OEM-sensor. Linear Displacement and Position Measurement. vipsensor. SENSORS & SYSTEMS Authority in displacement measurement. new inductive principle

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1 SENSORS & SYSTEMS Authority in displacement measurement OEM-sensor new inductive principle wear free compact sensor design integrated electronics POTENTOMETRCI vipsensor LE CPI PRNI V PI SENSOR Linear Displacement and Position Measurement vipsensor

2 vipsensor VIP series with Measurement principle The mechanical travel to be measured is transferred without contact to the via an aluminum sleeve. The sleeve is mounted on the component to be measured using a mounting block. The contains a segmented coil which is supplied with alternating current. The resulting electromagnetic alternating field induces eddy currents in the aluminum sleeve. These eddy currents influence the corresponding partial coils. The partial voltages of the individual segments are tapped off and added in an amplifier. A linear output signal is produced depending on the position of the. Precise concentric guidance of the sleeve over the is not necessary. vipsensors operate similar to conventional potentiometers, but without contacting the actual sensing element and are therefore wear-free. They can be used anywhere where high accuracy is demanded and contacting measurement methods (potentiometers, draw-wire displacement sensors, etc.) cannot be considered in a harsh application environment (vibration, dust, moisture, etc.). Due to the compact and flexible design, an optimum integration of the sensor is possible even in the tightest of spatial conditions. sensor measuring range Areas of use: The vipsensor is designed for industrial use in machines and production plant. The non-contact measurement principle guarantees wear free operation. The illustrated examples are showing just a small selection of the numerous possibilities. - displacement, distance, position, movement - deformation, tilt, amplitude - dimensions, clearance, length measurement - level, depth of immersion, spring travel, stroke U e amplifier ± I a features Maintainance free and wear free operation Linearity 0.2 % FSO Integrated micro-electronics Compact design - excellent range/length ratio Robust encapsulated sensor design Insensitive to harsh environment 02

3 Technical data Model Measuring range VIP-50 VIP-100 VIP-150 mm (inch) 50 (1.97) 100 (3.94) 150 (5.91) Linearity ±0.4 % FSO ±mm (inch) 0.2 (0.01) 0.4 (0.015) 0.6 (0.02) Option ±0.2 % FSO ±mm (inch) 0.1 (0.004) 0.2 (0.01) 0.3 (0.01) Resolution <0.03 % FSO mm Temperature range Temperature stability Frequencyresponse Output signal Output load Supplyvoltage Current consumption Protection class Electromagnetic compatiblity (EMC) (-3dB) -40to +85 C (-40to +185 F) zero ±0.005% FSO / C sensitivity ±0.015% FSO / C 300 Hz 4-20mA VDC max 40 ma IP 67 EN spurious emission EN interferenceimmunity contactless moving sleeve Patented measuring principle There is no mechanical contact between the measuring element (sleeve or plunger) and the. The sensor therefore operates without any wear. Shock 1 Vi bration 40 g, 3000 shocks / axis 100 g radial, 300 g axial 5 Hz Hz ± 2.5 mm 44 Hz Hz ±20 g FSO = Full Scale Output 1) Halfsinusoid 6 ms Pressure-resistant model on request (housing-version GA). Special measuring ranges on request. Sensor identification To process your order immediately select the exact sensor identification as shown below. VIP ZA SR - I electr. output socket, radial linearity 4 = 0.4 % FSO 2 = 0.2 % FSO ZA= housing, cylindrical (standard) GA= housing, threaded (option) measuring range in mm 03

4 vipsensor LVP series with measuring plunger Measurement principle vipsensors in the LVP Series operate according to a novel, inductive measurement principle. The mechanical displacement is transferred via a moving plunger, without contact, to the. The sensor contains a segmented coil which is supplied with alternating current. The plunger position influences the impedance of the coil segment. The partial voltages of the individual segments are tapped off and added in an amplifier. A linear output signal is obtained dependent on the plunger position. The non-contact measuring principle ensures a long service life. Exact concentric guidance of the plunger in the sensor rod is not necessary. The decisive advantage is a substantially improved ratio between the measurement range and the overall sensor length. This means that the sensors can be optimally integrated even in tight restricted spaces. The field of application is where high accuracy is demanded, but where contacting measurement techniques (potentiometer, drawwire sensors, etc.) cannot be used due to harsh application environment. target measuring range Areas of use The vipsensor is designed for industrial use in machines and production plant. The non-contact measurement principle guarantees wear free operation. The illustrated examples are showing just a small selection of the numerous possibilities displacement, distance, position, movement deformation, tilt, amplitude dimensions, clearance, length measurement level, depth of immersion, spring travel, stroke plunger amplifier ± I a U e features Maintainance free and wear free operation Linearity 0.2 % FSO Integrated micro-electronics Compact design - excellent range/length ratio Shielded against magnetic side load Insensitive to harsh environment 04

