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Supplier: Newport MKS
Description: high-frequency error compensation, tracking, fast stepping or continuous scanning. The closed-loop version features a high res strain-gauge position sensor for highly accurate and repeatable motion, that also compensates for actuator creep. The sensors are built in a full Wheatstone
- Stroke or X-Axis Travel: 0.01574804 inch
- Axis Configuration: X Axis Only
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Supplier: Newport MKS
Description: high-frequency error compensation, tracking, fast stepping or continuous scanning. The closed-loop version features a high res strain-gauge position sensor for highly accurate and repeatable motion, that also compensates for actuator creep. The sensors are built in a full Wheatstone
- Stroke or X-Axis Travel: 0.00787402 inch
- Axis Configuration: X Axis Only
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Supplier: Newport MKS
Description: high-frequency error compensation, tracking, fast stepping or continuous scanning. The closed-loop version features a high res strain-gauge position sensor for highly accurate and repeatable motion, that also compensates for actuator creep. The sensors are built in a full Wheatstone
- Stroke or X-Axis Travel: 0.01574804 inch
- Axis Configuration: X Axis Only
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Supplier: Newport MKS
Description: high-frequency error compensation, tracking, fast stepping or continuous scanning. The closed-loop version features a high res strain-gauge position sensor for highly accurate and repeatable motion, that also compensates for actuator creep. The sensors are built in a full Wheatstone
- Stroke or X-Axis Travel: 0.00787402 inch
- Axis Configuration: X Axis Only
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Supplier: ZwickRoell LP
Description: The laserXtens 2-220 HP provides high-accuracy, non-contact measurement without the need for gauge marks for tensile, compression and flexure testing on metals. The system reliably performs closed-loop strain-rate controlled tests to ISO 6892-1 Method A1. The laserXtens is easy to
- Stroke / Travel: 1.968505 inch
- Stroke / Maximum Opening: 1.968505 inch
- Application: Compressive, Fatigue / Cyclic, Flexure / Bending, Tensile
- Test Fixture Type: Extensometer
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Supplier: Tinius Olsen, Inc.
Description: the scanning laser at a scan rate of 660 times per second (660 Hz). If the scanning beam is interrupted for any reason, strain measurements are automatically corrected and continued when the laser beam is clear and picks up the gauge mark targets. Specifications Range of
- Length: 5.6692944 inch
- Application: Ductility, Physical / Thermal Properties
- Test Fixture Type: Extensometer
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Supplier: Piezosystem Jena, Inc.
Description: 12 mm can be equipped with a strain gauge measurement system. Adding strain gauges increases the length and diameter by 2 mm. The accuracy is in the nanometer range. The P series provides a response time in the millisecond range with sub-nm resolution. Typical
- Maximum Displacement: 9 to 82 µm
- Blocked Force: 200 to 850 N
- Maximum Operating Voltage: 130 volts
- Capacitance: 180 to 7,199.999999999999 nF
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Supplier: Piezosystem Jena, Inc.
Description: principles result in a very high resolution which far surpasses the resolution of mechanical and electromechanical positioning systems. The PXY 200 series can be easily mounted to other positioning systems and can be equipped with measurement devices (strain gauge) that overcome the
- Maximum Operating Voltage: -20 to 130 volts
- Stiffness: 0.65 N/µm
- Capacitance: 5,200 nF
- Length: 70 mm
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Supplier: Epsilon Technology Corp.
Description: strain controlled testing, deflectometer applications, and measuring crack opening displacements. Strain or extension is measured and output in real time. Epsilon ONE’s high resolution and ISO 0,5 / ASTM B-1 accuracy classes make it suitable for non-contact measurement of a wide range
- Test Standard: ASTM, ISO
- Test Fixture Type: Extensometer
- Application: Fatigue / Cyclic
- Features: Specialty / Other
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Supplier: Trilion Quality Systems
Description: Shearography is a variation of laser technology ESPI (holography), specifically designed for NDT applications. Shearography provides full-field, non-contact testing for rapid wide-field inspection of composites, bonded structures and other advanced materials. Shearography is an optical video
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Supplier: Piezosystem Jena, Inc.
