AEAB3036DS - 30A, 600V, 3-Pole, Disconnect Switch

The AEAB3036DS is a high-performance Disconnect Switch designed for industrial and commercial electrical systems. With a 30A, 600V rating and a robust 3-pole design, it provides full circuit isolation and safe disconnection under load — essential for maintenance and routine shutoffs.

Designed with safety and durability in mind, this disconnect switch supports lockout/tagout procedures, helping facilities meet stringent safety standards while minimizing downtime during servicing.

Key benefits

• Full-gang 3-pole isolation ensures all conductors are safely disconnected in one action.
• 600V electrical rating makes it suitable for mid-to-high voltage distributions in industrial settings.
• 30A continuous current capacity provides reliable performance for common machinery and equipment loads.
• Lockout/tagout compatibility enables compliant, verifiable maintenance shutdowns.
• Rugged construction designed for long-term durability under demanding industrial conditions.

What this product is ideal for

Manufacturing floors, processing lines, and facilities power distribution where quick, reliable isolation is required during maintenance, repairs, or system reconfiguration. It’s well-suited for control panels, service disconnects, and non-fusible isolation in commercial installations that demand clear, repeatable de-energization.

Why AEAB3036DS stands apart

• Dedicated disconnect solution that emphasizes safe isolation and predictable operation under load, not just on-paper specs.
• Supports standard lockout/tagout procedures to improve technician safety and compliance.
• 3-pole arrangement reduces the chance of stray live conductors and simplifies safe servicing.

Specifications at a glance

• Amperage Rating: 30A
• Voltage Rating: 600V
• Number of Poles: 3-Pole
• Product Type: Disconnect Switch
• Model: AEAB3036DS

Practical usage tips

• Pair with a lockout device and tag to clearly indicate the maintenance status and authorized personnel only.
• Verify circuit isolation before servicing and recheck after any maintenance activities.
• Coordinate with other safety systems to ensure simultaneous isolation of related circuits when required.