General Electric 55-508858G012 - Disconnect Switch

Introducing the General Electric 55-508858G012 Disconnect Switch, a purpose-built isolation device for demanding industrial and commercial environments. Engineered to deliver a dependable off-state even when circuits are live, it provides safe, reliable electrical isolation for maintenance, testing, and service. This switch is designed to support proper lockout/tagout procedures, giving technicians the confidence to work safely and efficiently.

Designed for safety and reliability

• Reliable electrical isolation: ensures a clear disconnect in energized systems, reducing the risk of accidental energization during work.
• Lockout/tagout readiness: built to support safety protocols that protect workers during maintenance and inspection.
• Durable, long-life construction: rugged components designed to withstand daily use in busy industrial settings, delivering years of dependable service.
• Consistent performance under load: engineered to disconnect cleanly even when power is present, enabling safe shutdowns and accurate verification during testing.

Key features of the General Electric 55-508858G012

• Brand and model: General Electric, 55-508858G012
• Product Type: Disconnect Switch
• Industrial-grade safety and reliability: designed to meet the harsh demands of factories, plants, and commercial facilities
• Easy integration: suited for standard electrical panels and switchgear setups, enabling streamlined installation and replacement

Ideal use cases

• Maintenance and service work on electrical panels, feeders, and circuits in manufacturing facilities
• Emergency shutdowns or planned outages where secure isolation is essential
• Environments requiring strict lockout/tagout compliance to protect maintenance personnel

Practical deployment tips

When integrating the General Electric 55-508858G012 Disconnect Switch, align your procedures with established lockout/tagout guidelines, verify complete isolation before any work begins, and schedule servicing during planned downtime to minimize impact on operations. Its robust construction supports repeated use across shifts, making it a reliable cornerstone of electrical safety and operational continuity.