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PDS Bar Sweep Survey Software
Teledyne PDS Bar Sweep supports different ways to monitor your leveling operation. Teledyne RESON provides the software as well as the sensors to accompany the system.Teledyne PDS visualizes the bar in top, profile, and 3D views indicating where the leveling has taken place. The position and depth of the bar is logged to a digital terrain model (DTM) which is color-coded for depth. It is possible to display a design depth in the profile views, indicating whether the bar has to be lowered or hoisted.
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PDS Ploughing Software
Teledyne PDS Plough supports different ways to monitor your leveling operation. Teledyne RESON provides the software as well as the sensors to accompany the system.Teledyne PDS visualizes the plough in top, profile, and 3D views indicating where leveling has taken place. The position and depth of the plough is logged to a digital terrain model (DTM) which is color-coded for depth. It is possible to display a design depth in the profile views, indicating whether the plough has to be lowered or hoisted.
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Ultra-compact Photoelectric Sensor
EX-20 Ver.2
Panasonic Industrial Devices Sales Company of America
Using a single chip optical IC, Panasonic created the powerful EX-20 Ultra-Compact Photoelectric Sensors, which are among the smallest Photoelectric Sensors worldwide and in spite of their miniature size, the Sensors incorporate a sensitivity adjuster. Since a red LED dot light source is used, alignment and confirmation of the sensing position is easy, even if very tiny objects have to be detected.
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Hall Effect Sensor
The hall effect sensor products are manufactured according to international standards. Being an ISO 9001:2008, ISO 14001 and OHSAS 18001 certified company, DER EE is capable of designing and producing superior products to the highest standards of customers' requirements. Hall effect sensors we provided are a device containing both the sensor which produces a very low signal level and contains the vacuum tube amplifier and a high gain integrated circuit (IC) amplifier in a single package. hall effect sensor offer many applications to sense position and motion, to control electric motor control, to sense wheel rotation and so on.
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3D Multibeam Scanning Sonar
ProScan™
Teledyne BlueView's 3D Multibeam Scanning Sonar user interface software. ProScan connects to the sonar and pan/tilt unit, configures each scan, generates full 3D point clouds, and optionally streams output to third party hydrographic software for fusion with other sensors. Data is recorded in multiple file formats: .son (raw acoustic data file for ProScan reprocessing), .txt (plain text record of all point locations and positional data) and .xyzi (industry standard xyzi data for 3D point cloud viewers, registration software, etc.). In playback mode, users can review and reprocess scans to modify sound speed, intensity threshold, multidetect and range settings as needed. ProScan coupled with Teledyne PDS MotionScan, pitch, roll heading and position sensors provides the capability to scan areas to collect 3D point clouds while correcting for motion.
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Aurora®
The Aurora® electromagnetic tracking solution provides unobstructed real-time tracking of micro sensors that can be embedded into rigid and flexible OEM medical instruments such as ultrasound probes, endoscopes, catheters, guidewires – even at the tip of a needle. With the Aurora® electromagnetic tracking solution, no line-of-sight is needed for in-vivo tracking of instruments through twisting anatomical tracts. When integrated as a component into the workflow of OEM image-guided surgery or interventional systems, the Aurora acts as the link between patient image sets and 3D space, enabling the instruments’ positions and orientations to be instantly localized and visualized within the operative field. It does so with the exceptional speed, accuracy, and precision required by today’s most demanding minimally invasive approaches.
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Global Positioning System Sensors
GPS
GPS sensors are receivers with antennas that use a satellite-based navigation system with a network of 24 satellites in orbit around the earth to provide position, velocity, and timing information.
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Non-Contacting Multiturn
A rotary position sensor translates angular mechanical position to an electrical signal. Rotary position sensors are designed for applications that typically require frequent adjustment. Shaftless designs allow for different engagement mechanisms, such as a customized shaft, a motor control, a human interface adjustment or a mechanical arm position locator. Rotary position sensors can be used in applications where a user needs to control a variable output such as a frequency, speed or volume control. Typical applications include test and measurement equipment, consumer electronics, small engines, robotics, and medical equipment.
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Rotary Position Sensors -AEC- Q200 Compliant
A rotary position sensor translates angular mechanical position to an electrical signal. Rotary position sensors are designed for applications that typically require frequent adjustment. Shaftless designs allow for different engagement mechanisms, such as a customized shaft, a motor control, a human interface adjustment or a mechanical arm position locator. Rotary position sensors can be used in applications where a user needs to control a variable output such as a frequency, speed or volume control. Typical applications include test and measurement equipment, consumer electronics, small engines, robotics, and medical equipment. The Bourns® Model 3382 Series uses resistive technology to sense rotary position.
