Railway Inverter 3ph 4500W

Railway Inverter 3ph 4500W DC/AC
In: 24Vdc
Out: 400Vac
Power: 4500W
Type: Railway
Model: ODX-6000-7502T
The ODX-6000 series sets a new benchmark for industrial and railway inverters, utilizing Silicon Carbide (SiC) to achieve a remarkable 94.3% efficiency. Designed for the most demanding environments, these 6000W 3-phase pure sine wave DC/AC inverters are built to handle extreme temperatures. By eliminating potential energy waste, we guarantee maximum optimization for your electrical infrastructure.
Standards for Railway
50155 Railway applications. Electronic equipment used on rolling stock material
50121-3-2 Railway applications. EMC Rolling stock equipment
- Wide range of input voltage variants
- Parallelable output (expandable up to 5 units, 30kW total)
- Configurable output voltage (70 – 400Vac)
- Configurable output frequency (5 – 75Hz)
- High input-to-output isolation (3000Vrms)
- Remote control via RS232 interface
- Optional CAN BUS integration
- High power density design
- Comprehensive Input/Output alarm system
- 5-second peak power capability
- Efficiency up to 94.3%
- Programmable soft-start ramps for motor control
- Low Total Harmonic Distortion (THD < 2%)
Technical Specifications and Features:
- Modular Configuration: Supports parallel operation of up to 5 units, achieving a total power capacity of 30 kW.
- Variable Output Control: Fully adjustable output voltage and frequency to meet diverse application requirements.
- Soft-Start Functionality: Advanced motor starting via controlled voltage/frequency ramping to minimize mechanical and electrical stress.
- Remote Management & Programmability: Customizable start-up ramp slopes with full remote control capabilities via an RS-232 serial interface.
- Precision Speed Regulation: Motor rotation speed adjustment based on an optimized voltage-to-frequency ratio (V/f).
- Controlled Shutdown: Shutdown activation managed through precise output voltage modulation.
- User-Friendly Interface: Dedicated software for real-time monitoring and configuration of both input and output voltage status.



