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Linear strain gauge - 120 - 1 000 Ω | LY series
The LY series of linear strain gauges offers seven different models (LY1 to LY8), and each...
Linear strain gauge - 120 - 1 000 Ω | LY series
The LY series of linear strain gauges offers seven different models (LY1 to LY8), and each with unique specifications, dimensions and designs. It features nominal rated resistances ranging 120 to 1000 ohms.
Each model is optimized for temperature responses for aluminum, steel, or other materials according to its specific customer requirements.
Each model is optimized for temperature responses for aluminum, steel, or other materials according to its specific customer requirements.
Dual-grid biaxial strain gauge - 120 - 350 Ω | XY series
The HBM XY series are high performance strain gauges designed for the accurate...
Dual-grid biaxial strain gauge - 120 - 350 Ω | XY series
The HBM XY series are high performance strain gauges designed for the accurate...
Shear strain gauge - 120 - 700 Ω | XY2 - XY4 series
This series of V-shaped strain gauges includes types XY4 and XY2, designed with two measure grids to the SG axis, arranged at an angle of approximately 45 degrees. They are ideal for...
Shear strain gauge - 120 - 700 Ω | XY2 - XY4 series
This series of V-shaped strain gauges includes types XY4 and XY2, designed with two measure grids to the SG axis, arranged at an angle of approximately 45 degrees. They are ideal for applications such as torsion bar measurements and in neutral fiber areas in which sheer stresses need to be determined.
There is a wide selection of different nominal resistances, including 120 ohms, 350 ohms and 700 ohms, as well as temperature adaptations for shear strain and torsion gauges. Materials include a polyamide-measuring grid carrier and constantan in the measuring grid. More information about how to measure with the XY4 and XY2 gauges is available in the Use of the Wheatstone Bridge-Circuit brochure.
There is a wide selection of different nominal resistances, including 120 ohms, 350 ohms and 700 ohms, as well as temperature adaptations for shear strain and torsion gauges. Materials include a polyamide-measuring grid carrier and constantan in the measuring grid. More information about how to measure with the XY4 and XY2 gauges is available in the Use of the Wheatstone Bridge-Circuit brochure.
Biaxial strain gauge - max. 350 Ω | RY series
The HBM have designed and developed special strain gauges to analyze bi-axial stress states with unknown principal strain directions. The RY SERIES boasts 3 measuring...
Biaxial strain gauge - max. 350 Ω | RY series
The HBM have designed and developed special strain gauges to analyze bi-axial stress states with unknown principal strain directions. The RY SERIES boasts 3 measuring grids arranged in a specific angle to accurately provide analysis of stress.
This series is ideally used in diagnosing machines and failure analysis. It can also be used as a sensor for heavy duty equipment or devices. It offers different dimensions with nominal resistance and temperature response to different materials like steel or aluminum. It can be customized to suit users requirements. Arranged in a quarter bridge circuit, the RY series is easy to install.
This series is ideally used in diagnosing machines and failure analysis. It can also be used as a sensor for heavy duty equipment or devices. It offers different dimensions with nominal resistance and temperature response to different materials like steel or aluminum. It can be customized to suit users requirements. Arranged in a quarter bridge circuit, the RY series is easy to install.
Full-bridge strain gauge - 120 - 350 Ω | VY series
The VY series consists of full bridge strain gauges with four, neatly-arranged measuring grids set in such a way that a 90-degree angle is formed. The full bridge SGs are typically used in applications...
Full-bridge strain gauge - 120 - 350 Ω | VY series
The VY series consists of full bridge strain gauges with four, neatly-arranged measuring grids set in such a way that a 90-degree angle is formed. The full bridge SGs are typically used in applications such as tension compression bar and torsion bar measurements, as well as the determination of shear stresses when occurring in shear beams.
A feature in the VY1 series by HBM include a 0 to 90 degree T-full bridge, which is available with three temperature responses, and adapted to customer specification or for steel. The VY4 models feature a shear torsion-full bridge with a range of temperature responses, which are adapted for aluminum, steel or customer specifications. There are available models with nominal resistances of 350 and 120ohms.
