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Strain gage
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Strain Gage Basic Information
- What's a Strain Gage
- Types of Strain Gages
- Self-Temperature-Compensation Gages (SELCOM Gages)
- Major Properties of KYOWA Strain Gages
- Strain gage bonding installation procedure
- Strain Gage Wiring System
- Principles of Strain Gages
- How to Select Strain Gages
- Strain Gages with Pre-attached Lead-wire Cables
- Strain Measurement
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Measurement Knowledge
- Misalignment Effect of Bonding Strain Gage
- Generating Calibration Value Based on Tip
- Resistance Change of Strain Gages
- Strain Gage Bonding Procedure
- Compensation formulas for strain gage
- Countermeasures against Failure in Initial Balance
- Influence of Insulation Resistance
- Temperature Effect on Lead Wire with 2-wire
- Compensation Methods of Temperature Effect
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Strain Gage Basic Information
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Transducers
- Transducers
- Basic information of strain gage type sensors
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Measurement Knowledge
- Sensitivity Decrease due to Cable Extension
- Equation to Calculate Centrifugal Acceleration
- Connection to Calculate Average Output Voltage
- How to Obtain Proper Rated Capacity of Load Cell
- TEDS
- Advantages of Remote-Sensing Method
- Graphs to Obtain Power or Work
- Installation of Load Cell to Hopper or Tanks
- How to Obtain Accuracy of Load Cell-Based
- Measuring Instruments
- Videos for how to use KYOWA products
- Unit Conversion Table
- Glossary
- FAQ
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Strain gage
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ข้อมูลทางเทคนิค
Conversion of Strain Quantities (Voltage) Measured by Transducers into Proper Physical Quantities
Strain quantity (or voltage) measured by a transducer such as load cell or pressure transducer is converted into the physical quantity in proper engineering unit as follows.
The following 2 types of calibration coefficients are stated in KYOWA's Test Data Sheet. Use a proper one for the applied measuring instrument.
- A:Calibration coefficient indicating the physical quantity corresponding to a reference equivalent strain of 1×10-6strain
- B:Calibration coefficient indicating the physical quantity corresponding to an output voltage of 1μV against a bridge excitation voltage of 1 V.
When using a strain amplifier
Physical quantity = Measured strain (×10-6 strain) x A
When using an amplifier other than strain amplifier or recorder
Physical quantity = Measured strain (×10-6 strain) x A
When using an amplifier other than strain amplifier or recorder

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