Product Introduction

These pole fuse switches include separate terminal covers for in-coming and out-going conductors, thus making installation safer. Connectors included 2 x KG45, poles 1.The 160A Pole Fuse Switch Disconnector is a multi-functional low-voltage (LV) electrical component integrating switching, isolation, and fuse protection. With a rated current of 160A, it’s designed for pole-mounted installation in LV power distribution systems—common in industrial workshops, commercial buildings, and small-scale infrastructure grids. Its core role is to safely isolate circuits during maintenance, control load current on the pole, and rely on built-in fuses to interrupt overloads or short-circuit currents, protecting downstream equipment (e.g., motors, distribution panels) and ensuring grid stability.

Features

• 160A Rated Current for Targeted Loads：Optimized for 160A current capacity, it matches mid-range LV load scenarios (e.g., commercial HVAC systems, industrial auxiliary equipment) without overcapacity waste or underperformance risks, ensuring stable long-term operation.

• Pole-Mounted Design for Space & Installation Efficiency：Tailored for pole-mounted setups, it saves cabinet space in switchgear and simplifies integration into overhead/vertical pole distribution networks. The compact structure also reduces on-site installation time and layout complexity.

• Reliable Fuse-Based Fault Interruption：Relies on high-quality fuses (e.g., gG/gL type) to respond quickly to faults: when current exceeds the fuse rating, the fuse element melts to interrupt the circuit, avoiding prolonged abnormal current that damages equipment—no need for complex electronic trip units.

• Safe Isolation Performance：Meets electrical safety standards for isolation (e.g., IEC 60947-3), with a clear "open" position indicator and mechanical interlocks (optional) to prevent accidental reconnection during maintenance. This ensures technicians can work on circuits safely.

• Durable Construction for Harsh Environments：Housings and internal components use corrosion-resistant, arc-resistant materials (e.g., reinforced thermoplastics, copper alloys), enabling reliable operation in dusty, humid, or mild-vibration environments (common in industrial/commercial sites).

Main Parameters