EUSERC Compliant Meter Panels

Electric meter boxes must comply with applicable building codes such as UBC, CBC, and IBC, as well as utility-specific requirements from EUSERC or local utility standards. They must also meet NEC installation guidelines and UL listing requirements. In seismic zones, meter enclosures must satisfy seismic bracing and anchorage requirements. DEI Power's EUSERC Approved, UL-listed panels address all of these code requirements.

The four common types of meter panels are: (1) Meter Main — combines metering and a main disconnect breaker; (2) Service Entrance Section (SES) — provides a dedicated service entrance with overcurrent protection; (3) Service Entrance Switchgear — a heavy-duty assembly for large commercial and industrial loads; and (4) Meter Socket/Ringless Meter Base — used for residential and light commercial utility metering without an integrated disconnect.

DEI Power offers EUSERC Compliant Meter Panels across a wide amperage range from 400A up to 4000A. Available ratings include 400A, 600A, 800A, 1000A, 1200A, 1600A, 2000A, 2500A, 3000A, and 4000A, covering everything from mid-size commercial buildings to large industrial facilities and utility infrastructure.

DEI Power's meter panels are available in multiple voltage configurations including 120/240V, 240V, 208Y/120V, 240/120V, 480V, 480Y/277V, and 415/240V. This flexibility allows contractors and engineers to specify the exact voltage configuration required by the utility and the served facility without custom engineering delays.

A Meter Main integrates the utility metering socket and a main disconnect breaker into a single enclosure, simplifying the service entrance for many commercial applications. A Service Entrance Section (SES) is a modular component designed to be part of a switchgear lineup, providing overcurrent protection and service disconnect functionality without the integrated meter socket. Both are available in NEMA 1 (indoor) and NEMA 3R (outdoor) enclosures.

Yes. All DEI Power EUSERC Compliant Meter Panels are engineered to meet UBC, CBC, and IBC requirements for all seismic zones. This makes them suitable for installation across California and other high-seismic regions where structural compliance for electrical equipment is strictly enforced by building officials and utility inspectors.