A feature in the VY1 series by HBM include a 0 to 90 degree T-full bridge, which is available with three temperature responses, and adapted to customer specification or for steel. The VY4 models feature a shear torsion-full bridge with a range of temperature responses, which are adapted for aluminum, steel or customer specifications. There are available models with nominal resistances of 350 and 120ohms.
Surface strain gauge - ±600 με | 9232A
The variant 1 type 9232A from Kistler is a highly sensitive surface strain sensor that...
Surface strain gauge - ±600 με | 9232A
The variant 1 type 9232A from Kistler is a highly sensitive surface strain sensor that can be used to measure the indirect force on assembly units, mechanical presses, machine tools, production machinery and more. This instrument's high sensitivity enables it to acquire data from ground-isolated and even overload protected sources.
Surface strain gauge - ±800 με | 9237B10
For measuring dynamic and quasistatic forces, this durable strain sensor is ideal.
It can be used on machine parts that are moving or...
It can be used on machine parts that are moving or...
Surface strain gauge - ±800 με | 9237B10
For measuring dynamic and quasistatic forces, this durable strain sensor is ideal.
It can be used on machine parts that are moving or those that are stationary. Force-proportional strain on machine or structural surfaces is used for indirect force measurement. The device monitors other machines. It can be used to protect mechanical presses from suffering an overload, for example.
It also provides quick detection of tool collisions or breakages. For wobble riveting, clinching and resistance spot welding, this strain sensor provides quality assurance.
It can be used on machine parts that are moving or those that are stationary. Force-proportional strain on machine or structural surfaces is used for indirect force measurement. The device monitors other machines. It can be used to protect mechanical presses from suffering an overload, for example.
It also provides quick detection of tool collisions or breakages. For wobble riveting, clinching and resistance spot welding, this strain sensor provides quality assurance.
Surface strain gauge - ±500 με | 9238B10
Measuring dynamic and quasistatic forces is the chief function of this transmitter. It can be used on moving machine parts...
Surface strain gauge - ±500 με | 9238B10
Measuring dynamic and quasistatic forces is the chief function of this transmitter. It can be used on moving machine parts as well as those that are stationary. The transmitter additionally features an integral fully-digital charge amplifier.
The transmitter is well-suited for joining processes such as wobble riveting, clinching as well as resistance spot welding. When used in monitoring machine tools, the transmitter can quickly detect tool collisions and tool breakages.
The transmitter is well-suited for joining processes such as wobble riveting, clinching as well as resistance spot welding. When used in monitoring machine tools, the transmitter can quickly detect tool collisions and tool breakages.
Strain measuring pin - 500 με | 9241CA3
Due to preloading, this detector is capable of measuring tensile and compression forces....
Strain measuring pin - 500 με | 9241CA3
Due to preloading, this detector is capable of measuring tensile and compression forces. It can be set in any direction and depth in the mounting bore, integrated cable, easy to set up, earth-protected, IP 64. Its uses include; indirect force dimension in equipment structures, instruments, etc., for industrial monitoring purposes.
Strain measuring pin - ±1400 με | 9247A
Kistler type 9247A is a pin with longitudinal sensitivity for measurement of strain....
Strain measuring pin - ±1400 με | 9247A
Kistler type 9247A is a pin with longitudinal sensitivity for measurement of strain. It is ideal for optical components.
The pin is useful for measuring cavity pressure without any contact. Behind the mold wall, a sensor is screwed. This sensor measures the cavity pressure by determining the compressive strain of the steel.
The pin is useful for measuring cavity pressure without any contact. Behind the mold wall, a sensor is screwed. This sensor measures the cavity pressure by determining the compressive strain of the steel.
Strain gauge
Isometric muscle contraction is defined as force with zero motion. Harvard Apparatus Isometric...
Strain gauge
Isometric muscle contraction is defined as force with zero motion. Harvard Apparatus Isometric Transducers achieve this condition by means of thinfilmed, bonded strain gauges and substantial beams. The strain gauge has four-wire closed Wheatstone bridges for long term stability and sensitivity. The stiffness of the transducer and stem prevents unwanted displacement.