Description: series or with tilting piezoelectric modules of the PSH series to give positioning with all degrees of freedom. Dynamic work is possible. The elements of the PZ series can be equipped with measurement systems (strain gauge or capacitive sensors) that compensate for hysteresis.
- Maximum Operating Voltage: -20 to 130 volts
- Stiffness: 1 N/µm
- Capacitance: 699.9999999999999 nF
- Length: 25 mm
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Supplier: Integrated Device Technology
Description: maximum analog gain of 420 and two offset compensation features. These fit the requirements of ceramic thick-film-based sensor elements as well as strain gauges perfectly. The high amplification in combination with the offset compensation offers the capability to set up
- TJ: -40 to 125 C
- Interface: I2C
- Features: Other, Temperature Compensation
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Supplier: Piezosystem Jena, Inc.
Description: also allows for excellent dynamic operation. An integrated strain gauge measurement system is available for closed loop application.
- Tilt Angle: 0.229183118052329 degrees
- Number of Axes: 2
- Supply Voltage: -20 to 130 volts
- Form Factor: Module / Standalone
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Supplier: PI (Physik Instrumente) L.P.
Description: design with zero wear. Closed-loop control with highly temperature stable metal foil strain gauges allows fast and linear motion. The unit is driven with Mars-rover tested high performance PICMA® piezo actuators guarded by all-ceramic insulation for longer lifetime and protection from
- Diameter, Square Side, Rectangular Length, or Elliptical Major Axis: 25 mm
- Shape: Circular
- Adjustment Type: Kinematic
- Mount Type: Mirror Mount
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Supplier: NOSHOK, Inc.
Description: transducer; optionally the supply can be taken from a PLC Sensor is laser welded, giving it all the advantages of the conventional bonded foil strain gauges, but without having their substantial disadvantages (temperature drifts due to the glue and creeping)
- Force / Load Rating: 0 to 2,240 lbs
- Accuracy: 0.2 ±% Full Scale
- Operating Temperature: -4 to 140 F
- Output: Digital
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Supplier: Tinius Olsen, Inc.
Description: be easily mounted securely with a simple locking pin, which also allows simple and rapid changes Full range of precision extensometers and deflectometers are available using video, laser, encoder, strain gauge and/or LVDT technologies Tinius Olsen’s Horizon software can be
- Force / Load Capacity: 1,124 lbs
- Display / User Interface: Application Software
- Mechanical Test: Compressive, Shear / Torsion, Tensile, Universal
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Supplier: Tinius Olsen, Inc.
Description: or L shape workstation configuration. Full range of precision extensometers and deflectometers using optical, video, laser, encoder, strain gauge and/or LVDT technologies. Safety enclosures with interlocks to protect operators from violent specimen breaks. Tinius Olsen’s Horizon
- Force / Load Capacity: 674,400 lbs
- Display / User Interface: Application Software
- Mechanical Test: Compressive, Tensile, Universal
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Supplier: E-Labs, Inc.
