Sehr geehrte Mitarbeiterin, Sehr geehrter Mitarbeiter - OEG AG
Sehr geehrte Mitarbeiterin, Sehr geehrter Mitarbeiter - OEG AG
Sehr geehrte Mitarbeiterin, Sehr geehrter Mitarbeiter - OEG AG
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<strong>OEG</strong> <strong>AG</strong><br />
Staudnerbachstrasse 1<br />
CH-9472 Grabs<br />
Manual<br />
Digistrob RDS 30<br />
Phone + 4181 750 3000<br />
Fax + 4181 750 3009<br />
eMail info@oeg.ch
Manual<br />
Digistrob RDS 30<br />
1 Stroboscopy_________________________________________________________ 2<br />
1.1 General_________________________________________________________ 2<br />
2 Front view___________________________________________________________ 3<br />
3 Hand lamp __________________________________________________________ 4<br />
4 Rear view ___________________________________________________________ 4<br />
5 Description of functions on the front panel _______________________________ 6<br />
5.1 Display _________________________________________________________ 6<br />
5.2 External triggering ________________________________________________ 6<br />
5.3 Internal-triggering ________________________________________________ 7<br />
5.4 Hand lamp ______________________________________________________ 7<br />
5.5 Phase shifter ____________________________________________________ 8<br />
5.6 Phase shifter by-pass______________________________________________ 8<br />
6 Description of functions on the rear side _________________________________ 9<br />
6.1 Connection of lamp _______________________________________________ 9<br />
6.2 External trigger input ______________________________________________ 9<br />
6.3 Monitor socket ___________________________________________________ 9<br />
6.4 Mode selector___________________________________________________ 10<br />
6.5 Fuse __________________________________________________________ 10<br />
7 Taking into operation ________________________________________________ 11<br />
8 Maintenance, service lifetime, changing the flash tube ____________________ 12<br />
9 DIGISTROB RDS 30, Technical Data ____________________________________ 13<br />
9.1 General________________________________________________________ 13<br />
9.2 Dimensions and weight ___________________________________________ 13<br />
9.3 Measuring range and display _______________________________________ 13<br />
9.4 Internal ________________________________________________________ 13<br />
9.5 External _______________________________________________________ 13<br />
9.6 Monitor socket __________________________________________________ 14<br />
9.7 Selector switch "MODE“___________________________________________ 14<br />
10 Accessories ________________________________________________________ 14<br />
10.1 Table-top stand – TS ___________________________________________ 14<br />
10.2 Table-rod clamp – TRK__________________________________________ 14<br />
10.3 Magnetic base – MF ____________________________________________ 15<br />
10.4 Single articulated arm – EA1 _____________________________________ 15<br />
10.5 Double articulated arm – DA2_____________________________________ 15<br />
10.6 Hand lamp with cable ___________________________________________ 15<br />
10.7 Support for probe – SH 1 ________________________________________ 15<br />
10.8 Photo-electric reflection probe – A1S30P ____________________________ 16<br />
10.9 Inductive scanner – A2S06P______________________________________ 16<br />
10.10 Extension cable – SAK 2m _______________________________________ 16<br />
10.11 Extension cable – LAK 2m _______________________________________ 16<br />
10.12 Carrier bag for RDS 30 – TT______________________________________ 16<br />
