Meter Boards & Metering Panels

Single-phase, three-phase and CT-operated metering arrangements, specified for your project

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Meter boards for project requirements

Metering boards need to match the supply, tenant arrangement and utility connection design. The references below distinguish single-phase group-metering cabinets, three-phase group-metering cabinets and CT-operated metering switchboards.

The enclosure references are from Australian manufacturers and use IEC-aligned assembly practices rather than North American socket-meter layouts. They illustrate board configuration only. NPE confirms the Kenyan utility requirements and verification scope for each proposed assembly.

Equipment & Range Highlights

Single-phase meteringPictured: Hager VYGMS6W six-way single-phase group-metering enclosure.

Single-Phase Group-Metering Boards

Hager VYGMS6W shows an Australian six-way prewired single-phase group-metering enclosure, with tenant protection and meter wiring positions. Revenue meters are not supplied in the pictured cabinet. Kenya utility spacing, sealing and incoming arrangements are confirmed for each project.

Pictured positions6 single-phase tenants

ReferenceHager VYGMS6W

MetersNot supplied

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Three-phase meteringPictured: Hager VYGMV3W-3P three-way three-phase group-metering enclosure.

Three-Phase Group-Metering Boards

Hager VYGMV3W-3P shows an Australian prewired cabinet for three three-phase meter positions. It is a metering-board reference, not an ABB main-switchboard lineup. Revenue meters and final Kenyan utility configuration are selected separately.

Pictured positions3 three-phase meters

ReferenceHager VYGMV3W-3P

MetersNot supplied

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CT-operated meteringPictured: DSD CT-630 CT-metering switchboard with segregated meter and CT chambers.

CT-Metering Switchboard & Separate Chambers

DSD CT-630 shows an Australian CT-metering switchboard with separate meter, CT and main-switch compartments. DSD describes AS 61439.1 / .2 assembly testing. The CT-630 model name does not establish a 630 A rating or Kenyan utility approval.

ArrangementSeparate meter / CT chambers

ReferenceDSD CT-630

CT ratio & burdenBy metering schedule

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Meter Board Manufacturing Specifications

Selection item	Engineering requirement
Image references	Hager VYGMS6W single-phase, Hager VYGMV3W-3P three-phase, and DSD CT-630 CT-metering cabinets from Australia.
Kenyan configuration	Confirm utility drawings, meter footprint, sealing, incomer, neutral and earthing arrangements before manufacture. Australian references are not KPLC approvals.
Assembly standard	Specify the applicable IEC 61439 part and verification for the actual supplied assembly. AS/NZS references show an IEC-aligned enclosure approach.
Meter supply	Revenue meters, private meters and communication modules are separately defined in the approved schedule.
Protection	Select current, fault performance, residual-current protection and isolation from the design; not from the photograph.

Engineering & Build Highlights

Confirm the utility meter footprint and mounting dimensions against the approved drawings
Segregated utility metering chamber and tenant breaker chamber prevent unauthorized power tapping
Test Terminal Blocks (TTB) with voltage disconnect links and CT shorting links fitted on all CT panels
High-grade transparent polycarbonate viewing windows allow meter reading without opening main doors
Generous cabling gutter spaces with removable aluminium gland plates for heavy incoming armoured cables
Earthing terminal bar bonded directly to enclosure chassis with dedicated external earth stud

Target Applications & Sectors

Residential apartment blocks & gated estate developmentsCommercial office towers & retail shopping mallsIndustrial godowns & warehouse parksEducational university campuses & student hostelsMixed-use developments with retail & residential tenantsManufacturing plants with KPLC tariff boundary metering

We prepare the arrangement against the project requirements and the utility’s current connection instructions. Confirm meter spacing, sealing, CT details where applicable and inspection requirements before manufacture. The Australian reference images do not establish KPLC approval or an inspection-time guarantee.

Private submetering can be included in the proposed design. Confirm direct or CT connection, accuracy, communications, tenant circuits and any billing requirements for the exact selected instrument.

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Conceptual engineering scenes illustrate applications. Manufacturer reference photos are identified separately. Confirm exact models, dimensions and ratings before ordering.