120Ω Strain Gauges

Strain gage series Y. Geometry: linear. Measuring grid material: constantan. Carrier foil: polyimide. 1 measuring grid. Measuring grid covered. 50 mm fluoropolymer-insulated wires. +TPE ribbon cable attached. Contents per package: 10 pcs. Minimum order quantity: - for preferred types: none. - for... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0591

Strain gage series Y. (Universal SG for stress analysis). Geometry: rectangular rosette. Measuring grid material: constantan. Carrier foil: polyimide. 3 grids, offset 0 °/45 °/90 °. Measuring grid covered. 50 mm fluoropolymer-insulated wires. +TPE ribbon cable attached. Contents per... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Rectangular; 3-grid rosette
• Grid Length: 0.0236

Strain gage series Y. (Universal SG for stress analysis). Geometry: T rosette. Measuring grid material: constantan. Carrier foil: polyimide. 2 grids, offset 90 ° to each other. Measuring grid covered. 50 mm fluoropolymer-insulated wires. +TPE ribbon cable attached. Contents per package: 5 pcs. [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Tee; T rosette
• Grid Length: 0.0236

Strain gage series Y. (Universal SG for stress analysis). Geometry: shear/torsion half bridge. Measuring grid material: constantan. Carrier foil: polyimide. 2 grids, offset +/- 45 ° to the axis,. connected in a half bridge circuit. Measuring grid covered. 50 mm fluoropolymer-insulated wires. [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Tee; T rosette
• Integral Bridge Circuitry: Half-Bridge

Strain gauge series Y. (Universal SG for stress analysis). Geometry: linear. Measuring grid material: constantan. Carrier foil: polyimide. 1 measuring grid. Measuring grid covered. Leads. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance: 120 ohms. Measuring grid length: 0.3 mm. Contents... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0118

Strain gauge series Y. (Universal SG for stress analysis). Geometry: linear. Measuring grid material: constantan. Carrier foil: polyimide. 1 measuring grid. Measuring grid covered. Leads, opposite each other laterally. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance: 120 ohms. Measuring... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0236

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: 120 ohms. Measuring grid length:... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0236

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,. opposite each other laterally. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance:... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0236

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,. opposite each other longitudinally. Temp. response: ferr. steel (10.8 ppm/K). Nominal... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0236

Strain gauge series Y. (Universal SG for stress analysis). Geometry: rectangular rosette. Measuring grid material: constantan. Carrier foil: polyimide. 3 grids, offset 0 °/45 °/90 °. Measuring grid covered. Integrated solder tabs. Temp. response: ferr. steel (10.8 ppm/K). Nominal... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Rectangular; 3-grid rosette
• Grid Length: 0.0236

Strain gauge series Y. (Universal SG for stress analysis). Geometry: T rosette. Measuring grid material: constantan. Carrier foil: polyimide. 2 grids, offset 90 ° to each other. Measuring grid covered. Leads. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance: 120 ohms. Measuring grid... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Tee; T rosette
• Grid Length: 0.0236

Strain gauge series Y. (Universal SG for stress analysis). Geometry: shear/torsion half bridge. Measuring grid material: constantan. Carrier foil: polyimide. 2 grids, offset +/- 45 ° to the axis,. connected in a half bridge circuit. Measuring grid covered. Leads, opposite each other longitud. [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

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

Strain gauge series Y. (Universal SG for stress analysis). Geometry: T rosette. Measuring grid material: constantan. Carrier foil: polyimide. 2 grids, offset 90 ° to each other. Measuring grid covered. Integrated solder tabs. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance: 120... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Tee; T rosette
• Grid Length: 0.0236

Strain gauge series Y. (Universal SG for stress analysis). Geometry: shear/torsion half bridge. Measuring grid material: constantan. Carrier foil: polyimide. 2 grids, offset +/- 45 ° to the axis,. connected in a half bridge circuit. Measuring grid covered. Integrated solder tabs. Temp. [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

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

Strain gauge series Y. (Universal SG for stress analysis). Geometry: T rosette. Measuring grid material: constantan. Carrier foil: polyimide. 2 grids, offset 90 ° to each other,. connected in a half bridge circuit. Measuring grid covered. Integrated solder tabs. Temp. response: ferr. steel... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Tee; T rosette
• Grid Length: 0.0236

Strain gauge series F. (Miniature rosette). Geometry: Y rosette (round). Measuring grid material: constantan. Carrier foil: PEEKF. 3 grids, stacked, offset 0 °/45 °/90 °. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance: 120 ohms. Measuring grid length: 0.8 mm. Contents... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: 3-grid rosette
• Grid Length: 0.0315

Strain gauge series F. (Miniature rosette). Geometry: Y rosette (round). Measuring grid material: constantan. Carrier foil: PEEKF. 3 grids, stacked, offset 0 °/45 °/90 °. Temp. response: aluminum (23 ppm/K). Nominal resistance: 120 ohms. Measuring grid length: 0.8 mm. Contents per... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: 3-grid rosette
• Grid Length: 0.0315

Strain gauge series Y. (Universal SG for stress analysis). Geometry: linear. Measuring grid material: constantan. Carrier foil: polyimide. 1 measuring grid. Measuring grid covered. Leads. Temp. response: quartz glass/composite. (0.5 ppm/K). Nominal resistance: 120 ohms. Measuring grid length: 1.5... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0591

