Technical Parameters |
|
Input Voltage |
-80 V ~ +80 V |
Rated Current |
200 A |
Switch Circuit |
2 pairs of 4 wires |
Switching Time |
≤ 200 ns (meets GMW 3172 9.2.18), ≤ 1 μs (meets LV124, VW 80000, etc.),10 ns ~ 1 μs (meets 7b in VS-00.34-L-10002) |
Peak Current |
400 A duration of 500 ms |
Output Impedance |
High resistance or low resistance |
Switching Impedance |
Power cord:< 50 mΩ |
Built in Switch |
Short circuit switch (DC+ and DC-), Impedance < 100 mΩ |
Protection Circuit |
Overvoltage (80 V), polarity reversal, overcurrent protection, short circuit protection |
Fall Duration Td |
1 μs ~ 1 h |
Repetition Rate |
1 μs ~ 1 h |
Trigger Mode |
Automatic and manual |
General Parameters |
|
Display Screen |
5.7-inch TFT touch screen |
Working Power |
AC 220 V ± 10%,50/60 Hz |
Fuses |
6A |
Maximum Power Consumption |
300 W |
Memory Space |
Unlimited (PC) |
Communication Methods |
Ethernet LAN, RJ45 |
External Control Method |
25 needle parallel thread |
Working Status Indication |
Front panel LED indication, LCD display |
Grounding Connection Method |
Use a flat grounding wire |
Dimension |
Host 19 inches/6U 450 mm(W)*280 mm(H)*620 mm(D) |
Weight |
About 22 kg |
Ambient Temperature |
15℃ ~ 35℃ |
Relative Humidity |
45%~75%,RH (no condensation) |
Atmospheric Pressure |
86 kPa ~ 106 kPa |
Standard Accessories |
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Power Cord, Test Wire, Grounding Wire, Fuses, Calibration Resistor PFS-R1Ω(200A), Calibration Resistor PFS-R100Ω(200A), Calibration Resistor PFS-R1000Ω(200A), User Manual, Inspection Report, Product Warranty Certificate |
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Optional Accessories |
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1 |
Signal Data Line Fault Simulator |
Model:DFS 4002A |
|
The DFS 4002A signal line fault simulator meets the testing requirements of the German automotive manufacturer's general standard LV 124 standard pulse E10, E13, and E14, as well as LV 148 standard pulse E48-09. |
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2 |
Automotive Immunity Testing Software |
Model: AutoLab |
|
Supports Windows 7, Windows 8, Windows 10 and Windows 11. It is easy to use, has a beautiful and intuitive user interface, and various operational functions and standard testing libraries allow users to easily complete custom testing programs. It can automatically/manually identify the connected AutoLab testing equipment and configure it automatically. Template based reporting function can help users flexibly generate test reports. |