2000A Disconnect Switch | High-Amperage Industrial Disconnect

At minimum, a 2000A disconnect switch should be UL Listed and comply with UL 891 standards for low-voltage switchgear. For utility-facing installations, EUSERC approval is typically required. Seismic compliance with UBC, CBC, and IBC standards is also important for installations in earthquake-prone regions. DEI Power products carry all of these certifications.

NEMA 1 enclosures are designed for indoor use in clean, dry environments, protecting against incidental contact with enclosed equipment. NEMA 3R enclosures are rated for outdoor use, providing protection against rain, sleet, and ice formation. DEI Power's 2000A disconnect switches are available in both configurations to suit your installation environment.

DEI Power's 2000A disconnect switches support multiple voltage configurations including 120/240V, 240V, 208Y/120V, 240/120V, 480V, 480Y/277V, and 415/240V. This broad voltage compatibility makes them suitable for a wide range of commercial, industrial, and utility service entrance applications across different electrical system designs.

DEI Power ships most orders within 1 business day from their 50,000 sq. ft. facility in Ontario, California. Standard delivery is 3–5 business days. In rare cases, lead times may extend up to 5 business days. Free shipping is included on all orders, and a 1-year warranty is provided with every product.

Yes. Service entrance switchgear and disconnect equipment must be built to approved utility specifications, which vary by jurisdiction. DEI Power works directly with contractors and engineers to configure each unit to the required utility standards. Customers must contact a specialist to receive a compliant configuration and accurate quote — orders cannot be placed directly online.

2000A disconnect switches are used across commercial buildings and campuses, industrial manufacturing plants, utility substations, data centers, healthcare facilities, and processing facilities. Any environment requiring safe isolation and protection of large electrical loads — particularly at service entrance points — relies on high-amperage disconnect switches for code compliance and operational safety.