11 Schematics_________________________________________________________ 17<br />
11.1 External trigger, Input circuit RDS 30 (schematic) _____________________ 17<br />
11.2 External input RDS 30 __________________________________________ 18<br />
Page 1/20, Manual
Manual<br />
Digistrob RDS 30<br />
1 Stroboscopy<br />
1.1 General<br />
With the flashlight stroboscope DIGISTROB RDS 30 fast motion sequences<br />
- which cannot be observed with the naked eye - can be made visible and can be recorded<br />
for measuring purposes.<br />
When intensive light flashes are repeatedly projected to the same point of a moving part, the<br />
eye observes only what becomes visible during the light flash. Because the eye is too slow in<br />
taking up single images at high frequency, this melts into one continuous image. The moving<br />
part seems to stand still, providing the motion sequences coincide with the flash sequences<br />
or with a round multiple of these.<br />
In this manner at the same time the number of revolutions or the interval of periods can be<br />
measured contact less. In order to achieve a really steady image, the stroboscope must have<br />
a high accuracy of flash sequences.<br />
With the integrated phase shifter the timing of the flash (and thus the point of observation)<br />
can be shifted within the motion cycle.<br />
In this manner all kinds of motion sequences can be observed and investigated.<br />
Example Fan:<br />
Page 2/20, Manual
Manual<br />
Digistrob RDS 30<br />
2 Front view<br />
Display<br />
1 Power switch ON / OFF<br />
2 Indication in RPM, range 150 - 22'000min -1 (±1min -1 )<br />
3 Indication in Hz, range 2,5 - 360Hz (± 0,3Hz)<br />
4 Indication of period interval in ms, range 2,5 - 400ms (± 0,2ms)<br />
5 Indication of range exceeded or range fallen short of with external triggering<br />
(LED display extinguishes).<br />
6 5-digit LED display<br />
External triggering<br />
7 Synchronization with mains<br />
8 Via photo-electric pick-up with bright markings<br />
9 Via photo-electric pick-up with dark markings<br />
10 Via inductive pick-up with gear wheels<br />
11 Via inductive pick-up with aperture disks<br />
12 3-decade input divider (1-999)<br />
13 Indication when divider setting ≠ 1<br />
Internal triggering<br />
14 Range I 200 - 4000 min -1<br />
3 - 66 Hz<br />
300 - 15 ms<br />
15 Range II 1000 - 20000 min -1<br />
15 - 333 Hz<br />
60 - 3 ms<br />
16 Double control knob with step-down for course/fine adjustment of the internal<br />
oscillator.<br />
Page 3/20, Manual
Manual<br />
Digistrob RDS 30<br />
3 Hand lamp<br />
17 Switch-on push-button<br />
18 Lock for switch-on button<br />
19 Phase shift potentiometer<br />
(can be switched off with mode switch 24)<br />
20 Quartz tube with xenon white light<br />
4 Rear view<br />
21 Socket for lamp connection<br />
22 External trigger input for:<br />
• inductive pick-up<br />
• optical pick-up<br />
• light barriers<br />
• logic signal<br />
• alternating current<br />
Trigger, Allocation of pins<br />
1 +15V pick-up circuit supply voltage<br />
2 signal input<br />
3 +8.2V pick-up circuit supply voltage<br />
4 signal input<br />
5 ground 0V<br />
6 screen<br />
Page 4/20, Manual
Manual<br />
Digistrob RDS 30<br />
23 Monitor socket<br />
Monitor, allocation of pins<br />
1 pulse output with divider 12 Logic signal 15V / 40mA,<br />
temporarily short-circuit proof<br />
2 ØV<br />
3 Pull-up resistor (5.6kΩ) for open-collector driver from<br />
external gate<br />
4 Gate input for external hand lamp control<br />
by a logic signal of (+15V / ØV)<br />
with polarity and single flash switch-over 24<br />
5 Frequency proportional voltage output<br />
30mV / Hz or 500µV / min -1 , Linearity ± 5%<br />
