PG 10-10000 Surge Current Generator 2x 50kA

The SURGE TEST GENERATOR PG 10-10000 delivers surge current pulses with the waveform 8/20µs, acc. to IEC 60. It was designed for testing surge protection devices. Moreover, the generator can be used for testing two-gap over-voltage protectors. It delivers surge current pulses synchronous at two impulse current outputs, peak value adjustable 0.5 - 50 kA for each output. Positive or negative polarity of output current can be selected.

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Data Sheet

SPECIFICATIONS

SURGE CURRENT GENERATOR 

 

PG 10-10000

 

 

 

  • 8/20 µs,
  • 2 * 2 - 50 kA
 


pulse current test of surge protection devices 

 

The SURGE TEST GENERATOR PG 10-10000 delivers surge current pulses with the waveform 8/20µs, acc. to IEC 60. It was designed for testing surge protection devices. Moreover, the generator can be used for testing two-gap over-voltage protectors. It delivers surge current pulses synchronous at two impulse current outputs, peak value adjustable 0.5

-   50 kA for each output. Positive or negative polarity of output current can be selected.

 

Output terminals are located on the top of the generator and are protected by an isolating cover, see option 1. The safety test cover has a limit switch, which is connected to the interlock loop of the generator. Interrupting the safety interlock loop causes de-energization of the high-voltage pulse generator and discharging of the energy storage capacitor.

 

PG 10-10000 features a microprocessor-controlled user interface and display unit for ease of use. The microprocessor allows the user to define and execute test sequences. The test parameters, which are shown on the built-in display, are easily adjusted by means of the rotary encoder. A standard parallel interface provides the ability to print a summary of the test parameters whilst testing is being carried out.

 Moreover all generator functions may be computer-controlled via the isolated optical interface.

 

 

 

Technical specification: PG 10-10000
Mainframe:  
Microprocessor controlled LCD module 8*40 characters 
Parallel printer interface for on-line documentation 25-way ´D´ connector 
Optical-interface for remote control of the generator built-in
External Trigger input 10 V at 1 kW
External Trigger output 10 V at 1 kW
Connector for external safety interlock loop 24 V =
and external red and green warning lamps acc. to VDE 0104 230 V, 60W 
Mains power 230 V, 50/60 Hz
Dimensions:  desktop case W * H * D 556*800*900 mm3 Weight
  24 kg
High-voltage unit, pulse generator section:  
Charging voltage, adjustable 0.2 - 10 kV ± 2 %
max. energy stored 10 000 J
Waveform of short circuit output current, acc. to IEC 60 - 2 8/20 µs ±20% 
Peak output current, adjustable by preset of charging voltage 5 - 100 kA ±10% 
Polarity of pulse output current, selectable POS/NEG/ALT 
Output current terminals on the top of the equipment  
plug-in connectors, 12 mmØ, one terminal referred to ground  
Monitor output for pulse output current, built-in 0.5 mW, 1.0 MHz
Impulse triggering a) manual Push Button
                            b)   ext. trigger input 10 V / 1 kW
                            c)   internal, automatic mc control 
Mains synchronous triggering:  
Phase shifting, digitally selectable 0 - 360 ° 
Mains trigger pick-up for 230/400 Vac built-in
Number of pulses, selectable 1 - 1000
Cycle time adjustable 100 - 1000 sec
Dimensions : 19"-cabinet W * H * D ca. 553*1600*800 mm3
Weight 165 kg

 

 

 

 

Option 1: PG **-*** software test package, for the external control of the device includes 5 m long fibre optic cable and PC Interface.
   
Option 2: Safety test cover on the top of the generator, PA 501. Upon lifting of the cover, switching-off of the generator or mains blackout the test object and the internal energy storage capacitor are discharged by a built-in high-voltage grounding switch.
  Dimensions:  W * H * D 440*180*300 mm³
   
Option 3:  Safety test cover on the top of the generator, PA 504. see figure. Upon lifting of the cover, switching-off of the generator or mains blackout the test object and the internal energy storage capacitor are discharged by a built-in high-voltage grounding switch.
  Dimensions:  W * H * D 440*280*500 mm³

 

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