Engineering procurement
Smart Meters & MCBs — Revenue metering and final-circuit protection
Selection path
Specification parameters
Selection runs Voltage → Current → Fault rating → Application → Standard → Indoor/outdoor → Insulation → OEM → Delivery → Utility acceptance → Origin → Certification → Datasheet.
- 01Voltage
- 240 / 415 V
- 02Current
- 6 – 125 A (MCB/RCBO); CT-connected meters
- 03Fault rating
- 6 / 10 / 15 kA breaking capacity
- 04Application
- Utility, C&I and embedded network metering; final circuits
- 05Standard
- AS/NZS 60898, AS/NZS 61008/61009, NMI M 6, IEC 62053
- 06Indoor / outdoor
- Meter panels and enclosures
- 07Insulation medium
- Air
- 08OEM
- Confirmed per RFQ against current OEM / distributor authorisation
- 09Delivery status
- Lead time confirmed at offer; tracked to OTIF after award
- 10Utility acceptance
- Checked against the target DNSP/TNSP approved-equipment list for each project
- 11Country of origin
- Declared per offer (OEM factory location stated in technical compliance matrix)
- 12Certification
- NMI pattern approval (meters); RCM marking
- 13Datasheet
- Issued with the technical offer — request via RFQ
How we procure
STEP 1
Specification review
Client spec, utility standard and SLD reviewed; deviations flagged.
STEP 2
Vendor shortlist
OEMs screened for type tests, utility acceptance and lead time.
STEP 3
Technical compliance matrix
Clause-by-clause compliance and declared country of origin.
STEP 4
FAT
Factory acceptance testing with witness and hold points.
STEP 5
Delivery & expediting
Tracked to OTIF; inspection on receipt.
STEP 6
SAT & handover
Site acceptance testing, records and datasheets handed over.
Values are indicative specification ranges, not offers. Gridlinks does not sell online: every supply is engineered against your specification, confirmed in a technical compliance matrix, and subject to current OEM / distributor authorisation.
Have a specification or scope ready?
Send us voltage class, equipment type and project phase — we respond within one business day.