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Contacting Single-turn
A rotary position sensor translates angular mechanical position to an electrical signal. Rotary position sensors are designed for applications that typically require frequent adjustments. Shaftless designs allow for different engagement mechanisms, such as a customized shaft, a motor control, a human interface adjustment or a mechanical arm position locator. Rotary position sensors can be used in applications where a user needs to control a variable output such as a frequency, speed or volume control. Typical applications include test and measurement equipment, consumer electronics, small engines, robotics, and medical equipment. The Bourns® Model 3382 Series uses resistive technology to sense rotary position.
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Contacting Multiturn
Bourns Contacting Multiturn Positions Sensors are available in busing and servo mount bodies, are often gangable, and also come with non-standard features and specifications. The Bourns 3547, 3548, and 3549 Series are designed for HMI and MMI applications.
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Contacting Linear Motion
A spin-off of the Trimpot trimming potentiometer product line, the contacting linear motion position sensor was developed to meet the needs of designers wishing to detect movement of position. Applications for these compact components include: Solenoid positioning sensors for automated controllers, volume control on audio equipment, joystick controllers, satellite dish positioning, and robotics.
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Non-Contacting Single-turn
A rotary position sensor translates angular positions to an electrical signal. Rotary position sensors are designed for applications that typically require frequent adjustment. Shaftless designs allow for a different engagement mechanisms, such as a customized shaft, a motor control, a human interface adjustment or a mechanical arm position locator. Rotary position sensors can be used in applications where a user needs to control a variable output such as a frequency, speed or volume control. Typical applications include test and measurement equipment, consumer electronics, small engines, robotics, and medical equipment. The Bourns® Model AMS22S Series uses Hall Effect magnetic technology to sense rotary position.
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Linear Motion Potentiometers
A spin-off of the Trimpot trimming potentiometer product line, the linear motion potentiometer was developed to meet the needs of designers wishing to detect movement of position. Applications for these compact components include: Solenoid positioning sensors for automated controllers, volume control on audio equipment, joystick controllers, satellite dish positioning, and robotics.
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Beam Position Detectors
We offer a wide range of laser beam position detectors for optical alignment including Quadrant Cell Photoreceivers, PSDs, and Thermopile Position Sensors. Please see our Beam Position Sensor Guide for more information.
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High End Portable Laser Power/Energy Meter
Centauri Single Channel P/N7Z01700
*Compatible with all standard Ophir Thermal, BeamTrack, Pyroelectric and Photodiode sensors*Large 7" Full Color Touch Display*Multilingual interface – English, French, Spanish, Italian, German, Russian, Japanese, Chinese and Korean*Single and Dual Channel models available*Various Displays: Bargraph, Analog Needle, Line Plot, Pulse Chart, Pass/Fail, Position, Stability, and Real Time Statistics*Dual Channel Instrument supports Split and Merged Graphical Displays*Sophisticated power and energy logging, including logging every pulse at up to 25000Hz with Pyro sensors*Math functions: Density, Scale Factor, Normalize against base line, etc. Functions can be mixed together, displayed graphically, and can also be logged
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Laser Power / Energy Meter
StarBright 7Z01580
*Compatible with all standard Ophir thermal, BeamTrack, pyroelectric (PE-C series) and photodiode sensors*Brilliant color large size TFT 320x240 display*Choose between Digital with Bargraph, Analog Needle, Line Plot (for laser tuning), Pulse Chart, Pass/Fail, *Position, Stability, Real Time Statistics displays*Sophisticated power and energy logging, including logging every point at up to 5000Hz with Pyro sensors*Math functions for advanced processing such as Density, Scale Factor, Normalize against base line, etc.*Can mix functions together and display the results graphically. Function results can also be logged.*USB Disk on Key (Thumb Drive) for nearly unlimited data storage.*USB and RS232 interfaces with StarLab PC applications and User Commands document
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*Power/Position/Size Thermal Sensors
BeamTrack
Thermal sensors that measure laser power and single shot energy like standard thermal sensors but in addition measure laser beam position and laser size. This position sensing detector measures laser beam position to 0.1mm accuracy and laser size measurement of a Gaussian beam to +/-5% accuracy. Measuring laser position is important for laser alignment where the laser position sensor can provide feedback to the laser position control.
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*Laser Thermal Power Sensors
Thermal sensors have a series of bimetallic junctions called a thermopile. Radial or axial heat flow through the sensor creates a voltage proportional to the power absorbed as it flows through the thermopile. The reading is not dependent on the ambient temperature since only the temperature difference is measured and not the absolute temperature. The thermopile elements are so arranged that the reading is almost independent of beam size and position. Generally, Ophir specifies ±2% or better uniformity of reading over the surface.
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Position Sensors for Hazardous Environments
Intrinsically Safe systems provide a safe operating environment for personnel and equipment. Intrinsic Safety (IS) is based on the principle of restricting the electrical energy transmitted into a hazardous area, thereby ensuring that anysparks or heated surfaces that may occur as a result of electrical failures areinsufficient to cause ignition. The threat of an explosion is eliminated.
