Finding the right 6 gang meter socket involves balancing capacity, compatibility with Siemens or compatible breakers, and ease of installation. This guide highlights five top choices optimized for 6-gang configurations, with details on hubs, position counts, and compatibility to help you choose confidently for commercial or residential meter installations.
Summary of chosen products:
| Product | Brand | Position Count | Max Amp Rating | Key Feature |
|---|---|---|---|---|
| WP8612RJB | Siemens | 5 Jaw, 6 Position | 800A | Ringless horn bypass, HV hubs on top |
| 300A, 5 Jaw, 125A per Position, 3 Position | Siemens | 5 Jaw, 3 Position | 300A | Ringless cover, horn bypass |
| 200A, 5 Jaw, 125A per Position, 2 Position | Siemens | 5 Jaw, 2 Position | 200A | Ringless cover |
| 200A, 5 Jaw, 125A per Position, 2 Position, Horn Bypass | Siemens | 5 Jaw, 2 Position | 200A | Horn bypass |
| 400A, 4 Jaw, 125A per Position, 4 Position | Siemens | 4 Jaw, 4 Position | 400A | Ring Type cover, EUSERC |
Siemens WP8612RJB 800A 5 Jaw 6 Position Ringless Horn Bypass Cover
The WP8612RJB is a high-capacity meter socket designed for 6-position applications with a 800A maximum, featuring five jaws and a ringless horn bypass cover. It uses HV type hubs on the top end wall and is suitable for tenant mains when paired with specific Siemens breakers such as QS, QSH, QSHH, HQS, or HQSH. Tenant mains are not included, so compliance with local electrical codes and proper panel planning are essential.
Siemens 300A, 5 Jaw, 125A per Position, 3 Position, Ringless Cover, Horn Bypass
This Siemens model offers a robust 300A capacity with 5 jaws across 3 positions. It uses HV type hubs on the top end wall and does not include tenant main breakers. It is compatible with Siemens QP and QPH type breakers, making it a solid choice for mid-range installations that require reliable ringless cover and horn bypass features.
Siemens 200A, 5 Jaw, 125A per Position, 2 Position, Ringless Cover
With 200A total capacity and 125A per position, this 2-position lamping offers a compact solution for smaller setups. It features a ringless cover and relies on HV type hubs on the top end wall. It is designed to work with Siemens QP or QPH breakers, aligning with common residential and light commercial installations.
Siemens 200A, 5 Jaw, 125A per Position, 2 Position, Ringless Cover, Horn Bypass
This variant adds a horn bypass feature to the 2-position, 200A class. It uses HD type hubs on the top end wall and is compatible with Siemens QP and QPH breakers. The horn bypass can be beneficial in applications requiring uninterrupted service during maintenance or testing, depending on local electrical codes.
Siemens 400A, 4 Jaw, 125A per Position, 4 Position, Ring Type Cover, EUSERC
This 400A model provides a ring-type cover with four positions, designed for EUSERC-listed installations. It uses HV type hubs on the top end wall and excludes tenant main breakers. Compatible Siemens breakers include QP or QPH families, suitable for larger commercial or multifamily meter setups requiring multiple branches in a single enclosure.
Siemens 400A, 5 Jaw, 200A Per Position, 2 Position, Ringless Cover, Horn Bypass
This high-capacity 400A option features 5 jaws with 200A per position across 2 positions, plus horn bypass for service continuity during maintenance. It uses HV hubs on the top end wall and is designed for QP or QPH breakers. It suits larger multi-tenant or commercial meters where firm, reliable performance matters.
Siemens 400A, 4 Jaw, 200A Per Position, 2 Position, Ring Type Cover
This model provides 400A capacity with 4 jaws and 200A per position across two positions, featuring a ring type cover. It relies on HV hubs at the top end wall and is compatible with Siemens QP or QPH breakers. It’s a practical choice when a compact but high-capacity 6-gang arrangement is needed without ringless coverage.
Boat Rocker Switch Panel 6 Gang Panel With USB and Volt Meter
Although not a meter socket in the same class as Siemens enclosures, this 6-gang panel provides a different utility: a vehicle, boat, or RV setup with 12V switches, 3.1A USB charging, cigarette lighter socket, and a volt meter. It’s installed with a self-adhesive design, offering a quick-fit solution for auxiliary control panels in mobile applications or auxiliary electrical projects, but it’s not a mains-rated meter service enclosure.
Buying Guide: Key Purchase Considerations
- Voltage and amperage rating: Match the max service load and branch circuits to the intended installation. Higher amperage enclosures enable larger tenant mains but require compliant breakers and proper clearances.
- Jaw count and position: A 6-gang setup typically uses multiple jaws and positions. Ensure the enclosure supports the intended distribution scheme (2, 3, or 4 positions) and per-position amperage.
- Cover type and bypass features: Ringless covers simplify wiring access, while ring-type covers may be required for EUSERC listings. Horn bypass can aid maintenance without power interruption in some configurations.
- Breaker compatibility: Verify that the enclosure is designed for Siemens QP, QPH, QS, HQS, or other specified breakers. Local code requirements may dictate compatible systems.
- Hub type and installation: HV-type hubs on top end walls are common; confirm hub compatibility with your service entrance and conduit routing plans.
- Tenant mains and labeling: If tenant main breakers are not included, ensure proper labeling and compliance with electrical code requirements for multi-tenant installations.
- Warranty and listing: Check product listings (UL/EUSERC) and manufacturer warranty to ensure long-term reliability and code compliance.
- Installation considerations: Some models require professional electrical work, cabling, and careful space planning for safe operation and future maintenance.
When evaluating 6 gang meter sockets, consider the scale of the installation, required per-position capacity, and the compatibility with breaker types you plan to use. A carefully chosen enclosure not only meets current load demands but also accommodates future expansion and service continuity.