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Low cost and compact due to PMD technology:
- Non-contact distance measurement up to a range of 10 m.
- PMD Smart Pixel with integrated signal evaluation.
- Visible red light class II laser for easy alignment.
- 4-digit alphanumeric display.
- Simple set-up, installed and adjusted within seconds.
- 2 adjustable switch points, switching and analogue outputs.
- Robust and compact metal housing for industrial applications.
- Excellent price / performance ratio.
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General description
di-soric infrared distance sensors OAA... are characterised by a large operating distance, while having a very good colour independence.Thanks to the large diameter of light spot uneven surfaces of stones, sintered material or rough boards will be safely detected. Due to that di-soric infrared distance sensors OAA... are especially suitable for height control in concrete and gravel works, brickyards as well as saw mills. Two independently from each other adjustable thresholds enable diverse operation possibilities.
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With our new Laser-Distance Sensors DLS-B you measure absolute distances up to 500 meters. Thanks to state of the art laser technology the DLS-B device measures with a precision of 1.5 millimeters. It represents a cost efficient solution even at extreme environment temperatures as low as -40° C.
The DLS-B is an optical measuring device. You can measure, maintenance-free, distances on natural and reflective surfaces. You determine positions on objects difficult to access or with very high surface temperatures. Just as well you can measure distances in an aggressive environment in an easy and accurate way.
Serial, analog and digital interfaces are standard features for the complete DLS-B product line. This enables you to easily connect the DLS-B to a control system (SPS, IPC or PC)
The DLS-B device runs in a “Stand-alone-mode” and independently executes all programmed functions. Thanks to the flexible range of functions an external display can be connected directly to the DLS-B device via interface RS232 or RS422. Via a digital input, measurements can also be activated from an external button or switch.
For easy configuration of the DLS-B devices, the necessary software is at your disposal.
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The laser distance sensors of the L-LAS-LT and L-LAS-LT-MS series determine the distance or thickness of objects with highest accuracy. By way of a master/slave sensor arrangement, two laser distance sensors are evaluated by a controller that is integrated in the master sensor. A special version is available for optically transparent objects (flat glass, foils, wafers).
The laser distance sensor can be easily parameterised with the Windows® user interface L-LAS-LT-Scope or L-LAS-LT-MS-Scope.
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Ultrasonic sensors present the ideal solution for non-contact position and distance measurement in all industrial areas where environmental conditions such as dust, smoke or steam may effect the sensors. Objects consisting of a variety of materials can be detected regardless of colour or shape to within millimetres.
The sensor uses very high frequencies that are outside of the human’s audible range, as a data carrier. The time it takes the ultrasonic wave to pass between the sensor and the object is the value for the distance or the position. Ultrasonic sensors have proven their reliability and precision especially in the wood and furniture industry, the construction materials industry, farming equipment, construction equipment and in level control applications.
Pepperl+Fuchs’ ultrasonic sensors currently encompass 8 series of mechanical designs for through-beam, direct detection and reflex operation with more than 40 designs and models. Customer and application specific custom solutions underscore our technological competence in this area of sensors.
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Reference: P 925 L1 AN S - P 925 L2 AN S - P 925 L3 AN S
Sensing distance :
P 925 L1 AN S : 40 to 60 mm
P 925 L2 AN S : 45 to 85 mm
P 925 L3 AN S :
Supply : 18 to 28 VDC
Output : analogical 0...10 V
Description
Detection indication by LED
Red pulsed visible light
Laser class 2
Minimum resolution : 0,01 mm
Analogical output 0...10 V
Antichock ABS Housing
Orientable M12 connector
Applications
Position control of an arm robot
Thickness measurement of thickness pieces
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Measuring sensors
Measuring optosensory technology offers an unusual performance spectrum. Depending on the field of application, modern optosensors make use of different measurement principles such as triangulation, phase shift or pulse propagation time to measure distances. Measurement takes place either directly to an object or to a reflector. Leuze electronic also offers positioning systems which determine positions using a barcode tape.
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Distance sensor FT 92 ILA-PSL5
Large scanning distances and working
ranges (proximity version up to 6 m on
white objects, 30 m on refl ector)
High repeatability
High measuring rates
Very good cost-performance ratio
Optional red pilot laser
2 PNP signal outputs
1 analogue output 4 ... 20 mA
All outputs in the measuring range
freely adjustable
Standard M12 plug
laser protection class 2
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Ultrasonic distance sensors are working contactless and can still detect small objects (e.g. wire Æ 1 mm) at considerable distances. They are able to disregard disturbing backgrounds and functions in fog, dust , dirt or extreme lighting is possible. No correction factors have to be applied and colour does not matter.