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Distance Sensor Technology
Linear encoders
The MLFK linear measuring system works with linear contactless sensors according to the magnetic measuring principle, and is used for the positioning and measurement of distance and position as well as direction recognition. Thanks to its special features, it is ideal for cost-effective solutions in many industrial applications in plant and machine construction. Contact-less measuring technology is largely wear-free.
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Chassis Ride Height Applications
Chassis height sensing is a specific application of CTS' rotary sensor technology. Chassis height sensors measure the position of the control arms relative to the frame or body of the vehicle. This information is used in systems such as headlight leveling and real-time-dampening. Key features of the CTS' chassis height sensors is the ability to mount in a variety of angles and projections to accommodate difficult packaging as well as robust sealing required for under chassis applications. With a global team of application engineers, CTS can package one of our generic, tooled for sales sensors or develop a custom product, unique for your application.
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Mini Digital Output Pressure Sensor
DLHR Series
The DLHR Series Mini Digital Output Pressure Sensor is based on All Sensors' CoBeam2 TM Technology. This reduces package stress susceptibility, resulting in improved overall long term stability and vastly improves the position sensitivity. The digital interface option eases integration of the sensors into a wide range of process control and measurement systems, allowing direct connection to serial communications channels. 0.5 to 60 inH2O Pressure Ranges
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Optical Rotary Encoders
Optical sensing technology is the most precise and offers the highest resolution of the position sensing technologies. Rugged construction and years of field proven service makes BEI optical rotary encoders ideal for operating in harsh industrial environments including oil well drilling, machine control, agricultural machinery, web process control, robotics, elevators, construction equipment, cranes, motor feedback and any closed loop control systems. BEI optical encoders are available as incremental, absolute single-turn, and absolute multi-turn. BEI Sensors programmable encoders offer resolution flexibility to match changing needs while also saving on inventory costs and reducing machine downtime.
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Nano-Position Sensors
ZYGO nano-position sensors are widely used in closed-loop motion control systems like photolithography and semiconductor inspection tool stages, as well as for deformable optical systems. We have pioneered innovations in the displacement and position sensors for over 30 years, and we work closely with applications requiring the highest precision and reliability. Our team of applications experts is ready and able to help you tackle your position metrology needs.
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Networkcontroller
A new set of motorized tables developed by Klocke Nanotechnik allows high strokes at small volumes. The modules are driven by the Nanomotor®. Loads of up to two kg can be moved over centimeters of stroke with down to 2 nm resolution. Manipulation in many degrees of freedom is possible without backlash. The modules NMT xx-L are longer, but thin like a pencil. In most of the NMT-modules position measurement systems can be included without increasing the size. The resolution of the position sensor is better than 10 nm. All NMT modules can easily be fixed onto each other. Very small connectors allow the exchange of a module without removing cables. The NMT-Zxx are modules for vertical movement. They have an internal load compensation to lift up loads. Nanomotor-Grippers and force sensors that can easily be fixed on these modules are available.
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Non-contacting Position Sensors
For use in harsh environments, Vishay offers non-contacting position sensors based on Hall Effect technology. Linear displacement, rotational (single- and multi-turn), and kit design options all provide a full 360° measurement range with no dead angles and very long life, since there is no wear and tear on sensor elements. Applications for Vishay’s non-contacting position sensors include any system where vibration, shock, or dithering is to be expected, such as embedded applications in vehicles.
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Magnetostrictive Sensors
Linear position sensors with a profile design are contact-free and absolute measurement systems for the precise detection of one or more positions. They deliver convincing performance in harsh environments, for example in presses, injection molding machines or gantry robots, because they are made of an hermetically sealed IP67 aluminum housing. The magnets of the position encoder act on the measurement element through the wall of the profile.
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Linear Stages
A new set of motorized tables developed by Klocke Nanotechnik allows high strokes at small volumes. The modules are driven by the Nanomotor®. Loads of up to two kg can be moved over centimeters of stroke with down to 2 nm resolution. Manipulation in many degrees of freedom is possible without backlash. The modules NMT xx-L are longer, but thin like a pencil. In most of the NMT-modules position measurement systems can be included without increasing the size. The resolution of the position sensor is better than 10 nm. All NMT modules can easily be fixed onto each other. Very small connectors allow the exchange of a module without removing cables. The NMT-Zxx are modules for vertical movement. They have an internal load compensation to lift up loads. Nanomotor-Grippers and force sensors that can easily be fixed on these modules are available.
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Tilt Position Sensors
Available with any measurement angle between 15 and 160 the P603 tilt sensor operates a gravity driven, oil damped pendulum with a very low settle time and durable housing. Our tilt sensor has proved popular in marine applications because like our linear and rotary sensors we have used highly durable and corrosion resistant materials.We also offer the S623 which is waterproof sealed for continual submersion to IP68 350bar, 5000psi, 3500msw
