Precision Strain Gages for Shear and Torque Measurement | Micro-Measurements
Measuring shear strain is crucial for understanding how materials and structures respond to shear stresses, which can lead to deformation or failure if not properly managed. At Micro-Measurements, we specialize in providing advanced strain gages (gauges) and strain gages for torque measurement and shear strain measurement, helping engineers and researchers across a wide range of industries achieve precise and reliable data.
Our general-purpose shear pattern strain gages are specifically designed to easily capture shear strains by aligning their sensing elements along the principal shear directions. This precise alignment allows engineers to analyze complex stress states more effectively, optimize designs, and ensure structural integrity.
By providing reliable data on shear deformation and torque, these strain gages play an essential role in preventing material failure and enhancing the safety and performance of engineering applications.
Our wide selection of Transducer-Class® chevron gages are specifically engineered to deliver highly repeatable shear strain readings, making them ideal for torque and shear beam load cell designs.
Advanced Strain Gages for Torque and Shear Measurement
Our strain gages are at the forefront of technology for torque measurement and shear strain analysis. These gages help you capture critical strain data, ensuring your components and structures can endure operational stresses. We know that accurate measurement is vital for safety, performance, and durability. Backed by decades of industry expertise Micro-Measurements delivers the precision and reliability that engineers demand.
Key Features of Micro-Measurements Strain Gages:
- Optimized Design: Our chevron gages are optimized for making convenient shear strain measurements without having to precisely align individual gages.
- Versatility: MM offers a wide variety of constructions and geometries suited for various torque and shear measurement requirements. They are especially well-suited for rotating shafts and machinery, ensuring safety and performance across various industrial applications.
- Durable Construction: Built to withstand a wide range of environments, including high temperatures and high cyclic loading.
- Custom Configurations: Our strain gages are adaptable to your specific project requirements, whether you need to measure torque or shear stress. Contact us for your special requirements.
- Exceptional Repeatability: Engineered and manufactured to the highest standards in our state-of-the-art manufacturing facilities, our quality is unsurpassed.
Industry Applications for Torque and Shear Strain Measurement
In the aerospace and automotive industries, precise torque and shear strain measurements are critical for maintaining the structural integrity and performance of essential components. In aerospace, our strain gages (gauges) are employed to monitor shear strain during high-stress testing and in-flight operations, enhancing safety and performance. Automotive engineers rely on our torque and shear strain gages to analyze drivetrain components such as axles, transmissions, and engines, ensuring the longevity and reliability of parts subjected to high torque loads.
In industrial machinery and the energy sector, accurate strain measurements are key to optimizing equipment performance and preventing failures. Our strain gages (gauges) provide real-time data for industrial equipment, enabling engineers to monitor and adjust operations, reducing downtime, and extending machinery lifespan. In the energy industry, particularly in wind turbines and drilling operations, our strain gages (gauges) help prevent equipment failures by measuring strain on components under extreme torque forces, ensuring reliable operation.
CEA Series Shear Strain Gages |
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| [in/mm] | [in/mm] | [in/mm] | [in/mm] | ||||||||||||||
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Configuration
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Pattern | Res. [Ω] |
Gage Length |
Gage Width |
Matrix Length |
Matrix Width |
Standard STC |
Temperature Range |
Options | ||||||||
| Tee Rosette Strain Gage | 062UVA | 350 |
0.062 [1.57] |
0.063 [1.60] |
0.42 [10.7] |
0.23 [5.8] |
00, 03, 05, 06, 09, 13 |
–100° to +350°F (–75° to +175°C) |
P2, SP11 |
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| 187UVA | 350 |
0.187 [4.75] |
0.150 [3.81] |
0.63 [16.0] |
0.39 [9.9] |
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| 125USA | 120, 350, 1000 |
0.125 [3.18] |
0.350 [1.52] |
0.48 [12.19] |
0.40 [10.16] |
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| 250USA | 120, 350, 1000 |
0.250 [6.35] |
0.120 [3.05] |
0.96 [24.4] |
0.80 [20.3] |
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| Temperature Range | |||||||||||||||||
| Typically used with: | M-Bond 200 Kit | Room temperature instant curing strain gage adhesive | –25° to +150°F (–30° to + 65°C) | ||||||||||||||
| M-Bond AE-10 Kit | Two-component, 100%-solids epoxy system for general purpose strain gages Room temperature cure, highly resistant to moisture and most chemicals |
