SXESD300 is used for Helicopter-borne ESD test and High Voltage Corona.
The inductance shall be determined at a nominal 1kHz frequency.
This electrostatic discharge generator is specially designed to simulate whether an aircraft, a rocket, a missile or weapon systems can operate safely, reliably, or be damaged after being subjected to a buildup of static electricity when flying at high speed through the sky.
| Impulse capacitor | 1000pF |
| Resistance of test circuit during test | ＜1 Ohm |
| Voltage calibration | 100Ω Calibration Test Load;
Ratio:1000:1;
|
| Voltage of capacitor | 25~360KV |
| Power supply requirement | AC220V±10%，5kVA (current＞30A), use L1-N |
| Considerate Safety Measures
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1) Automatic grounding system- after each test, the system will automatically be grounded to discharge the energy.
2) Manual earthing rod; 3) Door safety interlock; 4) Alarming system with red light flickering and alarming bell ringing during charging; 5) Emergency stop button- in case of emergency, press this button to stop the system, HV terminal will be grounded automatically. |
Scope of Supply
| Part Name | Technical Data | Quantity | |
| 1 | HV DC generator
|
Output voltage:max.+360kV/-360kV;
Output current:10mA continuous; Power:4kVA; Ripple factor:≤3%; Over current protection: max. 10A transient; Protection: over voltage protection, over current protection, voltage loss protection, discharge protection. |
2 |
| 2 | Protective resistor | Resistance:500k Ω;
Power:500W; Function: protect the DC generator in case of over current and test specimen breakdown |
1 |
| 3 | Non-inductive capacitor | Impulse capacitor;
Rated voltage:360kV; Rated capacitance:1nF; Structure: epoxy tube with corona ring at the top |
1 |
| 4 | Discharge resistor | Resistance:100Ω;
Non inductive |
1 |
| 5 | Electrostatic discharge holder | Max. 4m high;
Discharge distance:3m; Discharge sphere: copper; Adjustable range of discharge ball direction:±60° |
1 |
| 6 | Sedimentary charge test holder | Max. 4m high, adjustable height;
Discharge distance:3m; Withstand 300kV; With sedimentary charge discharge; Discharge sphere: copper; Adjustable range of discharge ball direction:±60° |
1 |
| 7 | Manual earthing rod | 2m long, max. discharge voltage is 360kV, discharge resistor 100MΩ/0Ω | 1 |
| 8 | MCS2000 | 10’ touch panel, control software, PLC controlled | 1 |
| 9 | iMas3000 | Measurement software to analyze the output wave, test report | 1 |
| 10 | Oscilloscope | MDO32-350MHz, 2 channels | 1 |
| 11 | Voltage calibration | 100Ω, Calibration Test Load, ratio:1000:1;
|
1 |
| 12 | Current acquisition unit | 0.01V/A, Max.10kA;
With measurement transfer unit, measure and output current wave; With optical fiber transmission system, analog quantity optical acquisition module |
1 |
| 13 | HV DC Volt Meter | Leakage current:0.1mA;
Used with 400kV resistive voltage divider for the calibration of charging voltage;
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| 14 | HV DC resistive voltage divider
(optional)
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Rated voltage:400kV;
Structure: epoxy tube with corona ring at the top; Resistance:5GΩ; Measuring accuracy:＜1% |
1 |
