NXHB-125 4P 125A Load Break Switch

126 600,00 soʻm

The NXHB-125 4P 125A load break switch provides reliable and safe operation for frequently switched power circuits. Designed for high-current applications, this switch features an arc-quenching chamber specifically engineered to handle demanding electrical loads. Its rapid-action mechanism ensures swift and efficient switching, minimizing downtime and maximizing operational safety. Ideal for applications requiring frequent isolation and reconnection of power.

SKU: VTV-0001979
Vendor: ARBOSS

NXHB-125 4P 125A Load Break Switch — Reliable Power Disconnection for Industrial Applications

NXHB-125 4P 125A is a modern load break switch designed for the safe and reliable connection and disconnection of power circuits. Ideal for frequent switching operations, it ensures operator safety and equipment protection. Featuring a specialized arc-quenching chamber optimized for high-current applications and a rapid-action mechanism for swift operation, this 4-pole 125A switch provides robust performance in demanding environments. It’s a critical component for maintaining power system integrity.

Technical Specifications:

  • Type: Load Break Switch

  • Standard: GOST IEC 60947-3 (Likely, confirm with manufacturer)

  • Base Material: High-strength engineering plastic housing with internal metallic components (steel, copper)

  • Application: Indoor

  • Consumption: N/A - Electrical component, not consumed by volume

  • Drying Time: N/A - Not applicable

  • Durability: High mechanical and electrical endurance; resistant to arc erosion; designed for numerous switching cycles.

  • Packaging: Individual carton box with protective foam inserts.

Advantages:

  • Enhanced operator safety during switching.

  • Rapid and reliable circuit disconnection.

  • Effective arc quenching for prolonged lifespan.

  • Suitable for frequent switching operations.

  • Robust construction for demanding environments.

  • Compact design for easy installation.

Applications:

  • Industrial power distribution systems.

  • Motor control circuits.

  • Capacitor bank switching.

  • Power factor correction systems.

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