Schneider Electric | NFHLE36200 | Circuit Breaker | 200A | 3-Pole | 690V

The Schneider Electric NFHLE36200 circuit breaker is a purpose-built protection device designed for demanding three-phase systems. With a robust 200 A rating, a three-pole configuration, and a 690 V rating, this breaker is engineered to deliver dependable interruption protection in industrial environments, retrofit projects, and replacement scenarios where precise compatibility matters.

Key specifications

• Amperage: 200 A
• Poles: 3-Pole
• Voltage rating: 690 V
• Part number: NFHLE36200

Why this NFHLE36200 matters

• Designed for maintenance, retrofit, and replacement tasks where matching specifications are essential, reducing the guesswork in upgrading or refreshing electrical protection.
• Part number-driven compatibility ensures you can verify fit quickly against documentation and existing panels, minimizing downtime.
• Three-pole construction provides balanced protection across all three phases, helping to guard against phase imbalances that can stress motors and equipment.

Ideal use cases

• Upgrading aging industrial control panels or service entrances where a 200 A, 3-pole, 690 V device is required.
• Retrofit projects in manufacturing lines, warehouses, or data-center ancillary systems that operate on three-phase power.
• Spare parts for facilities with Schneider Electric protection schemes that rely on the NFHLE series specifications.

Compatibility and installation considerations

Before ordering, confirm fit and ratings by cross-referencing the exact part number NFHLE36200 with your equipment documentation. This ensures seamless replacement without voltage or pole mismatches. Verify that your system supports up to 690 V and that a 200 A, 3-pole configuration aligns with the protective requirements of your three-phase installation.

Practical benefits in real-world use

• Reliable circuit protection that helps minimize unscheduled downtime and equipment damage from overcurrent events.
• Simplified maintenance and replacement workflows thanks to a clearly identifiable part number and documented specifications.
• Compatibility-driven selection reduces the risk of mismatched breakers when upgrading legacy systems or expanding capacity.