Offset not balanced, temporarily short-circuit proof<br />
24 Mode selector<br />
Switch functions<br />
1 Phase shifter by-pass<br />
2 Single flash switch-over when switched via external gate<br />
(23, Pin 4/2)<br />
3 Polarity switch-over for external gate input<br />
(high/low - active)<br />
4 no function<br />
25 Fuse: 0.315 A slow blow<br />
26 Power connection cable for 230V / 50Hz<br />
Page 5/20, Manual
Manual<br />
Digistrob RDS 30<br />
5 Description of functions on the front panel<br />
5.1 Display<br />
The DIGISTROB RDS 30 shows the measured value with an accuracy of ± 1 digit on<br />
the 5-digit LED display 6. Depending on the selected range, the indication is direct in<br />
2 pulses/minute or RPM<br />
measuring range: 150 - 22000min -1<br />
measuring accuracy: ± 1min -1<br />
3 Pulses/sec. or frequency in Hz<br />
measuring range: 2,5 - 360Hz<br />
measuring accuracy: ±0,3Hz<br />
4 Time in ms between two pulses or period interval<br />
measuring range: 2,5 - 400ms<br />
measuring accuracy: ±0,2ms<br />
When these ranges are exceeded or fallen short of, this is indicated with signal LED 5 and<br />
the LED display 6 extinguishes.<br />
The same happens when the input signals fluctuate strongly during the synchronization time<br />
(a few seconds) of the PLL (Phase Locked Loop) or if they fail altogether (range fallen short<br />
of).<br />
Thus when the DIGISTROB RDS 30 is switched on by means of the power switch 1 and the<br />
input signals are not yet available or fluctuate strongly, the LED display 6 remains dark.<br />
In this event only the indication LED 5 lights up.<br />
5.2 External triggering<br />
The DIGISTROB RDS 30 can be triggered from outside in various manners. The following<br />
possibilities of external triggering can be set by means of the the keys 7 - 11:<br />
7 triggering synchronous to mains<br />
8 via photo-electric pick-up with bright markings on the object<br />
9 via photo-electric pick-up with dark markings on the object<br />
10 via inductive pick-up with gear wheels<br />
11 via inductive pick-up with aperture discs<br />
Triggering is also possible by means of external voltage sources or<br />
by means of Visolux pick-up circuits.<br />
In this case the input circuit Ind A 10 / Inductive B 11 is particularly<br />
suited for fast signals with little disturbance. But this method of<br />
triggering is not suitable for very slow signals.<br />
For very slow signals or such with a high disturbance factor it is recommended to lead the<br />
triggering via Photoelectric A 8 / Photoelectric B 9.<br />
But this triggering variant is again not suited for fast signals with fluctuating aplitude.<br />
A wide selection of optical and inductive pick-ups and external voltage sources can be<br />
connected to the "trigger" socket 22.<br />
Page 6/20, Manual
Manual<br />
Digistrob RDS 30<br />
Every external trigger signal can be stepped down to ratios 1 - 999 via the 3-decade input<br />
divider 12. This enables for example, individual adoption to various pulse/rotation or range<br />
extension for rotation speed measuring.<br />
When the adjustment of the divider ≠ 1, this is indicated by the LED 13 beside it.<br />
The display corresponds to the stepped down measured dimension.<br />
5.3 Internal-triggering<br />
For internal triggering the adequate measuring range has to be preselected<br />
with keys 14 and 15. Two ranges can be selected:<br />
Range I 14 : 200 - 4000 min -1<br />
3 - 66 Hz<br />
300- 15 ms<br />
Range II 15 : 1000 - 20000 min -1<br />
15 - 333 Hz<br />
60- 3 ms<br />
By means of the double control knob with step-down 16, the internal oscillator can be<br />
adjusted course and fine, until a steady image has been attained.<br />