–320° to +400°F (–195° to +204°C) | |||||||||||||||
| M-Bond 600 Kit | Two-component, solvent-thinned, epoxy-phenolic strain gage adhesive for high-performance | –452° to +500°F (–268° to +260°C) | |||||||||||||||
EA Series Shear Strain Gages |
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| [in/mm] | [in/mm] | [in/mm] | [in/mm] | ||||||||||||||
| Configuration | Pattern | Res. [Ω] |
Gage Length |
Gage Width |
Matrix Length |
Matrix Width |
Standard STC | Temperature Range | Options | ||||||||
| Shear Strain Gage Patterns | 062TH | 120 |
0.062 [1.57] |
0.055 [1.40] |
0.27 [6.9] |
0.21 [5.3] |
00, 03, 05, 06, 09, 13 |
–100° to +350°F (–75° to +175°C) |
E, EL, P, W, SP11 |
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| 062TVA | 350 |
0.062 [1.57] |
0.055 [1.40] |
0.27 [6.9] |
0.21 [5.3] |
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| 062TW | 120 , 350 |
0.062 [1.57] |
0.055 [1.40] |
0.27 [6.9] |
0.21 [5.3] |
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| 125TK | 350 |
0.125 [3.18] |
0.110 [2.79] |
0.40 [10.2] |
0.31 [7.9] |
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| 125TR | 350 |
0.125 [3.18] |
0.125 [3.18] |
0.36 [9.1] |
0.47 [11.9] |
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| 250TK | 350 |
0.25 [6.35] |
0.22 [5.59] |
0.74 [18.8] |
0.55 [14.0] |
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| Temperature Range | |||||||||||||||||
| Typically used with: | M-Bond 200 Kit | Room temperature instant curing strain gage adhesive | –25° to +150°F (–30° to + 65°C) | ||||||||||||||
| M-Bond AE-10 Kit | Two-component, 100%-solids epoxy system for general purpose strain gages Room temperature cure, highly resistant to moisture and most chemicals |
–320° to +400°F (–195° to +204°C) | |||||||||||||||
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Two-component, solvent-thinned, epoxy-phenolic strain gage adhesive for high-performance |
–452° to +500°F (–268° to +260°C) | ||||||||||||||||
WK Series Shear Strain Gages |
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| [in/mm] | [in/mm] | [in/mm] | [in/mm] | ||||||||||||||
| Configuration | Pattern | Res. [Ω] |
Gage Length |
Gage Width |
Matrix Length |
Matrix Width |
Standard STC | Temperature Range | Options | ||||||||
| Tee Rosette Strain Gage | 125TK | 1000 |
0.125 [3.18] |
0.110 [2.79] |
0.40 [10.2] |
0.31 [7.9] |
00,03,05, 06,09,13 |
–452° to +550°F (–269° to +290°C) |
W, SP11 |
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| 125TR | 350, 1000 |
0.125 [3.18] |
0.125 [3.18] |
0.36 [9.1] |
0.47 [11.9] |
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| 250TK | 350, 1000 |
0.250 [6.35] |
0.220 [5.59] |
0.74 [18.8] |
0.55 [14.0] |
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| 250TR | 1000 |
0.250 [6.35] |
0.250 [6.35] |
0.70 [17.8] |
0.96 [24.4] |
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| Temperature Range | |||||||||||||||||
| Typically used with: | M-Bond 200 Kit | Room temperature instant curing strain gage adhesive | –25° to +150°F (–30° to + 65°C) | ||||||||||||||
| M-Bond AE-10 Kit | Two-component, 100%-solids epoxy system for general purpose strain gages Room temperature cure, highly resistant to moisture and most chemicals |
–320° to +400°F (–195° to +204°C) | |||||||||||||||
| M-Bond 600 Kit | Two-component, solvent-thinned, epoxy-phenolic strain gage adhesive for high-performance | –452° to +500°F (–268° to +260°C) | |||||||||||||||
C2A Series Shear Strain Gages |
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| [in/mm] | [in/mm] | [in/mm] | [in/mm] | ||||||||||||||
| Configuration | Pattern | Res. [Ω] |
Gage Length |
Gage Width |
Matrix Length |
Matrix Width |
Standard STC | Temperature Range | Options | ||||||||
| Gages With Pre-attached Cables | 062LV | 120 , 350 |
0.062 [1.57] |
0.050 [1.27] |
0.26 [6.6] |
0.27 [6.9] |
06, 09, 13 |
–60° to +180°F (–50° to +80°C) |
W, SP11 |
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| Temperature Range | |||||||||||||||||
| Typically used with: | M-Bond 200 Kit | Room temperature instant curing strain gage adhesive | –25° to +150°F (–30° to + 65°C) | ||||||||||||||
| M-Bond AE-10 Kit | Two-component, 100%-solids epoxy system for general purpose strain gages Room temperature cure, highly resistant to moisture and most chemicals |
–320° to +400°F (–195° to +204°C) | |||||||||||||||
| M-Bond AE-15 Kit | Two-component, 100%-solids epoxy system for general purpose strain gages Room temperature cure, highly resistant to moisture and most chemicals |
–320° to +200°F (–195° to +95°C) | |||||||||||||||
Ready to Optimize Your Torque and Shear Measurement?
Discover how Micro-Measurements’ precision strain gages can enhance the accuracy of your torque and shear strain measurements. Contact our sales team today for more information or request a demo to see how our solutions can fit your specific needs. You can also visit our product catalog to explore the full range of strain gages we offer.
Contact Our Stress Analysis Shear Pattern Expert
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