1000Ω Strain Gauges

Strain gauge series M. (SG with high resistance to alternating loads). Geometry: linear. Measuring grid material: Nickel-chrome special allo. Carrier foil: phenolic resin, glass-fiber reinforce. 1 measuring grid. Measuring grid covered. Solder tabs with strain relief. Temperature response: ferritic... [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0591

Strain gauge series M. (SG with high resistance to alternating loads). Geometry: rectangular rosette. Measuring grid material: Nickel-chrome special allo. Carrier foil: phenolic resin, glass-fiber reinforce. 3 grids, offset 0 °/45 °/90 ° to each other. Measuring grid covered. Solder... [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Rectangular; 3-grid rosette
• Grid Length: 0.0591

Strain gauge series M. (SG with high resistance to alternating loads). Geometry: Y rosette (square). Measuring grid material: Nickel-chrome special allo. Carrier foil: phenolic resin, glass-fiber reinforce. 3 grids, stacked, offset 0 °/45 °/90 ° to each other. Measuring grid covered. [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: 3-grid rosette
• Grid Length: 0.0591

Strain gauge series m. (SG with high resistance to alternating loads). Geometry: T rosette. Measuring grid material: Nickel-chrome special allo. Carrier foil: phenolic resin, glass-fiber reinforce. 2 grids, offset 90 ° to each other. Measuring grid covered. Solder tabs with strain relief. [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Tee; T rosette
• Grid Length: 0.0591

Strain gauge series M. (SG with high resistance to alternating loads). Geometry: T rosette. Measuring grid material: Nickel-chrome special allo. Carrier foil: phenolic resin, glass-fiber reinforce. 2 grids, stacked, offset 90 ° to each other. Measuring grid covered. Solder tabs with strain... [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Tee; T rosette
• Grid Length: 0.0591

Strain gauge series M. (SG with high resistance to alternating loads). Geometry: shear/torsion half bridge. Measuring grid material: Nickel-chrome special allo. Carrier foil: phenolic resin, glass-fiber reinforce. 2 grids, offset +/- 45 ° to the axis,. connected in a half bridge circuit. [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Shear/torsion
• Integral Bridge Circuitry: Half-Bridge

Strain gauge with options series U. (Strain gauge for Transducers). Geometry: double linear. Measuring grid: Ni-Cr special alloy. Carrier foil: PEEKF. 2 grids, parallel to each other. Measuring grid covered. 'Stick-on' (with applied adhesive layer). Temp. resp.: ferr. steel (10.8 ppm/K). Creep... [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Dual; Double linear
• Grid Length: 0.0630

Strain gauge with options series U. (Strain gauge for Transducers). Geometry: linear. Measuring grid: Ni-Cr special alloy. Carrier foil: PEEKF. 1 measuring grid. Measuring grid covered. 'Stick-on' (with applied adhesive layer). Temp. resp.: ferr. steel (10.8 ppm/K). Creep adjustment: K (eq. to u =... [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Linear
• Grid Length: 0.0630

Strain gauge with options series U. (Strain gauge for Transducers). Geometry: T rosette. Measuring grid: Ni-Cr special alloy. Carrier foil: PEEKF. 2 grids, offset 90 ° to each other,. connected in a half bridge circuit. Measuring grid covered. 'Stick-on' (with applied adhesive layer). Temp. [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Tee; T rosette
• Grid Length: 0.0630

Strain gauge series U. (Strain gauge for Transducers). Geometry: linear. Measuring grid: Ni-Cr special alloy. Carrier foil: PEEKF. 1 measuring grid. Measuring grid covered. Integrated solder tabs. Temp. resp.: ferr. steel (10.8 ppm/K). Creep adjustment: K (eq. to u = 6s). Nominal resistance: 1000... [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Linear
• Grid Length: 0.0630

Strain gauge series U. (Strain gauge for Transducers). Geometry: T rosette. Measuring grid: Ni-Cr special alloy. Carrier foil: PEEKF. 2 grids, offset 90 ° to each other,. connected in a half bridge circuit. Measuring grid covered. Integrated solder tabs. Temp. resp.: ferr. steel (10.8 ppm/K). [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Tee; T rosette
• Grid Length: 0.0630

