Inductive and LVDT sensors for
displacement, distance and position
Linear sensors and gaging sensors for industrial and OEM applications
for integration in machines and systems. Accurate displacement and
position sensors to favourable conditions
inductive displacement sensors, LVDT gaging sensors, displacement transducers, displacement sensors,
distance, transducers, automation, automobile, automotive, loading sensor, non-contact, pressure resistant,
pressure-resistant, immersion depth, spring travel, filling level, stroke, hydraulics, inductive sensors and
gaging sensors, automotive engineering, pistons, clutch, measurement of lengths, linear sensor, LVDT,
measurement devices, OEM sensors, Oil resistant, pneumatics, position sensor, position measurement,
sensor, series sensors, unbalance sensor, valve, wear-free, displacement sensor, displacement
measurement, also customer-specific OEM sensors, automotive engineering test and test-rigs, automotive
sensors for large-scale production
16
VIP series: sensors with measuring ring
and integral electronics
No wear and no maintenance
Integrated microelectronics
Short and compact design
Rugged encapsulated sensor
construction
Parallel mounting
contactless moving ring
target movement
VIP
(fixed)
The optimum ratio of measurement range
to installed length of the sensor reduces the
installation space needed for the VIP series.
The parallel connection of the measure-
ment object and measuring ring facilitates
measuring ring movement
sensor rod
completely new construction and instal-
lation options. Whereas with conventional
Patented measurement principle
There is no mechanical contact between
the measuring element (ring) and the
sensor rod. The sensor therefore operates
without any wear.
sensors with an axial measurement path,
the length of the plunger must be added to
the actual housing length, with the VIP
series only the housing length has to be
considered during the design.
VIP series
housing version -ZA-
Dimensions in mm, not to scale
radial 7-pin connector
A
B
C
measuring range
13.9
ø30.5
ø12
Measuring range
A
105
175
242
B
24
27
30
C
11.5
22
33
ø12x1
ø8
50
100
40
12
measuring ring
start position I
out
=4mA
sensor rod
measuring ring
end position I
out
=20mA
150
All data in mm.
17
Model
Measuring range
standard ±0.5 % FSO
Linearity
option ±0.25 % FSO
Resolution
Temperature range
zero
Temperature stability
sensitivity
Frequency response (-3 dB)
Output
Output load
Power supply
Current consumption
Protection class
Electromagnetic compatibility (EMC)
Shock
1
Vibration
FSO = Full Scale Output
1) Half sinusoid 6 ms
IEC 68-2-29
IEC 68-2-27
IEC 68-2-6
<0.03 % FSO
VIP-50
50 mm
0.25 mm
0.125 mm
0.015 mm
VIP-100
100 mm
0.5 mm
0.25 mm
0.03 mm
-40 °C ... +85 °C
± 50 ppm / °C
±150 ppm / °C
300 Hz
4 - 20 mA
500 Ohm
18 - 30 VDC
max. 40 mA
IP 67
VIP-150
150 mm
0.75 mm
-
0.045 mm
EN 50 081-2 spurious emission EN 50 082-2 interference immunity
40 g, 3000 shocks / axis
100 g radial, 300 g axial
5 Hz ... 44 Hz ± 2.5 mm; 44 Hz ... 500 Hz ±20 g
Article
VIP-
50
-
ZA
-
2.5
-
SR7
- I
electrical output
SA7= connector, axial (housing version GA)
SR7= connector, radial (housing version ZA)
linearity
5 = 0.5 % FSO
2.5 = 0.25 % FSO
ZA= cylindrical housing (standard)
GA= threaded housing (option)
measuring range in mm
VIP series
housing version -GA- (option)
Dimensions in mm, not to scale
A
B
C
measuring range
axial 7-pin connector
ø 30.5
13.9
WS 32
40
M 18x1.5
12
sensor rod
measuring ring
start position I
out
=4mA
ø12x1
measuring ring
end position I
out
=20mA
ø8
18
Sensor in plastic housing with integrated
ASIC electronics VIP-30-ISC-HRW1
Excellent ratio of installed length to
measurement range
Rugged and wear-free
High dynamic response
No magnet
Large-scale production system for
industrial applications
With the increasing deployment of electro-
nic equipment in vehicles, inductive
sensors are finding numerous fields of
application. Ruggedness, compact design
and favorable prices are regarded as basic
requirements for applications in the
automotive sector. It was against this
backdrop that this innovative displacement
sensor was developed, which is employed
non-contacting and wear-free for applica-
tions particularly in the engine and gearbox,
but which can also be used for industrial
applications. The sensor is characterized
particularly by its excellent ratio of installed
length to measurement range. Further plus
points are the integrated electronics, the
high dynamic response and the measure-
Model
Article
Measuring principle
Measuring range
Target (included)
Linearity
Resolution
Frequency response
Housing
Temperature stability
Output
Power supply
Temperature range sensor
Protection class
FSO = Full Scale Output
ø13
VIP-30-ISC-HRW1
2617015
VIP (page 10-11)
30 mm
aluminium ring ø13 x 1 mm, 2.5 mm long
± 0.5% FSO (0.15 mm)
10 Bit
1000 Hz (-3 dB)
thermosetting plastic
200 ppm / °C
UART (TTL-level RxD/TxD) option 0.5...4.5 VDC
+ 5 VDC (4.9 ... 5.1 VDC) stabilized
-40 °C ... +100 °C / temporary up to 125 °C
IP 67, without connector
magnet. These advantages take effect
particularly with displacement and position
measurements on the transmission, such
as for example with the measurement of the
clutch disengagement, shift rail or selector
lever position.
36
ø6.
5
ment principle which does not need a
example target
2.5
ø13
ø9.
12.1
5
measuring range
25
52
ø10
10
39
Integrable load and unbalance sensor
ILU-50-0-10-SR
Sensor integrated into damper
Integrated Rast 2.5 standard plug
Integral damper flange
The displacement sensor ILU-50-O-10-SR
(Integrated Load and Unbalance sensor)
measures the depression of the suds
container when the washing machine is
loaded and its deviation during the spinning
stage. Due to the inductive measurement
principle, the sensor provides an absolute
position acquisition for static and dynamic
processes. The short installed length of the
patented VIP principle enables the sensor
to be integrated into a compact friction
damper. The displacement sensor supplies
an output signal proportional to the weight
Model
Article
Measuring principle
Measuring range
Target (included)
Linearity
Temperature range sensor
Electronics
FSO = Full Scale Output
ILU-50
2611051
VIP (page 10-11)
50 mm
aluminium ring
3 % FSO
+5 °C ... +80 °C
MSC ILU50 (article 2208111)
142.5
128.5
customized for large-scale applications.
28
45
36.5
ø6
the geometry of the flange can be
ø4
of washing. Apart from the present version,
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