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The RPS-401A-80P analog ultrasonic sensor is mounted in a PVC barrel housing and is completely self contained. It is powered by 20-30 VDC and is reverse polarity protected. It also has a narrow beam angle which enables it to get into tight places. A flat target can tilt up to 10 degrees and still be detected. The RPS-401A-80P has 2 short circuit protected analog outputs, 4-20mA and 0-10 VDC. These outputs can easily be inverted and can be scaled over almost any range by means of adjusting the zero (P1) and span control (P2). The (P1) potentiometer must be adjusted first. Both analog outputs can be used at the same time.
For set-up purposes an LED strength indicator is provided. This LED is Green when not detecting and changes to a bright Red as a target moves into place depending on how much reflected signal is coming back from the target. The frequency of operation for the RPS-401A-80P is 140kHz. The RPS-401A-80P is constructed of PVC. The barrel measures 30mm x 105mm. A standard 6' cable is provided.
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You can detect distances or other dimensions such as filling levels or positions precisely using SICK distance sensors. Our products stand for the highest degree of measurement accuracy at small and great distances and ensure smooth production processes. In doing this, our photoelectric distance sensors use the specific advantages of measuring with light.
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The RPS-326 is a low frequency, sealed transducer sensor best suited for applications where harsh or hazardous environments are a problem. The transducer head is constructed of 316 grade stainless steel and has a CSA explosion-proof rating. The RPS-326 sensor head CSA rating is Class 1, Division 1, Group ABCD. The ranging and proximity modes provide the versatility of simple detection, or actual distance measuring.
The isolated form C relay furnishes N.O. and N.C. outputs, and with the addition of the RPS-500 card various analog outputs are supplied. The RPS-326 sensor, which operates at a frequency of 37kHz, has a narrow sensing beam. Sensing ranges available for the RPS-326 include 24" to 72", and 24" to 240". Mounting flanges, LED indicator, ranging potentiometer and 30ft. transducer cable are included. Optional cable lengths are available.
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The RPS-412A is a high accuracy analog ultrasonic sensor (+/- 0.002" or 0.05% of range, whichever is greater, at 25 degree C). The sensor has a built in temperature compensation target, that monitors and compensates for air temperature 50 times per second. The sensor also compensates for changes in relative humidity, changes in barometric pressure, and other factors that influence the speed of sound.
The RPS-412A has a 47mm stainless steel barrel housing. The stainless steel housing is electrically isolated from the sensor electronics.
The RPS-412A has a 0-10V analog output. Two measuring ranges are available: 3-10" and 3-16".
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The RPS-409A-IS is an intrinsically safe, UL Listed analog ultrasonic sensor. It is a self-contained sensor in a 30mm PVC barrel housing. It is powered by 16-30VDC with reverse polarity protection. It also has a narrow beam angle, which enables it to get into tight places. A flat target can tilt up to 10 degrees and still be detected.
The RPS-409A-IS has a short circuit protected analog 0-10VDC output. Example using the RPS-409A-80-IS: The output is a linear .125 volts per inch.
The RPS-409A-IS has built in temperature compensation to provide accurate readings throughout the entire operating temperature range.
An LED indicator is provided. The LED is green when not detecting and changes to red when a target moves into place. The sensor is completely sealed and the connection is made by way of IP and NEMA rated cables.
There are four sensing ranges available: 4-40", 6-80", 10-144", and 12-216".
The RPS-409A-IS is designed to take advantage of today's PLC and computer analog input cards. The numerical values that are programmed into the PLC or computer will determine the zero and span.
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ODS Blue-line sensors is the price leader in high performance non-contact measuring.
The ODS Blue-line sensors is a very price competitive series of high quality optical laser sensors, especially designed to meet demands from machine builders worldwide. The result is unsurpassed value for money, based on a simple mechanical layout, but at the same time living up to the well known high ODS-standards of measuring accuracy and rugged durability.
The applications are innumerable. From food and medical industry over wood-, rubber- and offshore industry to everywhere a non-contact precision measurement is advantageous.
