The High-Voltage Pulse Generator IPG 1201 is designed for testing of impulse dielectric strength of components, insulation, air- and surface flashover gaps. It is specially used for testing surge withstand capability of insulation between accessible parts and hazardous live parts, e.g. terminals for connection of antenna and mains supply terminals, refer to EN 60065. Picture: incl. Option PA 503
IPG 1201
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HV - IMPULSE GENERATOR
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Measurement of Insulation resistance Riso > 2MW with test voltage 500V
According to |
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IEC 60065:2001 |
Surge withstand capability of insulation between accessible parts and hazardous live parts |
IEC 60950-1 |
The High-Voltage Pulse Generator IPG 1201 is designed for testing of impulse dielectric strength of components, insulation, air- and surface flashover gaps. It is specially used for testing surge withstand capability of insulation between accessible parts and hazardous live parts, e.g. terminals for connection of antenna and mains supply terminals, refer to EN 60065.
The design of the impulse generator IPG 1201 corresponds to the proposal of IEC 60065 standard. The peak value of the test voltage is continuously adjustable from 0.2 kV to 12 kV respectively. Positive and negative polarity of output voltage can be selected. A built-in voltage divider 1000:1 allows monitoring of the impulse output waveform during testing.
In addition to that, the generator allows measuring of the insulation resistance after execution of the impulse test.
The insulation resistance must be higher than 2 MW, see IEC 60065.
The test voltage for measuring the insulation resistance is 500 V =. The measured value of the insulation resistance is displayed.
The generator excels by its compact design, simple handling and precise reproducibility of test impulses. It features a microprocessor controlled user interface and a 7” touch screen unit for ease of use. The microprocessor allows the user to execute either standard test routines or a “user defined” test sequence. A standard USB port provides the ability to print a summary of the test parameters to a USB stick.
The software program IPG-REMOTE allows full remote control of the test generator via Ethernet light guide as well as documentation and evaluation of test results, accordingly to the IEC 17025. To record definite impulses, it is equipped with an Impulse Recording Function (IRF) Moreover all generator functions may be computer controlled via the isolated optical interface.
Options |
IPG 1201 |
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PROTECTIVE COVER ON THE EQUIPMENT TOP |
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With safety interlock switch, connected to the safety interlock loop, red and green warning lamps installed acc. VDE 0104 |
See figure |
Type PA 503, Dimensions W * H * D |
400 * 140 * 300 mm³ |
Type PA 505, Dimensions W * H * D |
400 * 250 * 400 mm³ |
Version without protective cover |
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Software IPG-REMOTE, for remote control |
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With Impulse Recording Function (IRF) |
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( XP, WIN7, WIN10 ) incl. 5m long light guide and PC Ethernet interface |
TECHNICAL SPECIFICATIONS |
IPG1201 |
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Mainframe |
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Microprocessor controlled touch panel |
7”, capacitive |
Optical Ethernet Interface for remote control of the generator |
Optional |
Interface for saving reports |
USB |
External Trigger input/ output |
Switch/ 10V |
Connector for external safety interlock loop |
24 V= |
External red and green warning lamps |
230V / 60 W |
Mains power |
90V – 264V / 50/60 Hz |
Dimensions of desk top case W * H * D |
450*180*500 mm3 |
Weight |
18kg |
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Generator section |
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Peak value of impulse output voltage, adjustable, ± 5 % |
0.2-12 kV, ± 5 % |
Max. stored energy |
0.072 J |
Energy storage capacitor CS |
1.0 nF |
Discharging resistor RE |
100 MW |
Series resistor RS |
1 kW |
Output polarity, selectable |
pos./neg. |
Charging time |
< 2 sec |
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Trigger : |
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a) manual |
Push button |
b) external Trigger input |
Switch |
c) internal, automatic, adjustable via test procedure |
Program |
Impulsecounter, selectable |
1 - 1000 pulses |
Repetition time, selectable |
12 Imp./min |
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Measurement of insulation resistance Riso |
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test voltage for measuring Riso |
500 V= |
measuring range of insulation resistance |
0.5 - 20 MW ± 5% |