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Triaxial Strain Gauge Resistance Strain Gages CA series

Triaxial Strain Gauge Resistance Strain Gages CA series
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Features
Specifications
Hysteresis: ±0.05%
Measurement Range: 0-1000 Microstrain
Operational Temperature: -20~+80℃
Usage: Load Cell Sensor
Carrier Material: Phenolic Aldehyde/Polyimide/Epoxy
Feature: Micro Pressure Sensor
Material: Metal Foil
Creep: ±0.05% Full Scale
Type: Resistance Strain Gauge
Lead Wire: 3-wire, 1 M Length
Resistance: 350,500,1000 Ohm
Service: Custom
Model: CA
Working Temperature: -20~+80℃,
For Material: Steel Or Alloy Aluminum
Base Material: Phenolic Aldehyde /Polyimide/Epoxy
Highlight:

Triaxial strain gauge CA series

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Foil strain gage resistance sensor

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Strain gauge with warranty

Basic Infomation
Place of Origin: China
Brand Name: Top Sensor
Model Number: CA series
Payment & Shipping Terms
Packaging Details: carton box
Product Description

Triaxial Strain Gauge Resistance Strain Gages CA series

Product Description:

A triaxial strain gauge, also known as a rosette strain gauge, ian arrangement of three single-element strain gauges used to measure the complete two-dimensional state of strain at a point on the surface of a stressed object. A single-element gauge can only measure strain in one direction, while a triaxial rosette provides the necessary data to calculate the principal strains and their orientation.

Features:

  • Product Name: Foil Strain Gauge
  • Hysteresis: ±0.05% Full Scale
  • Carrier Material: Phenolic Aldehyde/ Polyimide/ Epoxy
  • Material: Steel Or Alloy Aluminum
  • Measurement Range: 0-1000 Microstrain
  • Service: Custom

 

Dimension:

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Model Grid Size
(mm)
Base Size (mm) Grid Distance (mm)
BF( BA/BE) 120-3BA 2 .8×2 10.5×10.5 /
BF( BA/BE)350-3CA 3×1.8 10.2×10.2 /
BF( BA/BE)350-3CD 3.4×3.2 14×14 /
BF( BA/BE)350-3GD 2.0×2.1 4 .3×13.2 /
BF( BA/BE) 120-3FD 3.0×2 .0 6.6×9.8 /

Applications:

  • Experimental Stress Analysis: Determining the stress distribution on machine parts and structural members under load.
  • Material Testing: Determining the elastic modulus, Poisson's ratio, and strength characteristics of materials.
  • Geotechnical Testing: Measuring the mechanical properties and shear strength of soil and rock samples in laboratory triaxial tests.
  • Biomechanics: Researching stress shielding in hip prostheses by measuring strain on bones.

 

 

  

Triaxial Strain Gauge Resistance Strain Gages CA series 0

Customization:

 

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