Mode 2: Voltage Minimum; Mode 3: Voltage Maximum; Mode 4: Peak-To-Peak Measurement; Mode 5: Threshold Value Setting - Berner 186414 Instrucciones De Uso

6.2 Mode 2:
This mode determines the lowest voltage which is connected to a component or a contact carrying
current.
Contact the component to be tested with the test tip (2) and briefly press the button (8). The currently
lowest voltage is always displayed and saved in the display. In order to reset the display and the saved
value for a new measurement, repress the button (8).
6.3 Mode 3:
This mode determines the highest voltage which is connected to a component or a contact carrying
current.
Contact the component to be tested with the test tip (2) and briefly press the button (8). The currently
highest voltage is always displayed and saved in the display. In order to reset the display and the
saved value for a new measurement, repress the button (8).
6.4 Mode 4:
This mode determines the current differential between the maximum and minimum value which
contacts with a component or on a contact carrying current. Contact the component to be tested with
the test tip (2), the currently connected voltage differential is displayed. With this function, the diode
rectifier of the charging system is reviewed, for example with a running motor. With a faulty rectifier,
its voltage differential is at 1 Volt or higher.
6.5 Mode 5:
This mode is used to determine the upper threshold value for the measurement of cycled voltages in
main mode. This threshold value can be set between 0.2 V and 50.0 V by pressing on the respective
button (8) in each case.

7. Technical specifications

Supply voltage:
Measurement range:
Power consumption with empty run: 70 mA
Trigger value of the fuse
Anschlusskabellänge:
Abmessungen (ohne Spitze):
Gewicht:

8. Scope of delivery

Multifunction Tester
Manual
Subject to technical modifications.
14
Voltage minimum
Voltage maximum
Peak-to-peak measurement
Threshold value setting
9...48 V / DC
0...48 V / DC
0.1...48 V / cycled, 5 Hz...500 kHz
during a short circuit: . . < 0.1 s
I = 30 A: . . . . . . approx. 0.5 s
I = 15 A: . . . . . . approx. 2.5 s
6.0 m
155 x 45 x 35 mm (L x W x H)
425 g
March 2013