METRO POWERConventional Electric MeteringPlan a project ↗
Comcore TA73 single-phase electronic meter with its display, push button and clear terminal cover, lit from the upper left on a dark floor
Comcore TA73 Series single-phase electronic meterProduct image, AI-lit from manufacturer photograph, not an installation

Conventional Electric Metering

Dependable measurement for every service configuration.

Electronic and electromechanical metering selected through service, form, class, accuracy, installation and utility requirements.

Discuss this solution Follow the revenue chain Check what you need to start
Your first project questionWhat service must be measured?You do not need a meter model yet. Start with the service configuration, then the guided workspace will show which interfaces and acceptance evidence matter.← Explore all Metro Power solutions
Comcore NA67 ANSI round meter with its clear cover, display and socket base, lit from the upper left on a dark floor
Comcore NA67 ANSI round meter.

Understand the system

Understanding Conventional Electric Metering

Conventional metering provides reliable revenue measurement without requiring a complete AMI communications stack. The correct meter is determined by the electrical service, socket or enclosure, current range, accuracy class, utility practice, test requirements and applicable approvals.

The opening problem

The meter can be accurate and the bill can still be wrong.

Service configuration, enclosure, transformer ratios, programming, testing and the billing multiplier must describe the same installation.

Two valid service pathsChoose the arrangement from the service, not from the meter name.
Conventional meter enclosure, product photograph
METER ENCLOSURE · Product photograph
DIRECT-CONNECTED PATHService current passes through the meter.
Current and potential transformers, product image
CT AND PT INTERFACES · Product image
TRANSFORMER-RATED PATHInstalled ratios and burden control the multiplier.
TA73 conventional single-phase electronic meter, product photograph
TA73 CONVENTIONAL ELECTRONIC METER · Product photograph
REVENUE MEASUREMENTTest, program, seal, read and bill from one controlled configuration.NO AMI NETWORK REQUIRED
The result to control Service arrangement, meter form, CT or PT ratio, programming and billing multiplier agree.

The revenue chain, drawn

Two ways to meter a service. One bill at the end.

Smaller services carry the load current straight through the meter. Larger services scale it down through current and voltage transformers first, and the billing multiplier must match the ratio actually installed. Every link in the chain is a place where an accurate meter can still produce the wrong bill.

Reading note

Conceptual chain. Exact forms, diagrams and requirements depend on the utility and service.

Study the revenue chain in the Academy

CONVENTIONAL METERING VALUE · TWO PERSPECTIVES

Defensible revenue measurement. Fewer avoidable field mismatches.

Conventional metering remains valuable when the complete service, measurement interface, acceptance evidence and operating record are controlled, not merely the meter model.

Choose your viewSee the benefits that matter to your role.

01FOR THE UTILITY OR METERING TEAM

  1. 01

    Service-specific measurement

    Voltage, phase, wire, form and current class can be matched to the actual connection.

    What makes it trueRequires a controlled service schedule and approved wiring basis.
  2. 02

    Testable acceptance

    Accuracy, configuration and physical acceptance can be checked before field release.

    What makes it trueRequires current specifications, samples, test methods and acceptance authority.
  3. 03

    Stronger revenue traceability

    Serial, seal, test, installation and reading records can support a more accountable revenue chain.

    What makes it trueRequires disciplined asset and field-record governance.
  4. 04

    Controlled replacement planning

    Programs can distinguish exact fit from superficially similar equipment.

    What makes it trueRequires service records, socket or enclosure verification and approved substitutions.

02FOR THE ACCOUNT HOLDER OR FACILITY

  1. 01

    Measurement suited to the service

    The installed meter can be selected for the actual electrical configuration and expected duty.

    What makes it trueFinal compatibility must be confirmed by the responsible utility or engineer.
  2. 02

    More explainable field work

    Controlled test, seal and replacement records can make meter interventions easier to trace.

    What makes it trueDepends on the utility’s record and customer-communication process.
  3. 03

    Fewer configuration surprises

    Checking the complete interface before installation can reduce avoidable fit and wiring problems.

    What makes it trueRequires site verification rather than appearance-based selection.
  4. 04

    A stable foundation for future programs

    Reliable conventional measurement can remain useful whether or not communications are later added.

    What makes it trueFuture functionality depends on the selected platform and utility plan.
Important context

A familiar enclosure or current class does not prove compatibility. The service, meter form, wiring, accuracy, interfaces and utility requirements control final selection.

