Three-phase Modular Panel for B3T Centralisation

The B3T modular panel is designed for the three-phase centralisation of electronic meters, ensuring a safe, orderly installation compliant with ENEL specifications.
It is designed to accommodate up to three three-phase electronic meters (CE) and features dedicated cable ducts for ENEL supply cables and customer installation wiring.

Three-phase Modular Panel for B3T Centralisation

B3T Centralisation Panel

The B3T modular panel is available in a single configuration compliant with ENEL specification DMI 031081.
Parameter Value Unit
Description B3T centralisation panel
Code name B3T
Construction specification DMI 031041
ENEL registration number 286113
Application field Installation of No. 3 three-phase electronic meters (CE)
Dimensions 240 × 450 × 40 mm
Service conditions Indoor installation
Input connection Exposed terminals for 25 mm² flexible cable
Output connection Female connector on adapter base
Testing specification DH 2409 Ed. III
Operating temperature range –40 / +70 °C

Technical Specifications Three-phase Modular Panel for B3T Centralisation

Structure and Materials

The B3T panel is manufactured from polycarbonate and PA66 nylon, ensuring mechanical strength, heat resistance and protection for indoor centralisation applications. Integrated cable ducts allow separate and orderly routing of ENEL cables and customer wiring.

Functionality

Designed to accommodate up to three three-phase electronic meters, the panel integrates an M6M terminal block for power supply and A4 terminal blocks for meter branching. The anti-tamper system protects ENEL cables after installation.

Compliance

The product complies with ENEL specifications DMI 031041, DH 2409, DMI 31041, and with safety standards for plastic materials (UL 94, IEC 60112). The degree of protection ranges from IP20 to IP40, depending on the configuration.

ENEL references

B3T, DMI 31041, GET2A.

Versatile Applications

  • Three-phase electronic meter centralisation

  • Indoor switch rooms and technical rooms

  • Condominium or multi-service infrastructures

  • Rationalisation of three-phase metering points

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