General Electric 0282A2081P002 - Disconnect Switch

The General Electric 0282A2081P002 Disconnect Switch is engineered for reliability in demanding industrial and commercial environments where safe electrical isolation is non-negotiable. Built to support proper lockout/tagout procedures, this disconnect device delivers dependable disconnection under load, helping maintenance teams work confidently without compromising safety or uptime.

Why this disconnect switch stands out

• Lockout/Tagout readiness: Designed to integrate seamlessly with standard safety protocols, enabling compliant, verifiable isolation during service or repair work.
• Under-load reliability: Ensures a secure, immediate disconnect even when equipment is energized, reducing the risk of unintended re-energization during maintenance.
• Industrial-grade durability: Built to endure the rigors of busy facilities, with a focus on long-term performance in challenging environments.
• Trusted GE quality: A product of General Electric, backed by a legacy of safety-focused electrical components and dependable operation.

Ideal applications

This disconnect switch is suited for controlling power in a range of settings, including manufacturing floors, commercial electrical rooms, and service-heavy environments where equipment must be isolated quickly and safely for routine maintenance, inspections, or emergencies.

What you get with the 0282A2081P002

• A purpose-built disconnect switch designed to prioritize safety and reliability in daily industrial use
• Clear, decisive disconnection when it matters most—during load conditions or service intervals
• A compact, robust solution that fits standard safety and control panels in the field

Specifications

• Product Type: Disconnect Switch
• Brand: General Electric
• Model: 0282A2081P002

Practical guidance and best-use tips

To maximize safety and longevity, pair this disconnect switch with disciplined lockout/tagout procedures, verify isolation before any maintenance, and conduct periodic functional checks to confirm reliable operation under load. Ideal for facilities aiming to reduce downtime and improve safety metrics without sacrificing performance.