Learn the system in Metro Power Academy

System architecture

See the system move.

Follow the journey from physical equipment to the decision a customer or operator can act on.

  1. 01 · System layer

    Capture

    The service configuration establishes voltage, phase, wire and current requirements.

  2. Meter enclosure, product photograph
    02 · Product photograph

    Connect

    The socket, enclosure and instrument-transformer arrangement define the physical interface.

  3. TA73 single-phase electronic meter, product photograph
    03 · Product photograph

    Understand

    The meter measures energy and supported demand, event or tamper data.

  4. 04 · System layer

    Act

    Testing, sealing, reading and revenue-protection procedures complete the operating system.

INTERACTIVE SYSTEM VIEW

Conventional revenue-metering architecture

Accurate billing starts with the complete service arrangement, not the meter name alone.

OPERATING SIMULATION · ILLUSTRATIVESELECT PLAY TO TRACE THE SYSTEM
Meter socket enclosure, product photograph01SERVICE + SOCKETPHYSICAL INPUT
TA73 single-phase electronic meter, product photograph02REVENUE METERCONTROL POINT 1
TEST + SEALCONTROL POINT 2
READ + BILLOPERATING OUTCOME
000000.0 kWhREGISTER READ · SEAL INTACT
Physical energy or flow Measurement and data Controlled responseConceptual model, not an installed project. Product photographs and product images show the equipment types supplied; actual architecture and values depend on project design.
STAGE 01 · Define

Utility service

Voltage, phase, wire arrangement and current establish the service configuration the revenue-meter installation must match.

  • 01Voltage & phase
  • 02Wire configuration
  • 03Current range
System progress
1 / 6
Select a stage Follow the moving system path Review what must happen there

Field realitybecomesOperational action

Meter socket enclosure, product photograph
PRODUCT PHOTOGRAPH · METER ENCLOSURE

System to real world

See what changes when the architecture begins operating.

  1. 01
    Configure

    Service and meter form are matched

  2. 02
    Measure

    Revenue energy is recorded

  3. 03
    Control

    Testing, sealing and billing close the chain

This visual explains system behavior. Final performance depends on approved design, field conditions, configuration and operating discipline.

Metro Power visual explainer

Watch the operating idea take shape.

Use this short film as orientation, then continue into the system architecture, technical lesson or readiness action.

Conventional metering · Film 15 of 35 · 0:40

The complete measurement chain

Connect service, form, meter, instrument transformers, installation and evidence into one configuration.

The Metro Power solution

Technology, made deployable here.

We close the gaps between the manufacturer’s product, Philippine site conditions and the people who must operate the system.

  1. 01Service and meter-form confirmation
  2. 02Terms of reference (TOR) and specification review
  3. 03Sample, test and approval coordination
  4. 04Socket, enclosure and accessory matching
  5. 05Supply, allocation and delivery control
  1. TA73 Series single-phase electronic meter, product photograph
    The manufacturer’s productPublished ratings, documents and factory tests
  2. Matched to the siteRatings, frequency, climate and approvals checked against the published product
  3. Philippine site conditions60 Hz service, meter form, climate and approvals
  4. Prepared to operateDelivery, commissioning and permits coordinated, and the operating team trained
  5. The team that operates itHandover records, training and continuing support
Drawing, not to scale

Metro Power closes the two gaps marked on the line.

Complete decision path

From first question to accepted operation.

A solution is complete only when technical behavior, project evidence and operating ownership remain connected.

  1. 01 · Configure

    What service, form, class and current arrangement apply?

    Approved service and technical schedule

  2. 02 · Qualify

    Is the exact product supported by current approval and tests?

    Model-specific Energy Regulatory Commission (ERC), factory and utility records

  3. 03 · Install

    Do meter, CT/PT, wiring, multiplier and seals agree?

    Commissioning and identity reconciliation

  4. 04 · Maintain

    Can accuracy, asset identity and revenue records be sustained?

    In-service tests, seal history, exceptions and controlled removal

Failure modes to control

  • Similar model substituted

    Match approval and test evidence to the exact identity.

  • Accuracy class treated as installed accuracy

    Control CT/PT, burden, wiring, constants and environment.

  • Field and billing records diverge

    Reconcile serial, account, ratios, multiplier and location.

Acceptance evidence

  1. 01Exact type and configuration approval
  2. 02Meter and instrument-transformer evidence
  3. 03Installation and seal record
  4. 04End-to-end billing reconciliation
  5. 05In-service maintenance plan

Possible equipment paths

See what may fit, then verify it.

