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If you have special requirements for your measurements, why not rely on transducers and sensors that optimally match your specific application? We develop and manufacture customized transducers for you that meet your specifications. Benefit from the market leader's experience and competence to get your custom-designed sensor.
Measure strain using customized transducers from HBM - also available as multi-component transducers!
Benefit from the proven high quality, delivery reliability and global availability you already know from our standard range of products.
- Flexible design and quantity - be it small or large quantities. With or without amplifier - it's your choice
- Quick development and manufacturing - Rapid engineering and rapid prototyping make it possible
- Reliable through our competent After Sales service, two-year warranty, DKD calibration and ISO9001 certification
...at an excellent price/performance ratio!
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Benefit from the many new advantages of measuring with light - without having to abandon the ruggedness and convenience of the classical strain gage.
HBM's optical strain gages are made from fibers of glass with a very small core diameter of no more than 4 to 9 micrometers. In comparison, the diameter of human hair ranges from 60 to 80 micrometers. The fiber core is surrounded by a cladding layer from purest glass with a diameter of 125 micrometers.
HBM patented optical strain gages utilize proven technology, and are easy to work with. There is no difference in the handling of optical or traditional (electrical) types of strain gages. You don't have to learn new skills: Bonding, covering, connecting, etc. are all identical. The patented design protects the fiber and makes configuring your test setup quick and convenient. Benefit from both optical sensor technology and the wide range of accessories for electrical strain gages.
Best of both worlds: HBM's measurement technology enables the simultaneous acquisition of data using both electrical and optical strain gages. The EasyOptics module in HBM's catman®AP software enables you to jointly acquire and analyze data from different types of sensors.
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The resistance strain gage remains the most cost effective method of understanding a stress system, by calculating stress from a measured strain.
HBM is Europe's leading manufacturer of strain gages. Our extensive range covers everything from strain gages via measuring transducers to analog and digital amplifiers. Since our amplifiers can be connected to a PC, measured values can be further processed and then meaningfully displayed with the aid of operator-friendly analysis software specifically designed for measurement technology. Innovative new products in the field of transducer development, signal conditioning and software are witness to our competence and up-to-date product know-how.
In addition to these standard products, HBM also provides customized solutions for sensor technology and electronics as well as complete systems. Our products and solutions are used in all sectors of industry. Our subsidiary companies and over 60 branch offices and agencies worldwide are responsible for providing expert support for measurement technology solutions on site.
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* General Purpose Strain Gauges
* Double Strain Gauges, 2 Measuring Grids
* Strain Gage Application Kit
* Precision Strain Gauges - 1-Axis General Purpose
* Pre-Wired Strain Gauges 1-Axis Linear
* 3-Element Strain Gauge Rosettes 0°/45°/90°
* Precision Strain Gauges Dual-Grid for Bending Strains
* Precision Strain Gauges Extra-Long Grid Pattern for Inhomogeneous Materials
* Resistors for Span and Temperature Compensation of Strain Gauge Bridges
* Strain Gage Accessories: Resistance Wire, Bondable Terminal Pads(BTP)
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The increased use of fiber composites and the systematic optimization of components presuppose a precise knowledge of the load situation. In many applications, sensor integration is the only way to meet the demand for modern lightweight structures with regard to production control, load monitoring, damage analysis and control signal generation.
HBM’s new LI66 strain gages are directly embedded in the structure during the fiber composite production process. This allows measurements at spots that are no longer accessible after production.
The most obvious feature of the LI66 strain gage is the two vertically attached contact pins, for contacting the strain gage embedded in the material. The measuring leads are only connected to the gold-plated pins after manufacture, outside the structure, which makes all the handling easier.
The LI66 strain gage is of a symmetrical design, with structural strain being applied equally to the measuring grid from both sides. Depending on the requirement, the user can decide whether the pins should be contacted inside the structure or on the outside. Thus, for example, with sandwich structures, the measuring leads or customized electronics can be introduced into the foam core.
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The EFO is a fiber optic strain sensor especially designed to be embedded in concrete, ideal for composite material engineering research and civil-engineering applications such as monitoring stresses in structural members of buildings, bridges, tunnel linings and supports during and after construction.
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Strain transducer
Type M-0017-0
Strain transducers are mounted parallel to the flux on a steel construction. The stretching in the steel construction is by the strain transducers converted in an electrical signal.
Output: DMS
Options:
Pre-amplifier 4-20 mA built in
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The S251 Miniature Platform Load Cell is a low profile, single point OEM load cell offering high accuracy. Only 3/4" high, the S251 is ideal for medical instruments, low profile scales and other low profile, high resolution applications.
A 3,000 ohm thin film strain gauge bridge provides extremely low power consumption for battery and current loop applications. Capacities range from 200g to 10kg-force full scale (0.4 to 22 lb-force).
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Strain gauges consist of a very fine metallic foil etched in a grid pattern, which is bonded to a device and used to measure the strain, or amount of deformation of the device when weight or pressure is applied. The resulting electrical output is proportional to the strain.
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Model 3541 Fracture Mechanics Clip-on Gage - For fracture mechanics studies, these clip-on gages are in compliance with standardized test methods such as ASTM E1820 for determination of fracture toughness of metallic materials using the following parameters: K, J, and CTOD.
Model 3641 High Temperature Clip-on Gages - For fracture mechanics tests in environmental chambers where the entire gage must be exposed to the heat. These gages may be used to 540°C (1000°F) without any cooling.
Model 3548COD High Temperature Fracture Mechanics Clip-On Gage - High temperature fracture toughness clip-on gages for use in side cut-out, split type materials testing furnaces. Water cooled and furnace bracket mounted, there are options for use to 1200°C (2200°F) or 1600°C (2900°F).
Model 3741 Air-Cooled Clip-on Gage - Air cooled clip-on gage designed for fracture studies, in compliance with standardized test methods such as ASTM E1820 for determination of fracture toughness of metallic materials in a temperature range of -195°C to 300°C (-321°F to 572°F). These extensometers are semi-custom units built to the customers specifications.
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