Strain gauge series Y. (Universal SG for stress analysis). Geometry: linear. Measuring grid material: constantan. Carrier foil: polyimide. 1 measuring grid. Measuring grid covered. Integrated solder tabs. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance: 1000 ohms. Measuring grid length:... [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.3937

Strain gauge series U. (Strain gauge for Transducers). Geometry: diaphragm rosette. Measuring grid: Ni-Cr special alloy. Carrier foil: PEEKF. 4 measuring grids. Measuring grid covered. Leads. Temp. resp.: ferr. steel (10.8 ppm/K). Creep adjustment: M (eq. to u = 7s). Nominal resistance: 1000 ohms. [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Diaphragm; Diaphragm rosette
• Grid Length: 0.3937

Strain gauge series A. (Strain gauge for Transducers). Geometry: diaphragm rosette. Measuring grid material: constantan. Carrier foil: PEEKF. 4 measuring grids. Measuring grid covered. Leads. Temp. resp.: ferr. steel (10.8 ppm/K). Creep adjustment: M (eq. to u = 7s). Nominal resistance: 1000 ohms. [See More]

• Nominal Resistance: 350; 1000; 350 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Diaphragm; Diaphragm rosette
• Grid Length: 0.5906

Strain gauge with options series U. (Strain gauge for Transducers). Geometry: half bridge. Measuring grid: Ni-Cr special alloy. Carrier foil: PEEKF. 2 grids connected in half bridge circuit. Measuring grid covered. 'Stick-on' (with applied adhesive layer). Temp. resp.: ferr. steel (10.8 ppm/K). [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Dual; Double linear
• Integral Bridge Circuitry: Half-Bridge

Strain gauge with options series U. (Strain gauge for Transducers). Geometry: full bridge circuit. Measuring grid: Ni-Cr special alloy. Carrier foil: PEEKF. 4 measuring grids. Measuring grid covered. 'Stick-on' (with applied adhesive layer). Temp. resp.: ferr. steel (10.8 ppm/K). Creep adjustment: K... [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Full bridge circuit
• Integral Bridge Circuitry: Full-Bridge

Strain gauge with options series U. (Strain gauge for Transducers). Geometry: double shear. Measuring grid: Ni-Cr special alloy. Carrier foil: PEEKF. 2 grids, offset +/- 45 ° to the axis. Measuring grid covered. 'Stick-on' (with applied adhesive layer). Temp. resp.: ferr. steel (10.8 ppm/K). [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Shear/torsion
• Grid Length: 0.1102

Strain gauge with options series U. (Strain gauge for Transducers). Geometry: single shear. Measuring grid: Ni-Cr special alloy. Carrier foil: PEEKF. 1 measuring grid. Measuring grid covered. 'Stick-on' (with applied adhesive layer). Temp. resp.: ferr. steel (10.8 ppm/K). Creep adjustment: K (eq. to... [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Shear/torsion
• Grid Length: 0.1102

Strain gauge series U. (Strain gauge for Transducers). Geometry: single shear. Measuring grid: Ni-Cr special alloy. Carrier foil: PEEKF. 1 measuring grid. Measuring grid covered. Integrated solder tabs. Temp. resp.: ferr. steel (10.8 ppm/K). Creep adjustment: K (eq. to u = 6s). Nominal resistance:... [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Shear/torsion
• Grid Length: 0.1102

Strain gauge series U. (Strain gauge for Transducers). Geometry: double shear. Measuring grid: Ni-Cr special alloy. Carrier foil: PEEKF. 2 grids, offset +/- 45 ° to the axis. Measuring grid covered. Integrated solder tabs. Temp. resp.: ferr. steel (10.8 ppm/K). Creep adjustment: K (eq. to u =... [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Shear/torsion
• Grid Length: 0.1102