The oscillator is now balanced and the sequence of flashes coincides with the motion<br />
sequence.<br />
Rotation speed, frequency and period interval can now be read directly.<br />
For balancing adjustment of the internal oscillator it is of advantage to advance to the<br />
frequency of the measured object "from above". In this manner in most cases, already at the<br />
first steady image, the correct measured value will be shown. On the other hand, a steady<br />
image will also be obtained when the flash frequency is stepped down to a whole numbered<br />
ratio of that of the measured object.<br />
5.4 Hand lamp<br />
The hand lamp is activated by means of pushbutton 17.<br />
The push-button can be locked with button 18. The power<br />
of the flash from the quartz flash tube with white Xenon<br />
light is 0.08 - 0.4 Ws per flash. It is automatically reduced<br />
by steps as the flash frequency increases, so that the<br />
maximum power of the lamp of 25 W is not exceeded. In<br />
the event of overloading the hand lamp is automatically<br />
switched off.<br />
Page 7/20, Manual
Manual<br />
Digistrob RDS 30<br />
5.5 Phase shifter<br />
A frequency which is synchronous with the motion cycle is led to the stroboscope RDS 30<br />
via the pick-up connection (trigger socket 22). This frequency is led to the phase shifter. The<br />
latter calculates the delay interval between the incoming control pulse and the flash timing,<br />
for the adjusted phase shift angle and controls the ignition pulse for the flash lamp<br />
accordingly.<br />
A phase shift of up to 360° can be attained with the integrated phase shift potentiometer 19.<br />
5.6 Phase shifter by-pass<br />
With external triggering on a fluctuating (instable) motion the flashed image will appear<br />
slightly off-set at every change of speed. This is caused by the fact that the phase shifter<br />
needs two periods of the motion cycle to synchronize. In order to attain a highly stable image<br />
also with non-periodic or heavily fluctuating quasi periodic motions, the phase shifter can be<br />
by-passed by bridging over at the back of the RDS 30. In this manner a continuous delay will<br />
be attained between trigger pulse and flash. This can be done just by pressing down switch<br />
No. 1 at the mode selector 24 of the monitor. When switch No. 1 is on this position the phase<br />
shifter potentiometer is inactivated.<br />
Page 8/20, Manual
Manual<br />
Digistrob RDS 30<br />
6 Description of functions on the rear side<br />
6.1 Connection of lamp<br />
The hand lamp is connected and locked at socket 21.<br />
6.2 External trigger input<br />
If the RDS 30 has to be triggered externally, the external<br />
trigger signal input is connected to the trigger input (socket 22) and the adequate input circuit<br />
is selected at the control elements 8-12 at the front. With mains-synchronous triggering 7<br />
connection for signal at the trigger input 22 is not required.<br />
All supplied pick-ups (see accessories page 16) can be<br />
connected directly to the "trigger" socket 22. For other<br />
emitters and for external voltage sources the wiring<br />
examples on pages 18-20 should be observed.<br />
Allocation of pins and input wiring can be seen on the<br />
diagram on page 17 and the legend on page 4.<br />
6.3 Monitor socket<br />
Pulse output<br />
The RDS 30 has a pulse output as well as an analog output. The 15V/40mA logic signal of<br />
the pulse output at the monitor socket 23 pin 1/2 is also stepped down at the ratio of the input<br />
divider 12, in accordance with the input pulses. Furthermore, the pulse output is temporarily<br />
short-circuit proof.<br />
Analog output<br />
The analog output is taken from pin 5/2 of socket 23, in form of a frequency proportional<br />
