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    • Home
    • Solutions
    • Products
      • Mass Transit
      • EMU
      • Locomotive
      • Rail Maintenance Vehicles
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      • 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

Electrical Component Products

Rail Transit Sensor

Current Sensor 

 

Introduction:

This sensor is suitable for precise measurement and isolation of AC, DC, and pulsating currents. It provides complete insulation between the primary and secondary sides during measurement.

Main Parameters:

  • Rated measurement current: 0 to 4000A Power supply voltage: DC ±(15 to 24)×(1±5%)V 
  • Basic error (+25℃): 0.4% to 1% Operating temperature: -40℃ to 85℃ Product Features: Based on the Hall effect principle, high accuracy, fast response time, high reliability

Voltage Sensor


Introduction:

This sensor is suitable for precise measurement and isolation of AC, DC, and pulsating voltages. 

Main Parameters:

  • Rated measurement voltage: 0 to 6400V
  • Power supply voltage: DC ±(15 to 24)×(1±5%)V
  • Basic error (+25℃): 0.5% to 1%
  • Operating temperature: -40℃ to 85℃
  • Product Features: Based on digital isolation and magnetic modulation principles, high accuracy, fast response time, high reliability


Speed Sensor


Introduction:

This speed sensor is based on the Hall effect principle, providing non-contact measurement of ferromagnetic gear rotation speed.


Main Parameters:

  • Operating frequency: 0Hz to 20kHz
  • Output channels: Single, dual, quadruple channels
  • Output waveform: Square wave
  • Output signal: Voltage type, current type

Pressure Sensor


Introduction:

This pressure sensor is based on the silicon piezoresistive principle and utilizes an oil-filled core.


Main Parameters:

  • Operating temperature: -40°C to 125°C
  • Measurement range: 0 psi to 200 psi (gauge or absolute pressure)
  • Measurement media: Various liquids, gases, or steam compatible with 316L stainless steel
  • Output signal: 0.5Vdc to 4.5Vdc (4-20mA)
  • Basic error: ±1% FS (full temperature range)


Temperature and Temperature-Vibration Composite Sensor 


Introduction:

The temperature sensor converts the temperature at the measurement point into a resistance value, which is provided to various systems. 

Main Parameters:

  • Sensitive Elements: PT100, NTC thermistor 40K, thermocouple
  • Operating Temperature: -40°C to +125°C
  • Voltage Withstand: 2500VAC, 4000VAC
  • Tolerance Level: Class B
  • Product Features: High accuracy, fast response time, high reliability


Displacement Sensor 


Introduction:

The displacement sensor converts the linear or angular displacement change of the track or line into a potentiometer voltage divider value, and outputs a voltage value to the monitoring system.

Main Parameters:

  • Operating Temperature: -25°C to +70°C Power Supply Voltage: ±10V, 0-24V, ±15V 
  • IP Rating: IP65 Communication Baud Rate: 800K Insulation Resistance: ≥50MΩ @ 500V DC 
  • Voltage Withstand: DC 710V
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New Energy Sensor

 Industrial Current and Voltage Sensors 


Introduction:

In industrial applications, power electronic equipment is essential for driving and controlling processes. As electrical systems become more complex, there is a growing demand for precise coordination between power semiconductors, system controllers, actuators, and feedback units. Sensors play a crucial role by extracting necessary information from loads and providing it to the system to achieve this functionality.

New Energy Current Sensor


Introduction:

Custom-developed for new energy power systems, this sensor regulates the magnitude and waveform of current injected into the grid from sources like photovoltaic systems. It also measures and analyzes current, ensuring maximum efficiency for wind turbines and solar power installations.

Automotive Current Sensor


Introduction:

This sensor is utilized in electric and hybrid new energy vehicles to provide standardized and customized current sensing capabilities for monitoring battery charge-discharge states and motor control.

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