Strain gauge series U. (Strain gauge for Transducers). Geometry: single shear. Measuring grid: Ni-Cr special alloy. Carrier foil: PEEKF. 1 measuring grid. Measuring grid covered. Integrated solder tabs. Temp. resp.: ferr. steel (10.8 ppm/K). Creep adjustment: K (eq. to u = 6s). Nominal resistance:... [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Shear/torsion
• Grid Length: 0.1102

Strain gauge series U. (Strain gauge for Transducers). Geometry: double shear. Measuring grid: Ni-Cr special alloy. Carrier foil: PEEKF. 2 grids, offset +/- 45 ° to the axis. Measuring grid covered. Integrated solder tabs. Temp. resp.: ferr. steel (10.8 ppm/K). Creep adjustment: K (eq. to u =... [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Shear/torsion
• Grid Length: 0.0787

Strain gauges of the U series. (transducer strain gages). Geometry: Double shear. Measuring grid: Modco. Carrier foil: PEEKF. 2 measuring grids, offset +/- 45 ° to the axis. Measuring grid covered. Integrated soldering surfaces. Temp. anp.: Ferr. Steel (10.8 ppm/K). Creep adjustment: K... [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Shear/torsion
• Grid Length: 0.0787

Strain gauge with options series A. (Strain gauge for Transducers). Geometry: half bridge. Measuring grid material: constantan. Carrier foil: PEEKF. 2 grids connected in half bridge circuit. Measuring grid covered. 'Stick-on' (with applied adhesive layer). Temp. resp.: ferr. steel (10.8 ppm/K). [See More]

• Nominal Resistance: 1000; 1000 Ohms
• Specialty Application: Manufacturing transducers

• Arrangement: Dual; Double linear
• Integral Bridge Circuitry: Half-Bridge

OMEGA ® strain gages are available in a variety of models to cover most strain measurement applications. Their rugged construction and flexibility make them suitable for highly accurate static and dynamic measurement. The measuring grid is formed by etching constantan foil, which is then... [See More]

• Nominal Resistance: 1000
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Integral Bridge Circuitry: None

Standard "U" Shape Semiconductor Strain Gages. Micron semiconductor Strain Gages are made from "P" doped bulk silicon. This is a two terminal resistive device. The silicon is micro machined to shape thus eliminating molecular dislocation or cracks, thereby optimizing performance. [See More]

• Nominal Resistance: 540; 1000; 3000, 325, 10000 Ohms
• Operating Temperature: 500

• Construction: Semiconductor
• Gage Factor: 175

Columbia Series DT 3617 Strain Sensors are designed for the measurements of planar shear strain forces when the axis of principal strain is identified. Each sensor is a complete, compact, easily installed device utilizing the proven technology of the Columbia DTD 2684 Series Fatigue Monitoring... [See More]

• Nominal Resistance: 1000
• Arrangement: Tee

• Construction: Electrical Resistance
• Rosette Construction: Planar

OMEGA ® transducer quality strain gages are available in a variety of patterns to cover most transducer design requirements. Their rugged construction, reliability and flexibility make them suitable for highly accurate static and dynamic transducers. The measuring grid is formed by specially... [See More]

• Nominal Resistance: 1000
• Arrangement: Tee

• Construction: Electrical Resistance
• Rosette Construction: Planar

Columbia's Strain Sensors measure fatigue loading experienced by aircraft under various conditions of speed, weight and mission configuration more accurately than by older, less accurate counting accelerometer methods. These sensors allow critical undercarriage structures and surfaces to be more... [See More]

• Nominal Resistance: 1000
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Specialty Application: Residual Stress; Monitoring Fatigue Damage

OMEGA ® strain gages are available in a variety of models to cover most strain measurement applications. Their rugged construction and flexibility make them suitable for highly accurate static and dynamic measurement. The measuring grid is formed by etching constantan foil, which is then... [See More]

• Nominal Resistance: 1000
• Arrangement: Dual

• Construction: Electrical Resistance
• Integral Bridge Circuitry: None

Columbia Series DT3715 sensors were designed to accurately measure both strain and temperature on curved mounting surfaces. These sensors offer all the accuracy, ruggedness and ease of installation of the flight-qualified Series DTD2684 sensors and also incorporate a DIN standard 1000 ohm platinum... [See More]

