High performance and industry depth as the core competitiveness

Main characteristics

1, as a module of MNS3.0, motor control, protection, monitoring, communication and other functions are integrated in a single starting unit

2, a single starter operation panel can provide monitoring, control, alarm and parameter functions

3, operation data, diagnostic data and service data are reported to the control system through the open fieldbus

4, different specifications of M10x are the same physical size

5, from 0.24-63A, the same integrated CT can be used in M10x devices

6, a variety of power supply options, including 24 V DC, 110 V AC and 240 V AC

7, preset parts structure: flexible combination of assembled cabinet and component structure; Standardized and easy component installation and power distribution module

8, modular design concept: unit modular height as the basis for cabinet and functional unit size design; More than 100 applications combining low-voltage distribution and control components; A variety of cabinet sizes that can be combined and expanded

9, standardized cabinet design: component layout fully consider heat dissipation and electric power withstand requirements; For the switchgear environment and different applications, well-planned cable routing is widely used in industrial, energy and infrastructure, data center, public construction and other industries

10, a new generation of MNS Digital low-voltage switchgear solution, with the concept of the system, and the integration of digital intelligent technology, so that the traditional switchgear technology to keep pace with The Times, become a member of the Internet of things

Integrated air circuit breaker with level 1 precision power measurement to help better achieve energy saving and efficiency; At the same time, the smart phone is introduced into the distribution operation and maintenance management through Bluetooth and NFC wireless connection, which truly realizes the digital operation and maintenance management.

Finally, the innovation of the digital module makes it possible to upgrade the 30-second continuous power function of the air circuit breaker during the entire project life cycle, which greatly guarantees the continuity of power supply and protection, as well as the scalability of system functions.

As a wireless measurement and diagnosis module suitable for moulded case circuit breaker circuit, it can be digitally upgraded with circuit breakers, and can support up to 630A current and 1% accuracy electrical energy measurement. As a representative of connectivity products,

End-to-end radio energy measurement solutions can be built from low-voltage main distribution to terminal distribution to cover a wider, more complex circuit breaker application scenarios. Its V2 version adds the diagnosis of the cause of circuit breaker trip failure,

Integrated circuit breaker state quantity acquisition, circuit breaker contact wear rate calculation and analysis, total harmonic distortion rate of power quality information, location of plastic shell circuit function diversity of digital products.

Three new wireless temperature modules cover all low-voltage application scenarios, open up the sensory nerves of the distribution network, extend the tentacles to every key point, and comprehensively cover no dead corners.

Single cabinet with Ethernet communication mode to create a full wireless communication architecture, connect the temperature sensor in the cabinet, capture abnormal temperature rise, no complex wiring, flexible installation, rapid deployment.

The system edge fusion provides real-time temperature monitoring and alarm, combined with load and temperature information, comprehensively senses device health status, anticipates risks, and proactively O&M and upgrade.

As a cabinet door display unit, FDM12H can centrally display real-time measurement data of all digital products in the distribution cabinet, and provide operation and alarm information of related equipment. This helps customers quickly view device parameters and locate faults.

The main bus cable is used for the transmission of electric energy in the cabinet. Each phase consists of one or more copper bars, each of which is 5mm thick. Through the unique design of the hood top, the maximum carrying capacity of the horizontal bus bar can be achieved by 7000A.

The main and branch busbars are made of copper and can be treated with bare copper bar, silver plating, epoxy resin spraying, etc. The quality of the copper bar meets the Cu-ETP H12 standard (the electrolytic copper content is greater than 99.9%)(bus bar).

All busbar supports and insulation are moisture-proof, flame retardant, self-extinguishing (according to IEC695-2.1 and NF C 20-455 standards), and non-toxic (busbar).

Main busbar: arranged in the top busbar room of the switch cabinet. Single-layer horizontal busbar is used when ≤4000A, double-layer horizontal busbar is used when >4000A, and arranged above and below. Based on the current,

Each item consists of 1-5 busbars. Busbar material is copper (copper content 99.9%), thickness of 5mm different specifications of copper bar, the maximum carrying capacity of 7000A.