Final Distribution & Busbar

ML-MME400

400/230 V Multi-Meter Energy Metering Enclosure

Indoor multi-position metering enclosure for low-voltage multi-user distribution.

Chinese model: BXD2Ask about documentation for this model
View technical data
System voltage / frequency400/230 V - 50 Hz
Rated current range10-250 A
Short-time withstand current10 kA
Rated insulation voltage690 V

For controlled power distribution

Multi-meter energy metering enclosure

ML-MME400 organizes multi-user energy metering within a metal enclosure. Meter positions, incoming arrangement, outgoing circuits and utility interfaces are configured for the approved distribution scheme.

  • 01Multi-position metering arrangement
  • 02IP44 enclosure reference
  • 03Accessible multi-user distribution layout

Applications

Where this platform supports the distribution system

Application pages connect operating priorities and equipment-selection considerations to the relevant Minglang product platforms.

Typical applications
Residential distributionCommercial buildingsUrban renewalMulti-user metering

Customer benefits

Get to know the product and its documentation

Explore how the equipment is used, review the published reference data, and ask our team about anything you would like to understand.

01

Understand the design

Explore the catalogue references to understand what the product is designed to do. The report notes explain which configuration the available evidence covers.

02

Ask about the configuration

Ask our team about the enclosure, devices, interfaces and ratings before deciding whether this product is relevant to your application.

03

Review the evidence

The catalogue reference for ML-MME400 is BXD2. Reports for other metering-box models are listed separately at family level; they are not presented as BXD2 evidence. Catalogue values are not a substitute for the report's tested model, configuration and conditions.

04

Understand the next steps

If you choose to explore a project, we can explain the drawings, inspection records and final documentation associated with the proposed configuration.

Technical data

Catalogue reference configuration

Published values describe the catalogue range; they are not a claim that every configuration has been tested. Model-specific evidence is identified in the resources below. When you need a selection, our team can help confirm the configuration and its documentation.

System voltage / frequency400/230 V - 50 Hz
Rated current range10-250 A
Short-time withstand current10 kA
Rated insulation voltage690 V
Enclosure protectionIP44
Operating faceIP20C
InstallationIndoor metal metering enclosure
Reference arrangement12-position enclosure

Outline and dimensions

Reference envelope for early layout work

12-position reference enclosure: 1166 W x 180 D x 1000 H mm

Final dimensions are subject to the approved general arrangement.
Drawing views: Front View · Side View
ML-MME400 front view · side view reference outline with dimensions

Find out more

Technical resources

Read the original model, report scope and English explanation together. You can explore the documents before deciding whether to discuss a project.

The catalogue reference for ML-MME400 is BXD2. Reports for other metering-box models are listed separately at family level; they are not presented as BXD2 evidence.

Product questions

Get familiar with this product

What is the published reference for ML-MME400?

The page lists the catalogue reference configuration for ML-MME400. Final ratings and interfaces remain subject to the approved project documents.

Are the published dimensions fixed for every project?

No. The dimensions are a documented reference envelope. Final width, depth, height and lineup arrangement depend on the selected devices, ratings, cable interfaces and approved general arrangement.

What evidence can be requested?

The catalogue reference for ML-MME400 is BXD2. Reports for other metering-box models are listed separately at family level; they are not presented as BXD2 evidence. Catalogue values are not a substitute for the report's tested model, configuration and conditions.