The ODS Blue-line is a good example of DSE’s efforts in customization. In addition to the competitive program of ODS sensors and O2DS scanners, DSE design and manufacture special sensors to customer defined specifications.
For further information please study the PDF/datasheet on our website www.sensor.dk
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HL-C1 sensors
The laser displacement sensor HL-C1 has reached the highest level in its class. Even when sensing difficult objects such as black rubber or very shiny objects, the sensor has no problems maintaining stable and consistent results. Through the fusion of our unique newly developed optical system, linear image sensor methodology and high-speed sampling technology, a wide variety of objects can now be stably measured with great precision at ultra high speeds. This new sensor is developed for use in almost all fields of industry like tyre manufacturing or semiconductor production (wafers, printed circuit boards).
HL-C1 controller
The compact and multifunctional controller unit HL-C1CM again shows how powerful this new sensor series is. A flexible combination of controller and sensor heads allows cost-effective service and maintenance. Even in production changeovers, i.e. when the distance to be measured changes, only the head has to be exchanged. Another industry first is a compact touch panel that allows you to conveniently make settings and display data. Up to two sensor heads can communicate with one controller. Together with the touch panel, results can be calculated, e.g. for thickness or difference measurement. Moreover, all adjustments and results can be transmitted via RS232 to a normal PC.
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If you will measure distances, profiles, form, surface, thickness online fast, non contactless and with a high precision, Eltrotec sensors offers a wide range of laser measure sensors for industrial process measurement.
More than 20 years experience quarantees the knowledge for a lot of different applications customers had to do every day (All the laser beam has protection class 2).
Several sensor types are available to solve specific problems as there are:
a.) shiny or glossy surfaces
b.) black, blank rubber and dark surfaces
c.) surfaces in variation of black and white (colours)
d.) hot metals where you need bigger distances and high temp. sensor.
e.) distance measuring where the machine creates vibration, shock or magnetic fields
range: 5, 10, 20, 50, 100, 200 mm (250 mm is shock protected)
resolution: 0,5 µm - 40 µm
interface: 4-20mA / 1-5VDC
RS232 included
princip: CCD-Chip with integrated signal prozessor
frequency: 1000Hz
(best results with this sensor if there are fast changing interfaces in reflection of surface)
Spot diameter: typ. 100-200 µm depends on distance
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Optical Probes for thickness and distance measurements
The measurement range of the chromatic optical probes reaches frome a few hundreds of microns up to millimeters allowing you the perfect tune to your applications
High numerical aperture and small spot diameter are ideal for the most uses in metrology.
The interferometric optical probes show off by their compact construction and serve thickness measurements of transparent thin films from 2µm - 250µm (optical thickness).
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The RPS-150A analog ultrasonic sensor is mounted in a limit switch housing and is completely self contained. It is powered by 20-30VDC and is reverse polarity protected. It also has a wide beam angle which enables it to detect a target that is not at right angles. A flat target can tilt up to 35 degrees and still be detected. The RPS-150A has 2 short circuit protected analog outputs, 4-20mA and 0-10VDC. These outputs can easily be inverted and can be scaled over almost any range by means of adjusting the zero & span control. For set-up purposes an LED strength indicator is provided.
This LED is green when not detecting and fades to RED as a target moves into place, depending on how much reflected signal is coming back from the target. The frequency of operation is 38.5kHz. There are two ranges available in this model 2" to 40" or 5" to 80". It also features a quick disconnect receptacle. The housing is constructed of plastic valox and has standard 30mm X 60mm limit switch mounting dimensions as well as side holes for mounting the sensor on its side.
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Sensors are elementary components of automation. Increasingly precise and wear-free sensors with more and more reliable measurements enable a continuous improvement of the production process. Here, no-touch sensors working with an almost unlimited lifetime are playing a major role. In distance measuring, different measuring methods depending on the measuring range have established themselves. For the medium range between a few centimetres and several metres optical and ultrasonic systems are mainly used. Ultrasonic distance sensors are used in harsh, industrial environments, because they are independent of the material and the colour of the object to be measured, they cannot be disturbed by light, dust and fog, and they work very precisely and linearly with background suppression.
