4
Single-pole phase test
• Contact the conductor to be tested with test prod L2, L1
remains free during the measurement. The LED (5) will light
up if an AC voltage is applied on the conductor.
• The single-pole phase test can only be performed with fully
charged batteries inserted.
• The single-pole phase test can be carried out as from an
AC voltage of approx. 100 V AC.
• When the single-pole phase test is carried out on the outer
conductor, the indicator function may be adversely affected
under certain conditions (e.g. when insulating personnel
protective equipment is used or at insulated locations).
!
The single-pole phase test is not suitable for checking
for zero voltage. To do this, you need to carry out a
two-pole phase test.
5
Determining the direction of the rotating field
Clockwise rotating field (see Fig. G): If the R LED (8) lights up,
it means that what you think is phase L1 really is phase L1 and
that what you think is phase L2 really is phase L2..
Anticlockwise rotating field (see Fig. H): If the L LED (7) lights up,
it means that what you think is phase L1 is actually phase L2 and
that what you think is phase L2 is actually phase L1.
!
When you crosscheck this by switching round the test
prods, the opposite symbol should light up instead.
6
Battery lamp
To switch on the battery lamp, press and hold down button
10. The light switches itself off automatically as soon as the
button is released.
7
Calibration
The voltage tester needs to be calibrated and tested on a regular
basis to ensure it produces accurate measurement results.
We recommend carrying out calibration once a year.
EU directives and disposal (see Fig. I)
This device complies with all necessary standards for
the free movement of goods within the EU.
This product is an electric device and must be collected
separately for disposal according to the European Directive
on waste electrical and electronic equipment.
Further safety and supplementary notices at:
http://laserliner.com/info/?an=AAE
14
EN