voltage. The voltage is 30 mV/Hz or 500 µV/min -1 and has a linearity of ± 5%.<br />
The analog output is also temporarily short-circuit proof, but has no offset balancing.<br />
External gate input<br />
The hand lamp can also be driven externally via the gate input (monitor socket 23, pin 4/2). In<br />
this case the polarity of the gate (high/low - active) can be selected with the selector switch<br />
"mode 3" 24.<br />
Page 9/20, Manual
Manual<br />
Digistrob RDS 30<br />
6.4 Mode selector<br />
Switch 1 Switch 1 of the mode selector 24 effects the phase shift bypass.<br />
If it is pushed downward, the phase level of an<br />
external signal can no longer be changed. The interval<br />
between pulse input and flash remains constant, approx.<br />
100 - 130µs at a divider setting 12 of 001 (see also phase<br />
shifter by-pass on page 8).<br />
Switch 2 If the hand lamp is driven externally, it can be switched on to<br />
single flash triggering by pushing down the mode switch 2.<br />
This effects that after having activated the hand lamp via the<br />
gate input (monitor socket 23, pin 4/2), the flash will only be<br />
triggered by the next following pulse. Single flash triggering<br />
is suitable in the first place, for photographic applications.<br />
Switch 3 The polarity of the external gate (high/low - active) can be switched over with<br />
the mode switch 3. This means that when this switch is in the upward position,<br />
the open circuit has to be closed via the monitor socket 23 pin 4/2, for<br />
activation of the hand lamp.<br />
When switch 3 is pushed down the hand lamp is activated when the closed<br />
circuit is interrupted via the monitor socket 23 pin 4/2.<br />
Switch 4 The mode selector switch 4 has no function.<br />
6.5 Fuse<br />
The RDS 30 is protected against overload by a fuse of type<br />
IEC 123/III 230V / 0.315A, slow blow.<br />
Page 10/20, Manual
Manual<br />
Digistrob RDS 30<br />
7 Taking into operation<br />
Before the Digistrob RDS 30 is connected to the mains, we recommend the following<br />
procedure:<br />
• Connect hand lamp<br />
• Check that the correct range has been set at the control elements at the front and that<br />
not several keys have been depressed simultaneously.<br />
Recommended adjustment: display rpm 2 or Hz 3 internal triggering 14.<br />
• At the mode selector (24) at the back, place all switches in the upward position in<br />
order to avoid having activated any unwanted special functions<br />
• Make sure that the mains connection is in accordance with the data given on the<br />
apparatus (230V / 50 - 60Hz)<br />
Now the apparatus can be connected to the power outlet and can be switched on with the<br />
power switch 1. In this setting the display 6 will light up after a short interval. Now the<br />
frequency can be changed with the double control knob 16 and the display and function of<br />
the apparatus can be tested. By switching on the hand lamp switch 17 also the function of the<br />
hand lamp can be tested. The flash light stroboscope Digistrob RDS 30 is now ready for<br />
operation. The required working range and the special functions can now be adjusted for the<br />
required application.<br />
ATTENTION!<br />
NEVER DISCONNECT THE HAND LAMP DURING OPERATION.<br />
This could cause damage to the electronics!<br />
Page 11/20, Manual
Manual<br />
Digistrob RDS 30<br />
8 Maintenance, service lifetime, changing the flash tube<br />
The flash-light stroboscope DIGISTROB RDS 30 requires no maintenance.<br />
However it should be protected against moisture. The RDS 30 must not be opened and it<br />
must not be subjected to strong vibration or shock.<br />
