Inverter 6000VA
Inverter 6000VA
Inverter 6000VA
Inverter 6000VA
Inverter 6000VA
Inverter 6000VA
Inverter 6000VA
Inverter 6000VA

Inverter 6000VA

Power conversion

The Ekyrail 6000VA Inverter is a high-capacity locomotive power solution delivering clean and reliable AC power from the locomotive’s DC battery system. With dual 3000VA channels, it is ideal for demanding onboard equipment such as HVAC systems and high-power electronics.

Technical Highlights

Input voltage
74 VDC nominal (63–89 VDC operating range)
Output voltage
117 VAC ±5 %
Output power
3000 VA per channel (2 channels)
Total available power
6000 VA
Current limit
27 A AC rms per channel
Frequency
60 Hz ±1 Hz
Waveform
True sine wave (<5% THD)
Efficiency
≈85% at nominal load
Over-current protection with automatic reset
Thermal shutdown protection
Over-voltage and under-voltage protection
Reverse polarity protection
Transformer isolated floating output
Cooling
Convection (internal fans required for horizontal mounting)
Operating temperature
-40°C to 70°C
Storage temperature
-40°C to 85°C
Shock & vibration compliant
IEC 60571
EMI compliant
IEC 801
Dimensions
18.43" W × 14.25" H × 9.5" D
Weight
<108 lb (49 kg)
Download specification

Description

The Ekyrail 6000VA Inverter is a powerful DC-to-AC power system designed specifically for locomotive installations. Featuring two independent 3000VA channels, it converts the locomotive’s DC battery supply into stable 117VAC true sine-wave power suitable for heavy onboard loads and sensitive electronic equipment.

Built for the harsh railway environment, the inverter includes comprehensive protections against overload, over-temperature, voltage irregularities, and short circuits while maintaining stable output power. Its transformer-isolated floating output ensures safe operation and reliable power distribution for onboard systems.

The unit is engineered for demanding applications such as locomotive HVAC systems, auxiliary equipment, and onboard electronics requiring higher power capacity. Its rugged construction and efficient cooling design provide dependable operation with minimal maintenance requirements.