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4.0 A
SSEMBLY AND
C
ONNECTION
Point the stroboscope at the object to be observed.
On the bottom of the stroboscope are 3 threaded
holes, which allow you to affix it to the equipment
to be observed or a stand (available as an option):
• Center = 1 x 1/4” threaded hole
• Right and left, with a total distance of 60mm = 2 x M5 threaded holes
The stationary stroboscope has two
identical assigned sockets (located on
the back of the unit) for the combined
input of trigger signal and supply
voltage. The assignment of plug
contacts is shown in Fig. 1.
CAUTION:
Please make the
connections in accordance
with the wiring diagram (Fig. 1).
The trigger input is potential-free.
The potential-free input is suitable
for PNP and NPN signals. A matching
plug for these input sockets is includ-
ed with the stroboscope.
RECOMMENDATION:
Use shielded
cable to connect the trigger signal.
CAUTION:
Do not trigger the stroboscope with signals above 12,500 FPM.
4.1 Typical connection examples:
Please take connection examples from Figures 2 to 5. Note that you will
need optional accessories for some of the examples (stationary strobo-
scope, AC Adapter, sensor, etc.)
Fig. 2
Trigger signal and supply
voltage from external
equipment
Fig. 1
Fig. 2
- 5 -
Fig. 3
Trigger signal from external
equipment, supply voltage
from optional AC Adapter.
Fig. 4
Trigger signal from optional
sensor, supply voltage for
strobe and sensor from
optional AC Adapter.
Fig. 5
Trigger signal from optional
stroboscope control unit,
supply voltage from optional
AC Adapter.
The voltage is either supplied by the
strobe power supply unit (available
as an option) or the equipment being
observed.
NOTE:
When using the LS-5-12000 stroboscope without a
stroboscope control unit, the stroboscope flashes with the
trigger signal of the connected equipment. This signal cannot
be influenced without a stroboscope control unit.
Fig. 3
Fig. 4
Fig. 5