Under full load the Xenon white light flash tube has a minimum service lifetime of approx. 250<br />
hours. Also the hand lamp should not be subjected to strong vibration or shock.<br />
For changing a flash tube proceed as follows:<br />
1. Switch off the apparatus!<br />
2. Disconnect the hand lamp!<br />
3. Hold the lamp shade A from the front<br />
and turn with force anti-clockwise, till it<br />
stops (bayonet fitting). Now the lamp<br />
shade can be removed.<br />
4. Remove cover B by inserting a<br />
screwdriver in the small aperture at the<br />
side and twisting it.<br />
5. Loosen the two screws D and E and take<br />
away the side plate C.<br />
6. Now the black cooler body which<br />
encases the flash lamp, can be slid off<br />
forward.<br />
7. The flash tube is now open and can be detached.<br />
Hold the new flash tube only at the plug: When<br />
inserting it, make sure that the catch of the plug<br />
correctly snaps home.<br />
8. The hand lamp is now reassembled in reverse<br />
order. Make sure that the black cooler body is<br />
fastened tightly in its guide. Turn the cover B so,<br />
that the small notch fits into the groove and snaps home.<br />
Also turn the lamp shade A so, that the two notches fit into the the guide.<br />
Then turn the groove towards the upper center slot (clockwise), until the lamp shade<br />
snaps home.<br />
The hand lamp is now again ready for use.<br />
ATTENTION: NEVER APPLY FORCE WHEN DISMANTLING!<br />
Page 12/20, Manual
Manual<br />
Digistrob RDS 30<br />
9 DIGISTROB RDS 30, Technical Data<br />
9.1 General<br />
Operating voltage: 230V AC ±10%, 50 - 60Hz, (115V AC upon request)<br />
Power requirement: 50VA max.<br />
Operating temperature: 0 - 40°C<br />
Flash frequency: 3-333Hz / continuous (180-20'000min -1 )<br />
max: 415Hz, 1 min. (25'000min -1 )<br />
Control unit: Alum. housing with handle<br />
Hand lamp: plastic (extra light - temperature resistant)<br />
Handle with camera thread<br />
9.2 Dimensions and weight<br />
Dimensions hand lamp: 105 x 220 x185 (H/W/D in mm)<br />
control unit: 100 x 285 x 300 (H/W/D in mm)<br />
Weight hand lamp: 0.850kg<br />
Weight control unit: 3.6kg<br />
9.3 Measuring range and display<br />
Speed (RPM): 150 – 22'000min -1 , ±1min -1<br />
Frequency (Hz): 2,5 – 360Hz, ± 0.3Hz<br />
Period (ms): 2,5 – 400ms, ± 0.2ms<br />
9.4 Internal<br />
Flash triggering from internal oscillator, adjustable course and fine by means of double<br />
control knob, adjustment with step-down<br />
Range I: 200 – 4000min -1<br />
3 – 66Hz<br />
300 – 15ms<br />
Range II: 1000 – 20000min -1<br />
16 – 333Hz<br />
60 – 3ms<br />
9.5 External<br />
• Synchronous to mains<br />
• Optical and inductive p i c k - u p s<br />
• Logic signal<br />
• Alternating current<br />
Bright and dark markings (optical) as well as gear wheels or perforated disks (inductive)<br />
Input divider for frequency division<br />
Emitter voltage: 100mV - 20V AC/DC<br />
Divider range: 1 + 999, BCD coding switch<br />
Page 13/20, Manual
Manual<br />
Digistrob RDS 30<br />
9.6 Monitor socket<br />
Frequency output: logic signal, 15V / 40mA, temporarily short circuit proof<br />
Voltage output: 30mV / Hz, linearity ± 5%, temporarily short circuit proof<br />
Gate input: For external driving of the hand lamp<br />
(switching ON/OFF or single flash triggering)<br />
Contact or logic signal (+15V / 0V)<br />
normally open/normally closed or polarity switch<br />
9.7 Selector switch "MODE“<br />
1 Phase shifter by-pass, effects a constant delay interval between trigger pulse and<br />
flash<br />
2 Single flash setting for driving via gate<br />
3 Polarity setting (high/low - active) of the gate<br />
4 Has no function<br />
10 Accessories<br />
Examples:<br />
10.1 Table-top stand – TS<br />
