Hubbell HBLDS3 - 3-Pole, Disconnect Switch

Introducing the Hubbell HBLDS3 3-Pole Disconnect Switch—a purpose-built solution for safe, reliable electrical isolation in demanding industrial and commercial environments. Designed to support proper lockout/tagout procedures, this disconnect switch delivers dependable disconnection under load, helping maintenance teams work with confidence and minimizing downtime over the long term.

• 3-Pole configuration provides complete isolation across all lines in typical power feeds, ensuring a secure, definitive shutdown.
• Lockout/tagout readiness supports standard safety protocols so technicians can service equipment without risk of unexpected energization.
• Reliable disconnection under load means equipment can be safely isolated even when circuitry is active, reducing the potential for arcing or residual power during maintenance.
• Durable, long-lasting construction is built to withstand tough industrial environments, delivering consistent performance with minimal upkeep.
• Easy integration with existing panels and wiring practices, enabling straightforward installation in new or retrofit projects.

This disconnect switch is ideal for service disconnects in control panels, machinery lines, conveyors, presses, and other equipment where quick, definitive isolation is essential for safe servicing and reliable operations.

Who benefits most: facilities managers, electrical contractors, and maintenance teams who prioritize worker safety, predictable downtime, and durable performance in harsh environments.

Use cases at a glance:

• Isolating power to a machine for routine maintenance or adjustment
• Providing a clear, lockable power cutoff in control panels
• Serving as a dedicated disconnect point for equipment shutoffs in manufacturing or commercial settings

Product details

• Number of Poles: 3-Pole
• Product Type: Disconnect Switch
• Brand: Hubbell
• Model: HBLDS3

Choose the Hubbell HBLDS3 for a dependable, safety-focused disconnect solution that aligns with practical maintenance workflows and long-term facility reliability.