These are starting points for discussion, not automatic recommendations. Use the plain-language clues below to understand where each option may fit and what Metro Power still needs to confirm.

  1. 1Recognize the possible useCheck whether it sounds like your site or operating need.
  2. 2See what is knownThe evidence label tells you how mature the available information is.
  3. 3Open the next checkWe explain the project details needed before selection.
What this evidence means
Initial product information
Useful product information is available for early review. Final technical evidence follows requirement confirmation.
Project details needed
The correct equipment depends on your approved drawings, ratings and installation conditions.
TA73 Series
01

Single-phase electronic meter

TA73 Series

Evidence: Initial product informationCurrent product image

May supportResidential, commercial or industrial revenue metering

Compact single-phase meter for conventional services read on site, with anti-tamper features and optical or configured interfaces.

First details to review
  • Single-phase electronic measurement
  • Compact enclosure
See what we know and need next

3 more Conventional Electric Metering products

TC78 Series
02

Three-phase electronic meter

TC78 Series

Evidence: Initial product informationProduct reference image

May supportResidential, commercial or industrial revenue metering

Three-phase electronic meter for direct-connected utility and commercial services, with tamper indication and ultrasonic sealing.

First details to review
  • Three-phase electronic measurement
  • Tamper indication
See what we know and need next
NA67 Series
03

ANSI round smart meter

NA67 Series

Evidence: Initial product informationProduct reference image

May supportResidential, commercial or industrial revenue metering

Round meter for utilities that use ANSI socket services, with a choice of accuracy class and an internal relay by configuration.

First details to review
  • ANSI round form factor
  • Multiple accuracy options stated
See what we know and need next
Project-configured
04

Metering accessories

Project-configured

Evidence: Project details neededProduct reference image

May supportMeter installations requiring matched sockets, bases or enclosures

Sockets, bases, boxes and accessories matched to the approved installation.

First details to review
  • Service and form matching
  • Enclosure and sealing review
See what we know and need next
Search and compare the complete Metro Power portfolio

Exact conventional-meter configuration, approvals, test evidence and accessory compatibility must be confirmed against the utility’s current controlling specification.

Turn learning into a decision

What your team should be able to decide next.

Move from a familiar meter name to an exact, testable and compatible revenue-meter configuration.

  1. 01Utility planning

    What service must be measured?

    Voltage, phase, wire, current, form and account type establish the meter family.

    Define the service configuration

  2. 02Engineering

    Will every interface match?

    Socket, enclosure, terminals, CT or PT ratios, burden, accuracy and sealing must align.

    Prepare the technical schedule

  3. 03Procurement

    What evidence controls acceptance?

    Approved specification, samples, tests, certificates, programming and delivery allocation must be traceable.

    Submit the current specification

  4. 04Metering operations

    Can it enter the revenue process?

    Reading, testing, sealing, installation, maintenance and revenue-protection procedures complete readiness.

    Confirm operating acceptance

Where it may fit

Does one of these sound like your need?

You do not need to choose equipment yet. If one of these situations sounds familiar, Metro Power can help define the correct starting point.

  • Residential revenue metering
  • Commercial and industrial accounts
  • New service connections
  • Meter replacement programs
  • Loss-control programs
  • Non-AMI utility deployments

Prepare without the guesswork

Bring what you have. We’ll help with what is missing.

These inputs help us understand the project. They are not entry requirements, and you do not need every item before contacting us.

  1. 01

    Service voltage, frequency, phase and wire

    Voltage, phase and wiring identify the basic electrical service the meter must measure.

  2. 02

    Meter form, class and current

    Form, current range and class determine electrical and physical compatibility.

  3. 03

    Socket or enclosure standard

    The mounting and enclosure must physically fit the approved service arrangement.

  4. 04

    Accuracy and test requirements

    Accuracy and acceptance tests determine which documented meter configuration can be considered.

  5. 05

    Required approvals and certificates

    Certificates and approvals must match the exact model and intended use, not only the product family.

  6. 06

    Quantity, delivery and allocation schedule

    Quantity and required date affect allocation, production, testing and delivery planning.

Guided next stepBuild my starter checklistAnswer one question at a time. Your progress is saved on this device.

Your next decision

Which service must this meter fit?

The meter, enclosure, any measuring transformers, test evidence and billing record must agree. Bring the service information or current specification you have; Metro Power can help identify what still needs confirmation.

Review a metering requirement