Description: feet of test floor space with climatic, dynamic and pressure testing capabilities. E-Labs maintains state-of-the art equipment for data acquisition, with over 240 channels of instrumentation for temperature, accelerometer, high-speed video/camera, and strain gauging, pressure and force
- Standards (Test / Certify To): ASTM, ISO, MIL-SPEC
- Applications / Industry: Aerospace / Avionics, Alternative / Renewable Energy, Automotive, Building & Construction, Combustion Equipment, Consumer Products, Electrical Distribution, Fuels / Gas & Oil, Industrial / Machinery, Instrument & Sensors / Laboratory, Lighting / Lasers, Marine, Materials, Motors and Control Systems,
- Services Offered: Back Flow, Explosive Atmosphere / Intrinsic Safety, Fire Characteristics / Flammability Testing
- Capabilities: Component / Product Comparison, Consulting / Training, Field Evaluation / On-site Inspection, Qualification / Commissioning, Research and Development, Test Development, Test Fixtures / Equipment, Test Panel / Sample Prep, Testing / Simulation, Witness / Review
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Measurement: Instead of mounting physical sensors such as accelerometers or strain gauges, the Q1 uses laser Doppler vibrometry to measure velocity and displacement from a safe distance. Parallel Scanning Laser Vibrometer: The Q1 can scan large surfaces or multiple points at the same time (read more)
Browse LiDAR Sensors Datasheets for Ommatidia LiDAR -
displacements. Strain or extension is measured and output in real time. Video Extensometer Benefits: One system for many different tests, measuring ranges, and gauge lengths Test through failure with high-energy specimens (read more)
Browse Deflectometers and Extensometers Datasheets for Epsilon Technology Corp. -
pressure sensing technologies. Their pressure sensors are widely used in industrial automation, HVAC systems, and medical devices. Main Sensor Products: piezoresistive, capacitive, and strain gauge sensors. 16. Baumer (read more)
Browse Level Transmitters Datasheets for Holykell Technology Company Limited
Conduct Research Top
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Impact of 3D Laser Data Resolution and Accuracy on Pipeline Dents Strain Analysis
techniques such as pit gauging and ultrasounds. Different plain dents will be used in a case study to clearly show the differences between inspection techniques. Depth based and strain based analysis of dents will be discussed. We will see the impact of data point density and interpolation on the ability
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Influence of thermoelastic and baric processes on measurements of lithosphere deformations by means of a baksan laser interferometer
For a number of years, the Shternberg State Astronomical Institute has conducted high-precision process observa- tions of lithosphere deformations near Elbrus (northern Caucasus) with the use of a Baksan laser strain gauge interferometer.
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Society News
He presented a paper co-authored by himself, Neil Halliwell and Jeremy Couplandentitled ' The laser strain gauge - a practical hand held instrument.
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Compensation for thermoelastic and baric processes in measurements of lithospheric strains by the Baksan laser interferometer
For a number of years, researchers at the Shternberg State Astronomical Institute of the Moscow State University have conducted procedure observations of lithospheric strains by means of the Baksan laser strain gauge – interferometer [2–5].
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DFB fiber laser sensor for simultaneous strain and temperature measurements in concrete structures
with the readings from the remaining functional DFB fibre laser strain gauge (gauge 1).
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Principles of integrated analysis of modern stresses and strains in the outer crust of the Amurian plate
…complex roof; 7—structurally isolated internal ring structure with modern arching mode; 8—the most elevated block of the modern daylight surface relief; 9—area of integrated geodynamic control in mines in Antey and Streltsovsk ore fields; 10— laser strain gauge location; 11—ore deposits: An—Antey…
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40 Years of Strain : A Retrospective Review *
New optical techniques based on a laser Doppler system (22.1), laser anemometry (23.1), digital image analysis (26.2), retrographic imaging (28.1) and a laser strain gauge (30.1) were also introduced.
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Tensile Testing
With the two types of laser strain gages and the high-temperature clip gage, there is now lit- tle difficulty in making direct and precise mea- surements of strain in high-temperature tensile specimens.
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Rotation and torsional stress sensing via coherent optics
[46] P. Wileman et. al., "The Laser Strain Gauge : Micro machining of diffraction gratings using an Excimer laser", Strain, February 1994 .
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Use of diffracting optics in metrology and sensing
Halliwell, "The laser strain gauge : micro-machining of diffraction gratings using an excimer laser", Strain, 30(1), 1 5-1 8 (1994).
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High Energy Physics division semiannual report of research activities.
A Laser Strain Gauge for Accelerator Targets A. Hassanein, J. Norem In: Conference Proceedings - Particle Accelerator Conference, Chicago, IL, June 18-22, 2001, (PAC2001) TPAH121 pp. 1494.