10KVA Converter
ELECTRON FREQUENCY CONVERTER
60 to 50 Hz · 50 to 60 Hz · 60 to 60 Hz Isolation · 50/60 to 400 Hz
Solid State Frequency Converter Specifications 400Hz
Model | 10KSS60400/50400 | ||||
Capacity | 10KVA/8KW | ||||
Input | |||||
Voltage | 220V -15%/+20% *see note | ||||
Current Requirement |
220V – 52.3A @ Full Load (78.4A @ Current limit) | ||||
120V – 95.8A @ Full Load (143.8A @ Current limit) | |||||
Frequency | 50Hz or 60Hz ±5% | ||||
Phase | Single | ||||
Output | |||||
Voltage | 115V (Locked) | ||||
Frequency | 400Hz | ||||
Output Waveform | Pure Sinewave | ||||
Voltage Regulation | ±1% | ||||
Frequency Stability | ±0.016Hz (Xtal oscillator) | ||||
Transient Response | ±3% (100% load variation.) No load to full load with full recovery within 5 cycles |
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Waveform | Sinewave THD <3% at 0-100% linear load | ||||
Output Current @.8PF | 220V – 45.4A | ||||
120V – 83.3A | |||||
Overload@150% for 30 seconds |
220V – 68.2A | ||||
120V – 125A | |||||
Efficiency | |||||
AC to AC | >85% | ||||
Power Factor | 0.8 | ||||
Crest Ratio | 3:1 | ||||
Protection | |||||
Overload | 150% 30Sec cutoff (Current Limited) | ||||
Overload Capacity | 100% continuous,110-150% load 30 seconds, over 150% causes unit to shut down. Auto restart upon removal of the overload. | ||||
Short Circuit | Unit will cut off and must be manually restarted | ||||
EMI Filter | 10-100KHz at 40dB, 100KHz-100MHz at 70dB | ||||
Audible Alarm | |||||
Overload | Sounds continuously | ||||
Fault | Sounds continuously | ||||
Indicator | |||||
LCD | Converter status, O/P voltage, O/P frequency, O/P Power | ||||
LED |
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Environment | |||||
OperationTemp. | 0-40° C; 32-104° F | ||||
Relative Humidity | 20-90% non-condensing | ||||
Audible Noise | Less than 72dB (at 1 meter) | ||||
Physical | |||||
Input | Terminal Block | ||||
Output | Terminal Block (Worldwide outlets available) | ||||
Net Weight | 366lbs/166.4kg | ||||
Width | 18.9in/48cm | ||||
Depth | 13.6in/34.5cm | ||||
Height | 34in/86.4cm | ||||
Note: Input voltages of 208V single phase (phase-to-phase on a 3-phase 120/208V line) – with 2 hot lines and 240V single phase (from a 120/20V split-phase source) – 2 hot lines are both acceptable with one hot on the input N terminal, and another hot on the L2 input terminal. |