30322D - 30A, 600V, 2-Pole, Disconnect Switch

The 30322D is a rugged, industrial-grade Disconnect Switch built to deliver safe, reliable electrical isolation in demanding commercial and industrial environments. Designed with lockout/tagout (LOTO) compatibility in mind, this 2-pole switch provides dependable disconnection under load, helping maintenance teams work safely and efficiently while protecting equipment and personnel over the long term.

Why choose the 30322D?

• Industrial-grade safety and reliability: Engineered to perform consistent isolation even under load, reducing the risk of unexpected energization during servicing.
• LOTO-ready design: Facilitates safe maintenance procedures by ensuring a clear, enforced path to lock and tag the switch in the off position.
• Durable, long-service life: Built to withstand the rigors of busy facilities, control rooms, and equipment rooms, minimizing downtime and replacement costs.
• Straightforward integration: Two-pole configuration simplifies wiring and installation within existing panels, enclosures, or switchgear footprints.

Key specifications

• Amperage rating: 30A
• Voltage rating: 600V
• Number of poles: 2-Pole
• Product type: Disconnect Switch
• Model: 30322D

Ideal use scenarios

• Power isolation for motors, conveyors, and machine feeders during service or maintenance.
• Service disconnects at panels or switchgear in commercial facilities, manufacturing floors, and processing plants.
• Emergency shutdown points where quick, reliable electrical isolation is essential for safety and compliance.
• Replacement or retrofits in existing control circuits that require a robust, load-capable disconnect device.

Practical guidance for deployment

When planning installation, pair the 30322D with standard control wiring and enclosure practices used in your facility. Ensure that operators are trained on LOTO procedures, and verify that the disconnect switch is accessible for rapid de-energization while remaining protected from inadvertent contact. Routine inspections should confirm clean actuation, secure mounting, and unobstructed isolation paths to maintain peak performance over time.