Programmable AC Power Source 0-300V, 15Hz-1kHz / 4kVA
The 61500 series AC power source defines new standard for high performance AC power source.
It equips with all the powerful features such as power line disturbance simulation, programmable output impedance, comprehensive measurement function, wave-shape synthesis and regulation test software. Chroma also provides software for aerospace testing, including MIL-STD-704F, RTCA DO-160D, ABD100.
Using the state-of-the-art PWM technology, the Chroma 61500 AC source is capable of delivering up to 6 times of peak current (Model 61501~61505) versus to its maximum rated current which makes it ideal for inrush current testing.
61505 : Programmable AC Source 0~300 V, 15~1 kHz / 4 kVA
Output rating power: 4000 VA
Voltage range: 0-300 V
Current RMS: 32 A / 20 A (150 V / 300 V)
Current Peak: 192 A / 96 A ( 150 V / 300 V)
DC:
Power: 2000 W
Voltage: 212 V / 424 V
Current: 16 A / 8 A (212 V / 424 V)
Dimension: 482 x 265.9 x 570 mm
Weight: 36 kg
Compact size and weight attributable to advance PWM Technology
AC+DC output mode for voltage DC offset simulation
Low output impedance for testing IEC 61000-3-2 (61505)
Programmable output impedance for IEC 61000-3-3
IEC 61000-4-11, IEC 61000-4-14, IEC 61000-4-28 voltage dips and frequency variation simulation
Harmonics, interharmonics waveform synthesizer for IEC 61000-4-13 testing
Power line disturbance simulation capability
Programmable voltage and current limit settings
Comprehensive measurement capability, including current harmonics
High output current crest factor, ideal for inrush current testing
Turn on, turn off phase angle control
TTL signal which indicates output transient
Optional analog programmable Interface
2 units combined in series for high voltage source (model 61501-61505)
3 units combined to 3-phase power output (model 61501-61505)
Optional GPIB and RS-232 interface (model 61501-61505)
Easy use graphic user interface: softpanel (option)
Softpanel for IEC regulation test
Capable of delivering power output up to 90 KVA by implementing master-slave parallel operation
€ 14 950 (net) $17 940 (US)