∅ 150 mm, with threaded hole M8<br />
10.2 Table-rod clamp – TRK<br />
Clamping width 40 mm, with threaded hole M8<br />
Page 14/20, Manual
Manual<br />
Digistrob RDS 30<br />
10.3 Magnetic base – MF<br />
debitable 75 kg, with threaded hole M8<br />
for fixing:<br />
Table-top stand – TS<br />
Table-rod clamp – TRK<br />
Magnetic base – MF<br />
10.4 Single articulated arm – EA1<br />
M8 and ¼" Ww thread, with knurled nut<br />
L = 120mm<br />
for fixing:<br />
Table-top stand – TS<br />
Table-rod clamp – TRK<br />
Magnetic base – MF<br />
10.5 Double articulated arm – DA2<br />
M8 und ¼" Ww thread, with knurled nut<br />
L = 210 mm<br />
for fixing:<br />
Single articulated arm – EA1<br />
Double articulated arm – DA2<br />
10.6 Hand lamp with cable<br />
threaded hole ¼" Ww<br />
for fixing:<br />
Single articulated arm – EA1<br />
Double articulated arm – DA2<br />
10.7 Support for probe – SH 1<br />
Clamping width 28 mm, threaded hole ¼" Ww<br />
Page 15/20, Manual
Manual<br />
Digistrob RDS 30<br />
10.8 Photo-electric reflection probe – A1S30P<br />
for bright / dark pulses (paint markings, reflective foil)<br />
size of markings min. 3 x 5mm<br />
scanning range 2 ... 5mm<br />
frequency 0.5 ... 25'000Hz<br />
dimensions ∅ 8 x 95 mm (without plug)<br />
10.9 Inductive scanner – A2S06P<br />
for gear wheel m2, groove 2 x 8mm, bore ∅ 4mm (min)<br />
scanning range 0.5 ... 5mm<br />
frequency 1 ... 25'000Hz<br />
dimensions ∅ 8 x 95 mm (without plug)<br />
10.10 Extension cable – SAK 2m<br />
L = 2m, for:<br />
Photo-electric reflection probe – A1S30P<br />
Inductive scanner – A2S06P<br />
10.11 Extension cable – LAK 2m<br />
L = 0.5m (extended 2m), for:<br />
Hand lamp with cable<br />
10.12 Carrier bag for RDS 30 – TT<br />
Control unit, hand lamp and accessories<br />
330 x 310 x 280mm (H/W/D)<br />
Page 16/20, Manual
Manual<br />
Digistrob RDS 30<br />
11 Schematics<br />
11.1 External trigger, Input circuit RDS 30 (schematic)<br />
External trigger<br />
220E 0.5W<br />
Page 17/20, Manual
Manual<br />
Digistrob RDS 30<br />
11.2 External input RDS 30<br />
pick-up type probe connector external trigger switch position<br />
photo-electric<br />
probes A1S ...<br />
cable type SAK<br />
active inductive<br />
probes ATS2,<br />
....E, A2S....E<br />
Cable type B2A001<br />
active inductive<br />
probes ATS2,<br />
....P, A2S....P<br />
Cable type SAK<br />
HF inductive<br />
probes A4S....,<br />
ATS 4/...<br />
Cable type B4A 005<br />
Photoelectric A<br />
Photoelectric B<br />
Inductive A<br />
Inductive B<br />
Inductive A<br />
Inductive B<br />
Inductive A<br />
Inductive B<br />
Page 18/20, Manual
Manual<br />
Digistrob RDS 30<br />
magnetic field<br />
probes A5S....,<br />
A5L…., A5G...<br />
Cable type<br />
L3A 04PE<br />
external voltage<br />
source<br />
100mV-20V AC/DC<br />
related to ground<br />
external voltage<br />
source<br />
100mV-20V AC/DC<br />
related to ground<br />
external voltage<br />
source<br />
100mV-20V AC/DC<br />
symmetrical<br />
logic-level input<br />
Open – Collector<br />
8.2 V / 1mA (10kΩ)<br />
Inductive A<br />
Inductive B<br />
Photoelectric B<br />
Inductive A<br />
Photoelectric A<br />
Inductive A<br />
Inductive B<br />
Inductive A<br />
Photoelectric A<br />
Page 19/20, Manual
Manual<br />
Digistrob RDS 30<br />
for Visolux<br />
inductive/capacitive<br />
proximity switch<br />
10 – 30V / NPN<br />
for Visolux<br />
inductive/capacitive<br />
proximity switch<br />
10 – 30V / PNP<br />
automotive ignition<br />
coils primary outlet<br />
B1B 001<br />
Cable type SAK<br />
Inductive A<br />
Photoelectric A<br />
Inductive B<br />
Photoelectric B<br />
Inductive A<br />
Inductive B<br />
Photoelectric A<br />
Photoelectric B<br />
Page 20/20, Manual