350Ω Strain Gauges

RS PRO OPA1-0500-GMAGFNO00 Load Cell [See More]

• Nominal Resistance: 350; 350Ω
• Features: Waterproof

• Carrier Width: 0.4961

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. Solder tabs with strain relief. Temp. response: aluminum (23 ppm/K). Nominal resistance: 350... [See More]

• Nominal Resistance: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Tee; T rosette
• Grid Length: 0.2362

RS PRO OPA1-0003-AMAGFNO00 Load Cell [See More]

• Nominal Resistance: 350; 350Ω
• Features: Waterproof

• Carrier Width: 0.4961

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: 350 ohms. Measuring grid... [See More]

• Nominal Resistance: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Tee; T rosette
• Grid Length: 0.2362

RS PRO OOY2-0010-CNAIANA00 Load Cell [See More]

• Nominal Resistance: 350; 350Ω

• Carrier Width: 0.9764

Strain gage series A. (Strain gage for Transducers). Geometry: half bridge circuit. Measuring grid material: constantan. Carrier foil: PEEKF. 2 measuring grids. Measuring grid covered. Integrated solder tabs. Temp. resp.: ferr. steel (10.8 ppm/K). Creep adjustment: K (eq. to u = 6s). Nominal... [See More]

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

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

Tedea Huntleigh 00355-050K-C3-74X [See More]

• Nominal Resistance: 350; 350Ω

• Features: Waterproof

Strain gauge series F. (Miniature rosette). Geometry: Y rosette (round). Measuring grid material: Constantan. Carrier foil: PEEKF (d=6mm). 3 grids, stacked, offset 0 °/45 °/90 °. Measuring grid covered. 50 mm Paint-insulated copper wire + 4-wire 3 m TPE ribbon cable. attached. Temp. [See More]

• Nominal Resistance: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: 3-grid rosette
• Grid Length: 0.0551

Tedea Huntleigh 01006-002K-G0-54X [See More]

• Nominal Resistance: 350; 350Ω

• Carrier Length: 0.8661

Strain gauge series Y. (Universal SG for stress analysis). Geometry: double linear. Measuring grid material: constantan. Carrier foil: polyimide. 2 measur. grids, parallel to each other. Measuring grid covered. Integrated solder tabs. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance: 350... [See More]

• Nominal Resistance: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Dual; Double linear
• Grid Length: 0.0591

Tedea Huntleigh 01022-007K-C3-16X [See More]

• Nominal Resistance: 350; 350Ω

• Carrier Length: 0.8661

Strain gauge series C. (Extreme temperature [-269 °C to +250 °C]). Geometry: linear. Meas. grid material: CrNi special alloy. Carrier foil: polyimide. 1 measuring grid. Measuring grid covered. Leads. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance: 350 ohms. Measuring grid... [See More]

• Nominal Resistance: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0591

Tedea Huntleigh 0616-0500-F000-RS [See More]

• Nominal Resistance: 350; 350Ω
• Features: Waterproof

• Carrier Length: 3.15

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: 350 ohms. Measuring grid length: 1.5 mm. Contents... [See More]

• Nominal Resistance: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0591

IP67 cantilever s/steel load cell,250kg [See More]

• Nominal Resistance: 350; 350Ω

• Features: Waterproof

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

• Nominal Resistance: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0591

Micro-Measurements MM120-001632 [See More]

• Nominal Resistance: 350; 350Ω
• Carrier Width: 1

• Grid Length: 3.5
• Operating Temperature: 122

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: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0591

Micro-Measurements MMF403930 [See More]

• Nominal Resistance: 350; 350Ω
• Carrier Length: 0.4500

• Grid Length: 0.2500
• Carrier Width: 0.1799

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: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0591

Micro-Measurements MMF404018 [See More]

• Nominal Resistance: 350; 350Ω
• Carrier Width: 0.1201

• Grid Length: 0.0618

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: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Rectangular; 3-grid rosette
• Grid Length: 0.1181

Micro-Measurements MMF404144 [See More]

• Nominal Resistance: 350; 350Ω
• Carrier Length: 0.2327

• Grid Length: 0.1252
• Carrier Width: 0.1000

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: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

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

Micro-Measurements MMF404146 [See More]

• Nominal Resistance: 350; 350Ω
• Carrier Width: 0.1000

• Grid Length: 0.2350
• Operating Temperature: 176

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: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

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

Micro-Measurements MMF404264 [See More]

• Nominal Resistance: 350; 350Ω
• Carrier Width: 0.1799

• Grid Length: 0.1252

Strain gauge series C. (Extreme temperature [-269 °C to +250 °C]). Geometry: T rosette. Meas. grid material: CrNi special alloy. Carrier foil: polyimide. 2 grids, offset 90 ° to each other. Measuring grid covered. Leads. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance:... [See More]

• Nominal Resistance: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

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

Micro-Measurements MMF404325 [See More]

• Nominal Resistance: 350; 350Ω
• Carrier Width: 0.1000

• Grid Length: 0.1252

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: 350 ohms. Measuring grid... [See More]

• Nominal Resistance: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

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

Micro-Measurements MMF404326 [See More]

• Nominal Resistance: 350; 350Ω
• Carrier Length: 0.2752

• Grid Length: 0.1252
• Carrier Width: 0.1000

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: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

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

Tedea Huntleigh 1250-0100-F000-RS [See More]

• Nominal Resistance: 350; 350Ω

• Carrier Length: 2.98

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: 350... [See More]

• Nominal Resistance: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

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

Tedea Huntleigh 1250-1000-F000-RS [See More]

• Nominal Resistance: 350; 350Ω

• Carrier Length: 2.98

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: 350; 350 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: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