Strain gauge series Y. (Universal SG for stress analysis). Geometry: linear. Measuring grid material: constantan. Carrier foil: polyimide. 1 measuring grid. Measuring grid covered. Solder tabs with strain relief. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance: 120 ohms. Measuring grid... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0591

Strain gauge series Y. (Universal SG for stress analysis). Geometry: rectangular rosette. Measuring grid material: constantan. Carrier foil: polyimide. 3 grids, offset 0 °/45 °/90 °. Measuring grid covered. Solder tabs with strain relief. Temp. response: ferr. steel (10.8 ppm/K). [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

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

Strain gauge series Y. (Universal SG for stress analysis). Geometry: rectangular rosette. Measuring grid material: constantan. Carrier foil: polyimide. 3 grids, offset 0 °/45 °/90 °. Measuring grid covered. Solder tabs with strain relief. Temp. response: titanium/gray cast iron. (9... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

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

Strain gauge series Y. (Determination of residual stress). This product contains a substance included in the REACH candidate list. in a concentration greater than 0.1 % by weight: Lead, CAS number: 7439. 92-1. Geometry: hole drilling rosette. Measuring grid material: constantan. Carrier foil:... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

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

Strain gauge series Y. (Universal SG for stress analysis). Geometry: rectangular rosette. Measuring grid material: constantan. Carrier foil: polyimide. 3 grids, offset 0 °/45 °/90 °. Measuring grid covered. Integrated solder tabs. Temp. response: titanium/gray cast iron. (9 ppm/K). [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

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

Strain gauge series Y. (Universal SG for stress analysis). Geometry: Y rosette (square). Measuring grid material: constantan. Carrier foil: polyimide. 3 grids, stacked, offset 0 °/45 °/90 °. Measuring grid covered. Leads. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance:... [See More]

• Nominal Resistance: 120; 120 Ohms
• Specialty Application: Stress Analysis / structural testing

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

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: 120
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Integral Bridge Circuitry: None

BACKED SEMICONDUCTOR STRAIN GAGES HALF-BRIDGE (SSGH) & FULL-BRIDGE (SSGF). Micron Instruments offers a wide range of semiconductor backed half and full bridge strain gages. Backed bridges are installed on a flexible high temperature insulator that can be bent around a one half inch radius... [See More]

• Nominal Resistance: 120; 540; 345, 1050, 2000, 5000, 10000
• Operating Temperature: 278

• Construction: Semiconductor
• Gage Factor: 175

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 measurements. [See More]

• Nominal Resistance: 120
• Arrangement: Tee

• Construction: Electrical Resistance
• Rosette Construction: Planar

Standard BAR Gage 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: 120; 540; 750, 1050, 230, 15, 25, 30, 40 Ohms
• Operating Temperature: 500

• Construction: Semiconductor
• Termination Options: Leads

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: 120
• Arrangement: Rectangular

• Construction: Electrical Resistance
• Rosette Construction: Stacked

Micron Instruments offers a line of Semiconductor - Backed Gages. Easy to install. Mounted on a flexible insulated circuit with versatile solder pads makes this device easy to install. The gage and gold wires are over-coated to seal out moisture and to provide additional protection of the gage... [See More]

• Nominal Resistance: 120; 540; 15, 25, 30, 40, 230, 345 1050, 1125, 2000, 5000, 10000
• Operating Temperature: 278

• Construction: Semiconductor
• Gage Factor: 175

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: 120
• Arrangement: Rectangular

• Construction: Electrical Resistance
• Rosette Construction: Planar

•. Conveniently Priced per Pack of 5. •. X-Y Pattern for Axial Strain. •. Very Flexible, Mechanically Strong. •. Small Bending Radius. •. Broad Temperature Range. •. Clear Alignment Marks. •. Affix with Cold or Hot Curing Adhesives [See More]

• Nominal Resistance: 120
• Arrangement: Tee

• Construction: Electrical Resistance
• Rosette Construction: Stacked

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: 120
• Arrangement: Delta

• Construction: Electrical Resistance
• Rosette Construction: Planar

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: 120
• Arrangement: Rectangular

• Construction: Electrical Resistance
• Rosette Construction: Planar

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

• Nominal Resistance: 120
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Integral Bridge Circuitry: None

Linear pattern precision gages with minature and medium length grids are for general purpose and stress analysis applications. Available with either two 1-meter leads or three 3-meter leads and 120 Ω or 350 Ω resistance. All models are compensated for steel. The planar XY pattern (0 / 90... [See More]

• Nominal Resistance: 120; 350
• Arrangement: Uniaxial (optional feature); Tee (optional feature); Rectangular (optional feature)

• Construction: Electrical Resistance
• Specialty Application: Stress Analysis

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: 120
• Arrangement: Rectangular

• Construction: Electrical Resistance
• Rosette Construction: Planar

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: 120
• Arrangement: Rectangular

• Construction: Electrical Resistance
• Rosette Construction: Planar

OMEGA stress relief strain gage roesttes are available in a variety of different models to cover most strain measurement applications. The rugged construction and flexibility make these general purpose strain gages ideal for residual stress analysis with a high degree of accuracy. The measuring grid... [See More]

• Nominal Resistance: 120
• Arrangement: Delta

• Construction: Electrical Resistance
• Rosette Construction: Planar