Piezo-Metrics SC Rosettes RSGH

Description
Piezo-Metrics' semiconductor strain gage half-bridge rosettes use the same surface preparation techniques, bonding procedures and electrical connection methods as those used for metal foil strain gage rosettes with the added advantage of having a Gage Factor (GF) that is up to 70 times greater than that of a standard metal foil strain gage. Two types of half-bridge rosettes are available, namely, the Bending-Load rosette and the Torque-Component rosette. Bend loads are measured using Gage 1 and Gage 2 on the Bend-Load rosette while Axial Loads are measured using Gage 3 and either Gage 1 or Gage 2. Torque loads are measured using Gage 1 and Gage 2 on the Torque-Component rosette while component strains are measured using Gages 1, 2 and 3 which are oriented at +45 deg/0 deg/-45 deg, respectively.
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Description
Piezo-Metrics' semiconductor strain gage half-bridge rosettes use the same surface preparation techniques, bonding procedures and electrical connection methods as those used for metal foil strain gage rosettes with the added advantage of having a Gage Factor (GF) that is up to 70 times greater than that of a standard metal foil strain gage. Two types of half-bridge rosettes are available, namely, the Bending-Load rosette and the Torque-Component rosette. Bend loads are measured using Gage 1 and Gage 2 on the Bend-Load rosette while Axial Loads are measured using Gage 3 and either Gage 1 or Gage 2. Torque loads are measured using Gage 1 and Gage 2 on the Torque-Component rosette while component strains are measured using Gages 1, 2 and 3 which are oriented at +45 deg/0 deg/-45 deg, respectively.
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Suppliers

Company
Product
Description
Supplier Links
SC Rosettes - RSGH - Piezo-Metrics
Simi Valley, CA, United States
SC Rosettes
RSGH
SC Rosettes RSGH
Piezo-Metrics' semiconductor strain gage half-bridge rosettes use the same surface preparation techniques, bonding procedures and electrical connection methods as those used for metal foil strain gage rosettes with the added advantage of having a Gage Factor (GF) that is up to 70 times greater than that of a standard metal foil strain gage. Two types of half-bridge rosettes are available, namely, the Bending-Load rosette and the Torque-Component rosette. Bend loads are measured using Gage 1 and Gage 2 on the Bend-Load rosette while Axial Loads are measured using Gage 3 and either Gage 1 or Gage 2. Torque loads are measured using Gage 1 and Gage 2 on the Torque-Component rosette while component strains are measured using Gages 1, 2 and 3 which are oriented at +45 deg/0 deg/-45 deg, respectively.

Piezo-Metrics' semiconductor strain gage half-bridge rosettes use the same surface preparation techniques, bonding procedures and electrical connection methods as those used for metal foil strain gage rosettes with the added advantage of having a Gage Factor (GF) that is up to 70 times greater than that of a standard metal foil strain gage. Two types of half-bridge rosettes are available, namely, the Bending-Load rosette and the Torque-Component rosette. Bend loads are measured using Gage 1 and Gage 2 on the Bend-Load rosette while Axial Loads are measured using Gage 3 and either Gage 1 or Gage 2. Torque loads are measured using Gage 1 and Gage 2 on the Torque-Component rosette while component strains are measured using Gages 1, 2 and 3 which are oriented at +45 deg/0 deg/-45 deg, respectively.

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Technical Specifications

  Piezo-Metrics
Product Category Strain Gauges
Product Number RSGH
Product Name SC Rosettes
Construction Semiconductor
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