• Nominal Resistance: 1000
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Specialty Application: Temperature; Residual Stress; Military Applications

OMEGA ® transducer quality strain gages are available in a variety of patterns to cover most transducer design requirements. Their rugged construction, reliability and flexibility make them suitable for highly accurate static and dynamic transducers. The measuring grid is formed by specially... [See More]

• Nominal Resistance: 1000
• Arrangement: Dual

• Construction: Electrical Resistance
• Specialty Application: Transducer

Columbia Series DT3716 sensors were designed to accurately measure both strain and temperature on straight mounting surfaces. These sensors offer all the accuracy, ruggedness and ease of installation of the flight-qualified Series DTD2684 sensors and also incorporate a DIN standard 1000 ohm platinum... [See More]

• Nominal Resistance: 1000
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Specialty Application: Residual Stress; Monitoring Fatigue Damage

Special extra-long grid patterns for measuring strain in inhomogeneous materials. [See More]

• Nominal Resistance: 1000
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Integral Bridge Circuitry: None

Columbia Series DT3747 sensors were designed to accurately measure strain on curved mounting surfaces. These sensors offer all the accuracy, ruggedness and ease of installation of the flight-qualified Series DTD2684. Similar devices have been utilized to monitor rocket motor expansion. They can also... [See More]

• Nominal Resistance: 1000
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Specialty Application: Residual Stress; Monitoring Fatigue Damage

OMEGA ® transducer quality strain gages are available in a variety of patterns to cover most transducer design requirements. Their rugged construction, reliability and flexibility make them suitable for highly accurate static and dynamic transducers. The measuring grid is formed by specially... [See More]

• Nominal Resistance: 1000
• Arrangement: Diaphragm

• Construction: Electrical Resistance
• Specialty Application: Transducer

Columbia's Foil Strain Sensors measure the fatigue loading experienced by aircraft under various conditions of speed, weight and mission configuration more accurately than by older, less accurate counting accelerometer methods. These sensors allow critical undercarriage structures and surfaces to be... [See More]

• Nominal Resistance: 1000
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Specialty Application: Residual Stress; Monitoring Fatigue Damage

OMEGADYNE ® offers Karma K-Series dual linear strain gage patterns. These strain gages can be used for bending beam transducer designs where you have access to both sides of the beam. Each carrier has 2 separate parallel linear strain gages. Precision Karma material offers excellent temperature... [See More]

• Nominal Resistance: 1000
• Arrangement: Dual

• Construction: Electrical Resistance
• Specialty Application: Transducer

OMEGA ® transducer quality strain gages are available in a variety of patterns to cover most transducer design requirements. Their rugged construction, reliability and flexibility make them suitable for highly accurate static and dynamic transducers. The measuring grid is formed by specially... [See More]

• Nominal Resistance: 1000
• Arrangement: Diaphragm

• Construction: Electrical Resistance
• Specialty Application: Transducer

The linear pattern strain gages are available in a variety of styles and sizes. OMEGADYNE ® offers miniature linear patterns for strain measurement of a stress concentration or high gradient areas. The terminations are offered both at one end of the grid, or with one at each end of the grid. [See More]

• Nominal Resistance: 1000
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Specialty Application: Transducer

OMEGA ® transducer quality strain gages are available in a variety of patterns to cover most transducer design requirements. Their rugged construction, reliability and flexibility make them suitable for highly accurate static and dynamic transducers. The measuring grid is formed by specially... [See More]

• Nominal Resistance: 1000
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Specialty Application: Transducer

OMEGA ® transducer quality strain gages are available in a variety of patterns to cover most transducer design requirements. Their rugged construction, reliability and flexibility make them suitable for highly accurate static and dynamic transducers. The measuring grid is formed by specially... [See More]

• Nominal Resistance: 1000
• Arrangement: Dual

• Construction: Electrical Resistance
• Specialty Application: Transducer; Torque or Shear Applications