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Manufacturer number: GE+40 VAC EPLUS
| AC input: | 3 ~ 400 V, +N+PE, +15 % / -20 % |
|---|---|
| Article number: | GE+40 vAC ePLUS |
| Dimensions (L x W x H) (mm): | 770 x 450 x 1100 |
| Frequency range: | 10 Hz - 100 Hz |
| Grid simulation: | Yes |
| Interfaces: | LAN, Digital I/O, RS-232, Fiber Optics Optional: RS-485 |
| Mains feedback: | Yes |
| Measurement functions: | Grid (input): Voltage (RMS), Current (RMS), Power (P, O), Frequency, Output: Voltage (RMS, AVG), Current (RMS, AVG), Power (P, O), Frequency, System Monitoring: Heatsink Temperatures (x2), DC Link Voltage, Data Interface: Datalogging via FTP connection |
| Model: | GE+40 vAC ePLUS |
| Output power (W): | 40000 |
| PLD Testfunction: | No |
| Power factor: | > 0.98 at rated power |
| Protective devices: | Overvoltage (peak, rms), Overcurrent (peak, rms), Overload Shortcircuit, Emergency Stop, Watchdog, Heart Beat, Output Contactar, Wrong Configuration |
| Weight (kg): | 200 |
| max. Power (A): | 174 |
| max. voltage (V): | 400 |
The Cinergia GE+ vAC ePlus series is the perfect combination of efficiency, precision and modularity. It enables realistic grid simulations and reproducible tests for the energy, automotive and electronics sectors. Its regenerative topology ensures energy savings and a sustainable test infrastructure.
The GE+ 40 vAC delivers 40 kW output power at a rated current of 58 A (3-phase) or 174 A (1-phase). 174 A (single-phase). It is the first model in the series with an extended cooling concept and a more stable housing (weight: 200 kg). Despite increased performance, it remains compact and flexible in terms of integration. Compared to the smaller variants, the GE+ 40 vAC offers a significantly larger current range and is ideal for demanding network tests in industrial environments.
Cinergia is a leading developer of regenerative power converters for the test and measurement sector, offering solutions for electromobility, renewable energies, smart grids, as well as research, validation, and end-of-line testing. The portfolio includes AC power supplies and grid simulators from 500 VA to 1 MVA, including for the simulation of high-power AC grid conditions.