Politici de confidentialitate
• Voltage “phase-neutral” 1 V to 280 Vdc / 300 mA, 1 V to 600 Vac• AC voltage “phase – phase” 2 V to 1200 V• DC/AC current 8 mA to 30 A / 5 V• DC/AC current 90 A in one phase configuration• Power factor setting -1 to +1• Floating current outputs to 450 Vpk• Harmonic, interharmonic distortion, modulation• Frequency range 15 Hz to 1 kHz• Simulated electric power to 54 kVA (2.7 MVA with option 140-50)• Built-in process multimeter• GPIB & RS232 interface
• Voltage “phase-neutral” 1 V to 280 Vdc / 300 mA, 1 V to 600 Vac• AC voltage “phase – phase” 2 V to 1200 V• DC/AC current 8 mA to 30 A / 5 V• DC/AC current 90 A in one phase configuration• Power factor setting -1 to +1• Floating current outputs to 450 Vpk• Frequency range 15 Hz to 1 kHz• Simulated electric power to 54 kVA (2.7 MVA with option 140-50)• Built-in process multimeter• GPIB & RS232 interface
• Voltage “phase-neutral” 1 V to 280 Vdc / 300 mA, 1 V to 600 Vac• AC voltage “phase – phase” in the 3phase system 2 V to 1200 V• DC/AC current 8 mA to 30 A / 5 V• Power factor setting -1 to +1• Harmonic, interharmonic distortion, modulation• Frequency range 15 Hz to 1 kHz• Simulated electric power to 8.4 kVA (420 kVA with option 140-50)• Built-in process multimeter• GPIB & RS232 interface
• Voltage “phase-neutral” 1 V to 280 Vdc / 300 mA, 1 V to 600 Vac• AC voltage “phase – phase” in the 3phase system 2 V to 1200 V• DC/AC current 30 mA to 30 A / 5 V, accuracy 310 ppm• Power factor setting -1 to +1• Frequency range 15 Hz to 1 kHz• Simulated electric power up to 8.4 kVA (420 kVA with option 140-50)• Built-in process multimeter• GPIB & RS232 interface