Baur Sys compact 2000 M pro - Setting SIM;MIM Parameters

Cable fault pre-location Syscompact 2000 M pro
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12.4.2 Setting SIM/MIM parameters
On the IRG 2000
1. If required, set the general pre-location parameters.
Further information: Chapter Setting the general pre-location parameters on the IRG 2000
(on page 52)
2. Press the MENU key.
3. Use the rotary knob to select the Mode menu item and press the rotary knob.
4. Use the rotary knob to select the SIM menu item and press the rotary knob.
The method is selected.
5. Press the MENU key.
6. Use the rotary knob to select the Settings menu item and press the rotary knob.
7. Use the rotary knob to select the desired SIM/MIM parameters and press the rotary knob.
8. Set the SIM/MIM parameters using the rotary knob.
The following table provides an overview of the pre-location parameters that you can
define.
Pre-location
parameters
Settings Function
Pulse width
20 ns – 10 µs Is used to set the pulse width
The pulse width is set automatically depending on the measuring
range. Narrow pulses have high resolution, however, they have a
lower range due to the higher damping. They are especially
suitable for shorter cables. When using wide pulses, the range
increases and the resolution decreases.
Voltage
10 – 60 V Is used to set the pulse voltage
Impedance
10 – 250 Ohm Is used to set the output impedance
Automatic cursors
On/Off Enables or disables the automatic placement of cursors
When On is selected, a cursor is placed automatically after a
measurement if the cable end or a cable fault is detected.
On the system control panel
1. Press the MENU key on the display.
2. Select the SIM/MIM menu item and press the DEF. key.
The MAX.OUTPUT VOLTAGE view is displayed.
3. Use the arrow keys to set the maximum permissible output voltage and press the ENTER
key.
The OUTPUT POWER view is displayed.
4. Depending on the intended output voltage, select a voltage range:
 Voltage range 0 – 8 kV: Select the symbol (parallel connection).
With parallel connection, at 8 kV you receive the max. surge energy of 1024 J in the
surge voltage range.