5 Technical data Model LVP-50 LVP-100 LVP-200 Measuring range mm (inch) 50 (1.97) 100(3.94) 200 (7.87) Linearity ±0.4 % FSO ±mm (inch) 0.2 (0.01) 0.4(0.015) 0.8 (0.03) Option ±0.2 % FSO ±mm (inch) 0.1 (0.004) 0.2 (0.01) 0.4 (0.015) Resolution <0.03 FSO mm Temperature range Temperature stability Bandwidth Signal out Output load Supply voltage Current consumption Protection class Electromagnetic compatibility (EMV) Shock 1 Vibration (-3 db) I EC I EC IEC to +85 C (-40 to F) zero ±0.005 % FSO / C sensitivity ±0.015 % FSO / C 300 Hz ma VDC max 40 ma IP67 EN spurious emission EN interference immunity 40g, 3000Shocks / axis 100 g radial, 300 g axial 5 Hz Hz ± 2.5 mm 44 Hz Hz ±20 g measuring range vipsensor measuring range LVDT-Sensor Comparison of installed length of the vipsensor LVP to conventional LVDT sensors An important advantage of the vipsensor measuring technique lies in the short length of the installed sensor. This difference becomes clear in a direct comparison with an LVDT sensor. FS O = Full Scale Output 1) Halfsinusoid 6 ms Pressure-resistant model on request (housing-version GA) Special measuring ranges on request. Sensor identification To process your order immediately select the exact sensor identification as shown below. LVP GA SA -I electr. output SA= socket, axial SR= socket, radial linearity 4 = 0.4 % FSO 2 = 0.2 % FSO ZA= housing, cylindrical (standard) GA= housing, threaded (option) measuring range in mm 05

6 vipsensor Sensor dimensions VIP Series Dimensions in mm (inch), not to scale Housing Version -ZA- 7-pin socket A B measuring range C ø30.5 (1.20) ø12 (0.47) 38.5 (1.52) 12 (0.47) ø12x1 start position Iout=4mA end position Iout=20mA ø8 (0.31) Housing Version -GA- A 7-pin socket B measuring range C WS 32 M 18x1.5 ø12x1 ø8 (0.31) 38.5 (1.52) 12 (0.47) start position Iout=4mA end position Iout=20mA Measuring range A B C 50 (1.97) 105 (4.13) 24 (0.94) 11.5 (0.45) 100 (3.94) 175 (6.89) 27 (1.06) 22 (0.87) 150 (5.91) 242 (9.53) 30 (1.18) 33 (1.30) All data in mm (inch) 06

7 LVP Series Dimensions in mm (inch), not to scale Housing Version -ZA- 7-pin socket A 25±1* 0.98 ±0.04 C 38.5 (1.52) 12 (0.47) 12 (0.47) ø30.5 (1.20) ø8 (0.31) Measuring plunger B * Plunger at start of measurement range Iout=4mA Housing Version -GA- A 25±1* 0.98 ± pin socket WS 32 C 38.5 (1.52) 12 (0.47) M 18x1.5 ø8 (0.31) Measuring plunger B * Plunger at start of measurement range Iout=4mA Measuring range A B C 50 (1.97) 77 (3.03) M 2 10 (0.39) 100 (3.94) 138 (5.43) M 3 12 (0.47) 200 (7.87) 261(10.28) M 3 12 (0.47) All data in mm (inch) 07

8 Accessories sensor housing mounting block and measuring ring mounting block mounting block 28 (1.10) 4 mounting holes for M4 DIN 912 vipsensor with mounting blocks 7.5 (0.30) 32.5 (1.28) 45±0.1 (1.77±0.003) MBS 12/8 Mounting set for vipsensor three mounting blocks, gripping dia. 8 mm / 12 mm C703-5 Connection cable, length 5 m PS 2010 Power supply mounting on DIN rail (DIN 50022) Input 115 / 230 VAC switchable Output 24 VDC / 2.5 A Dimensions: 120 x 20 x 40 mm (4.72 x 0.79 x 1.57 inches) PS 1605 Power supply (chassis mounting) Input 230 VAC Output 24 VDC / 600 ma Dimensions: 114 x 69 x 51 mm (4.49 x 2.72 x 2.01 inches) DD 800 Digital readout, programmable MICRO-EPSILON Koenigbacher Strasse Ortenburg / Germany Phone +49/8542/168-0 Fax +49/8542/ info@micro-epsilon.com USA: 8120 Brownleigh Dr. Raleigh, NC / USA Phone +1/919/ Fax +1/919/ me@micro-epsilon.com certified DIN EN ISO 9001 :1994 modifications reserved Y D010073MLO