• Home
  • Solutions
  • Products
    • Mass Transit
    • EMU
    • Locomotive
    • Rail Maintenance Vehicles
    • PV Products
    • BESS Products
    • Wind Turbine Products
    • Hydrogen Products
    • Semiconductor Products
    • Components Products
  • About Us
  • Career
  • More
    • Home
    • Solutions
    • Products
      • Mass Transit
      • EMU
      • Locomotive
      • Rail Maintenance Vehicles
      • PV Products
      • BESS Products
      • Wind Turbine Products
      • Hydrogen Products
      • Semiconductor Products
      • Components Products
    • About Us
    • Career

  • Home
  • Solutions
  • Products
    • Mass Transit
    • EMU
    • Locomotive
    • Rail Maintenance Vehicles
    • PV Products
    • BESS Products
    • Wind Turbine Products
    • Hydrogen Products
    • Semiconductor Products
    • Components Products
  • About Us
  • Career

EMU Products

Traction Inverters

Traction Inverter


Introduction:

This traction converter is suitable for high-speed trainsets, enabling train traction. The product adopts an integrated design for traction and auxiliary systems, lightweight construction, and optimized layout. It features high reliability, high power density, and ease of maintenance. Additionally, it has rescue and battery traction functions.

Main parameters:

  • Input Voltage (V): 2×AC 1900
  • Intermediate DC Voltage (V): DC 3600
  • Motor Power (kW): 4×625
  • Auxiliary Transf

Auxiliary System

Auxiliary System


Introduction:

Based on an AC-DC-AC circuit topology, using four-quadrant rectification and SVPWM (Space Vector Pulse Width Modulation) inverter technology, this product can be configured to meet various capacity requirements, ensuring the reliable operation of high-speed trains.

Main parameters:

  • Rated Power (kVA): 50 to 270
  • Rated Input Voltage (V): AC 400
  • Rated Output Voltage (V): 3AC 400
  • Rated Input/Output Frequency (Hz): 50
  • Cooling Method: Forced air cooling


MDS System

MDS System


Introduction:

The MDS system serves as the neural central system of the EMU, performing control, monitoring, diagnostics, and protection tasks for the train. It is the core system and a critical technology of the EMU. 

 Rated Voltage (V): 110V Protection Level: IP55


Single module N-C(AII)

  

Main parameters:

  • Input voltage   DC1500V
  • Rated output power 1000kVA
  • Output frequency   0~160Hz
  • Rated output current 524A
  • Control mode  VVVF, Direct moment control
  • Switch frequency  550 Hz
  • Weight  854kg/924kg
  • Low Noise <65dB(A)
  • Dimension 1450*2100*580 mm3
  • Adaptive motor 190kW

Single module F-C(AI)


Main parameters:

  • Input voltage   DC1500V
  • Rated output power 1500kVA
  • Output frequency   0~160Hz
  • Rated output current 700A
  • Control mode VVVF, Direct moment control
  • Switch frequency 550Hz 
  • Weight   630kg/680kg
  • Low noise < 73dB(A)
  • Dimension 1300*1900*520mm3
  • Adaptive motor 190、230、250kW

Dual module F-C


Main parameters:

  • Input Voltage: DC1500V
  • Rated output power 1500kVA
  • Output frequency    0~160Hz
  • Rated output current 632A/700A
  • Control mode  VVVF, Direct moment control
  • Switch frequency 550Hz
  • Weight  1025kg
  • Low noise < 75dB(A)
  • Dimension 1850*1800*540
  • Adaptive motor 190、230、250kW 

Dual module F-C(PI)


Main parameters:

  • Input voltage   DC1500V
  • Rated output power 1500kVA
  • Output frequency    0~320Hz
  • Rated output current 4* 160A/200A
  • Control mode Space vector control
  • Switch frequency 550 Hz
  • Weight  1150kg
  • Low noise <75dB(A)
  • Dimension 2100*2000*588
  • Adaptive motor 190、230、250kW

Single module F-C(AI)


Main parameters:

  • Input voltage   DC1500V
  • Rated output power 1500kVA
  • Output frequency   0~160Hz
  • Rated output current 700A
  • Control mode VVVF, Direct moment control
  • Switch frequency 550Hz 
  • Weight   630kg/680kg
  • Low noise < 73dB(A)
  • Dimension 1300*1900*520mm3
  • Adaptive motor 190、230、250kW

Copyright © 2024 CRRCTEUSA Webpage - All Rights Reserved.

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

Accept