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

Strain gauge series Y. (Universal SG for stress analysis). Geometry: T rosette. Measuring grid material: constantan. Carrier foil: polyimide. 2 grids, stacked, offset 90 °. Measuring grid covered. Leads. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance: 350 ohms. Measuring grid... [See More]

• Nominal Resistance: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Tee; T rosette
• 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. Integrated solder tabs, laterally. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance: 350 ohms. Measuring... [See More]

• Nominal Resistance: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Linear
• Grid Length: 0.0591

Strain gauge series Y. (Universal SG for stress analysis). Geometry: double shear. Measuring grid material: constantan. Carrier foil: polyimide. 2 grids, offset +/- 45 ° to the axis. Measuring grid covered. Integrated solder tabs. Temp. response: ferr. steel (10.8 ppm/K). Nominal resistance:... [See More]

• Nominal Resistance: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

• Arrangement: Shear/torsion
• Grid Length: 0.0591

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: 350; 350 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: 350; 350 Ohms
• Specialty Application: Stress Analysis / structural testing

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

The highly accurate ST350 Strain Transducer from Bridge Diagnostics brings great efficiency and reliability to measuring live-load stresses on structures. With minimal surface preparation, you can quickly install the transducer and avoid the tedious and time-consuming effort involved when using foil... [See More]

• Nominal Resistance: 350
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Integral Bridge Circuitry: Full-Bridge

Strain links measure the surface strain between the support surfaces. Strain links are ideally suited for measurements on rigid structures. Depending on design strain links can be used in cyclical and static applications. product description. • For cyclical and static measurements, without... [See More]

• Nominal Resistance: 350
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Integral Bridge Circuitry: Full-Bridge

Load cells for tension and compression Type 4578A... can be used in the laboratory and in industrial environments. Measuring ranges from 0 ... 0,1 kN to 0 ... 10 kN Measuring accuracy better than 0,20 % FSO. Stainless steel construction. Simple mounting [See More]

• Nominal Resistance: 350
• Arrangement: Diaphragm

• Construction: Semiconductor
• Integral Bridge Circuitry: Full-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: 350
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Integral Bridge Circuitry: None

With strain probes it is possible to measure strain in deep holes. A strain probe equipped with two diametrically opposed strain gages at the tip is inserted and clamped in a hole. product description. • Passive strain probe. • Strain measurement in deep holes. • Recessed installation... [See More]

• Nominal Resistance: 350
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Integral Bridge Circuitry: Quarter-Bridge

Load cells for tension and compression Type 4579A... can be used in the laboratory and in industrial Environments. Measuring ranges from 0 ... 20 kN to 0 ... 500 kN Measuring accuracy better than 0,20 % FSO. Stainless steel construction. Simple mounting [See More]

• Nominal Resistance: 350
• Arrangement: Diaphragm

• Construction: Semiconductor
• Integral Bridge Circuitry: Full-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 measurements. [See More]

• Nominal Resistance: 350
• Arrangement: Tee

• Construction: Electrical Resistance
• Rosette Construction: Planar

A high value/performance ratio and robust design characterize the compressive force miniature load cell Type 4577A... even in the high measuring ranges. Measuring ranges from 0 ... 0,1 kN up to 0 ... 200 kN. Small size. For static and dynamic measurements. Stainless steel construction. Standardized... [See More]

• Nominal Resistance: 350; 700
• Arrangement: Diaphragm

• Construction: Semiconductor
• Integral Bridge Circuitry: Full-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: 350
• Arrangement: Rectangular

• 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: 350
• 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: 350
• 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: 350
• Arrangement: Delta

• 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: 350
• Arrangement: Tee

• 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: 350
• Arrangement: Dual

• Construction: Electrical Resistance
• Integral Bridge Circuitry: None

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: 350
• Arrangement: Dual

• Construction: Electrical Resistance
• Specialty Application: Transducer

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

• Nominal Resistance: 350
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Integral Bridge Circuitry: None

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: 350
• Arrangement: Diaphragm

• Construction: Electrical Resistance
• Specialty Application: Transducer

OMEGADYNE ® offers K-Series strain gages in dual linear patterns in a halfbridge design with a common tab. Precision Karma material offers excellent temperature and fatigue characterisitcs. K-Series gages have plated solder pads which make soldering quick and easy. No special solders or fluxes... [See More]

• Nominal Resistance: 350
• Arrangement: Dual

• Construction: Electrical Resistance
• Specialty Application: Transducer

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: 350
• Arrangement: Dual

• Construction: Electrical Resistance
• Specialty Application: Transducer

bull;. Sold in Packages of 5 gages. •. K-Series, Premium Karma Strain Gages. •. Available as Single ¼ Bridge, Single Matched Reversed Patterns, ½ Bridge with Separate Connection Pads, or ½ Bridge with Common Connection Tab. •. Custom Gages Available - Fast... [See More]

• Nominal Resistance: 350
• Arrangement: Uniaxial; Shear

• Construction: Electrical Resistance
• Specialty Application: Transducer; Shear

OMEGADYNE ® offers K-Series Tee Rosettes for Axial strain transducer designs. Precision Karma material offers excellent temperature and fatigue characterisitcs. K-Series gages have plated solder pads which make soldering quick and easy. No special solders or fluxes are required. [See More]

• Nominal Resistance: 350
• Arrangement: Tee

• Construction: Electrical Resistance
• Rosette Construction: Planar

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: 350
• Arrangement: Diaphragm

• 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: 350
• 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: 350
• 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: 350
• Arrangement: Uniaxial

• Construction: Electrical Resistance
• Specialty Application: Transducer

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: 350
• 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: 350
• Arrangement: Rectangular

• 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: 350
• Arrangement: Uniaxial

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