ABB OS60GJ03 - 60A, 600V, 3-Pole, Fusible, Disconnect Switch

ABB OS60GJ03 is a 60 A, 600 V, 3-Pole Fusible Disconnect Switch designed for dependable on/off isolation and overcurrent protection in demanding industrial and commercial environments.

Built to handle motor disconnects, panelboards, and branch circuit protection, this compact, maintainable switch from ABB delivers reliable safety and streamlined electrical protection where space and serviceability matter most.

• Model: OS60GJ03
• Amperage: 60 A
• Voltage: 600 V
• Poles: 3-Pole
• Protection: Fusible (integrated overcurrent protection)
• Form factor: Compact design for tight electrical spaces

Key benefits and why it matters

• Reliable isolation for safe maintenance and service work across industrial lines and commercial facilities.
• Fusible protection provides rapid interruption during overloads, safeguarding wiring and connected equipment.
• Ideal for installation in motor control setups, panelboards, and branch circuits where a single, compact, maintainable fusible switch is advantageous.
• Ease of maintenance with a straightforward design that supports field checks and fuse replacement without sacrificing reliability.

Use cases

• Motor disconnect points in conveyors, pumps, fans, and other heavy equipment found in manufacturing and processing environments.
• Panelboard feed sections needing integrated overcurrent protection in a compact footprint.
• Branch circuit protection where space constraints require a single, reliable fusible switch solution.

Why choose ABB OS60GJ03

• Backed by ABB’s reputation for rugged, dependable switching solutions that perform in challenging conditions.
• Consolidates isolation and protection into one durable unit, reducing wiring complexity and parts count.
• 3-Pole configuration ensures consistent, balanced control across all lines for safer operation.

Practical tips for installation and maintenance

• Confirm system voltage and conductor sizing to select the appropriate fuse type and rating for your application.
• Coordinate with existing protection schemes and lockout/tagout procedures to ensure predictable tripping and safe work practices.
• Schedule periodic inspections to verify mechanical operation and fuse integrity, helping prevent unexpected outages.