ELTROTEC Sensor GmbH ultrasonics has more than 20 years of experience in addition to the higher-end laser distance sensors with more accuracy, speed and precision. Trust our products for your application in:
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Light and sound are two natural phenomena which let every living being recognise their environment without physical contact and over widely varying distances. Likewise, industrial processes require reliable information. SICK's ultrasonic sensors detect objects and measure distances with high accuracy
Further advantages:
- the outstanding background suppression and the reliable detection of objects
- almost independently of their appearance.
the application determines the output - binary or analogue - according to your wish.
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Triangulation sensor/triangulation measuring technique
Highly soluble spacer sensor with large measuring range and work distance
Contactless range finding in the quality inspection, for examining, classifying and positioning
Optical pressure foot permit contactlessly the accurate and fast determination of the distance between the sensor and test specimen any geformnten.
The measurement takes place punctiformly. The measuring point is visible. Despite small QAbmessungen entire electronics is integrated in the sensor. The connection to your process is made by a connection box with Iintegriertem power pack and field bus interface. For each 2 spacer sensors know connection box, also in combination with other optical sensors (width, length, diameter...), to be operated.
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The LMC-J-0050-x is an opto-electronic distance measuring module for industrial application. The device uses a contact less measurement technique based on comparative phase measurement with amplitude modulation. The laser diode has a divergence of 0.6 mrad for measurement with pinpoint accuracy.
The measurement data is available through different interfaces for further processing. A digital switching output and an analogue output (4..20mA) are also available. The sensor alignment can easily be achieved using the red laser spot.
The sensor is built in a IP 66 housing which is made for heavy industry area. It includes a special dust protection chamber, which keeps the sensor window much longer clean. As ad on, water cooling and air purge nozzles are available. A heat filter is already built in.
- Multi-Bus
- Measuring distances with millimeter accuracy
- Accurate Positioning
- Motion detection / Contour detection
- Level gauging
- Measures surfaces up to 1250 °C
- Width measurement without additional equipment
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The laser distance-meter LMC-J-0310 is robustly engineered especially for industrial applications. It works at distances up to 3000 m. Up to 300m and more (depending on target reflectivity) no special reflector is needed. Measuring values are provided continuously via the integrated RS422/RS232 or analogue 4..20 mA interfaces. As option, ProfiBus and SSI interface is available. In this way the device is providing position and velocity information during the production process.
The LMC-J-0310 can be used in distance and speed measurement mode. All measuring parameters are adjustable. The high measuring speed allows the distance measurement of extremely fast moving objects.
The operation principle of the LMC-J-0310 is time delay measurement, the measuring time is adjustable between 0,5 and 1000 ms (a special version with 0,1ms is also available). Within a fraction of second one distance measurement is obtained by means of several hundreds or thousands of individual measures.
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UF66MG3
This sensor is suitable for applications which require analog measurement of the distance between the sensor and the object. The sensor is capable of direct or scanning mode operation. Bright objects reflect transmitted light better than dark objects. Output voltage is dependent upon the brightness of the object to be measured.
Adaptable for Glass Fiber Optic Cabel
Analog Output: 0...10 V DC
Linear Output Signal Proportional to Distance
Usable with or without Glass Fiber Optic Cabel
UF22MV3
This sensor is especially well suited for applications with glass fiber optic cabel curtains.
Adjustable Slope
Analog Output: 0...10 V DC
Linear Output Signal Proportional to Obstruction of Glass Fiber
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UF55MV3
This sensor is especially well suited for applications with glass fiber optic cabel curtains.
Adjustable Slope
Analog Output: 0...10 V DC
Linear Output Signal Proportional to Obstruction of Glass Fiber
UF55MG3
This sensor is suitable for applications which require analog measurement of the distance between the sensor and the object. The sensor is capable of direct or scanning mode operation. Bright objects reflect transmitted light better than dark objects. Output voltage is dependent upon the brightness of the object to be measured.
Adaptable for Glass Fiber Optic Cabel
Analog Output: 0...10 V DC
Linear Output Signal Proportional to Distance
Usable with or without Glass Fiber Optic Cabel
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The capacitive sensors with extreme long sensing distance are based on the three-electrode measuring-principle. this measuring principle allows much larger sensing distances compared to the two-electrode principle of common capacitive sensors, up to 10-times the norm. Although one achieves essentially larger switching distances with these capacitive systems, the size of the sensors is small.
KXS-Systems are used for applications where the sensing distances of standard sensors are not sufficient.
A further feature is the Duplex-or Triplex-operation. With the corresponding evaluation unit it is possible to adjust 1, 2 or 3 switching points with only one sensor.
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