (PRD6N1) is critical for compatibility

Practical guidance for ordering and installation

• Before ordering, confirm fit and ratings carefully to ensure compatibility with your panel and electrical system.
• Use the part number PRD6N1 as the most reliable reference when verifying compatibility with existing equipment.
• Plan for three-phase wiring configurations and ensure mounting and enclosure allowances align with the 3-Pole, 2000 A device requirements.

For professionals upgrading an aging distribution network or replacing a worn component, the Siemens PRD6N1 provides a precise, spec-aligned solution that supports dependable, long-term protection across three phases. If you need a robust, high-current breaker that aligns with established Siemens standards, this unit is a purposeful choice that pairs well with compatible panels and system architectures.