KEM360UL - 60A, 600V, 3-Pole, Disconnect Switch

In demanding industrial and commercial settings, dependable energy control is non-negotiable. The KEM360UL 60A, 600V, 3-Pole Disconnect Switch is purpose-built to deliver clean, reliable isolation for three‑phase systems, empowering maintenance teams to lock out and service equipment with confidence. With its robust 3-Pole design, all live lines are isolated at once, reducing the risk of partial energization during servicing.

Why the KEM360UL stands out

• Three-pole isolation ensures complete de-energization of all phases, streamlining safe maintenance workflows.
• 60A, 600V rating aligns with mid-to-large electrical feeders typical in industrial and commercial environments.
• Lockout/tagout compatibility supports standard safety procedures, helping facilities meet energy-control compliance during servicing.
• Under-load disconnection capability provides dependable performance even when equipment is powered, contributing to safer shutdowns.
• Long-term durability engineered for demanding environments, delivering reliable service life in daily operation.
• Easy integration designed to slot into existing switchgear or control panels with minimal rearrangement, accelerating installation and startups.

Ideal applications

• Three-phase machinery and line equipment in manufacturing floors, packaging lines, and assembly cells.
• Service panels and electrical rooms where safe isolation is essential for preventive maintenance, inspections, or component replacement.
• Facilities and commercial setups needing a dependable energy-disconnect point that supports standard LOTO practices.

Specifications

• Amperage rating: 60A
• Voltage rating: 600V
• Number of poles: 3-Pole
• Product type: Disconnect Switch
• Model: KEM360UL

Choosing the KEM360UL means equipping your electrical infrastructure with a reliable, three-phase isolation solution that prioritizes safety, compliance, and uptime. It’s a practical, purpose-driven choice for operators who value precise control, straightforward maintenance, and durable performance in real-world environments.