Zhejiang Tenrony Electricity Co., Ltd.
Zhejiang Tenrony Electricity Co., Ltd.

MVnex550(Schneider)Switchgear

  • MVnex550 schneider switchgear
  • schneider mv switchgear
  • schneider high voltage switchgear manufacturer
  • 550 schneider mv switchgear
  • schneider switchgear wholesale china
  • MVnex550 schneider switchgear
  • schneider mv switchgear
  • schneider high voltage switchgear manufacturer
  • 550 schneider mv switchgear
  • schneider switchgear wholesale china

MVnex armored metal-enclosed switchgear is a high-performance distribution device meticulously designed by Schneider Electric and has been authorized by Tenroney Electric Co., Ltd. This schneider high voltage switchgear is equipped with the high-performance HVX solid-sealed vacuum circuit breaker. The high voltage switchgear for sale features advanced technical parameters. comprehensive configuration options, and diverse primary wiring methods, capable of meeting the application requirements of various users and different industries. The schneider MV switchgear MVnex 12kV series offers two types of grounding switch operation methods: with an operating box and without an operating box, to adapt to diverse on-site operation needs.

Features of MVnex550(Schneider)Switchgear

Features
01

Electrically operated grounding switch

The grounding switch is equipped with a rapid closing mechanism, featuring short-circuit closing capability and with opening and closing indicators.

Through the observation window, the status of the grounding switch can be observed.

The overall design of the grounding switch is compact and has a small external dimension.

All copper parts of the grounding switch are made of low-resistance materials, ensuring reliable performance.

02

Electric chassis trolley

Gear transmission, stable and reliable

Integrated manual priority and interlock for door closing operation, simple to install

Dual mechanical and electrical overload protection

Long service life: 5000 times

03

Low maintenance

Suitable for circuit breakers and disconnectors

Parameters


Electrical Specification ( in accordance with IEC 60298 and GB3906)
Rated insulation level
Rated voltagekV rms12
Power frequency withstand voltage(50Hz,1min)kV rms42
lighting impulse withstand voltage (1.2/50)kV peak75
Rated current
BusbarA rms630 〜 4000
Circuit BreakerA rms630 〜 4000
ContactorA rms400
Rated thermally stable withstand current (4s)kA rms25-31.5-40
Rated peak withstand currentkA peak63-80-100
Protection level
Enclosed
IP4X
Separate room
IP2X



Rated ParameterWidthHightDepth
Up in lineDown into line
400A(contactor)650225016001400
630/1250A-31.5kA650225016001400
630/2000A800225016001400
2500/3150A1000225016001400
4000A1000225016001600


Benefits

  • The design of Schneider Electric's MVnex 12kV comprehensively employs various advanced methods such as computer-aided design, synthetic testing, and dynamic simulation etc.

  • The design of MVnex 12kV fully takes into account the actual situations in installation, operation, and maintenance:

  • Reliability: Users will benefit from the continuously improved operational reliability of Schneider Electric Group over the past 50 years.

  • Convenience: Local manual operation is extremely simple, and the schematic diagram on the front panel of each switchgear makes the operation procedure and opening/closing operation very easy to understand.

  • Safety: Complete mechanical and electrical interlocks effectively prevent misoperation.


Use

  • Normal operating conditions (in compliance with IEC60694 and GB11022)


Indoor equipment

Ambient air temperature

  • Minimum temperature: -15℃

  • Maximum temperature: +40℃

  • 24-hour average not exceeding +35℃

  • Altitude: ≤ 1000m


Humidity (relative humidity)


  • Daily average: ≤ 95%

  • Monthly average: ≤ 90%


Special operating conditions


  • Must obtain the consent of the manufacturer and the user first

  • Altitude above 1000m

  • For higher altitudes, feasible solutions should be determined based on the actual situation as described

  • Increased ambient temperature

  • Reduced the current carrying capacity

  • Auxiliary cooling equipment should be provided for heat dissipation

  • Climate conditions

  • Measures should be taken to prevent the occurrence of condensation

  • Corrosion or other damage risks should be avoided


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