Residual Stress Strain Gauges
from Columbia Research Labs, Inc.
Columbia Series DT 3617 Strain Sensors are designed for the measurements of planar shear strain forces when the axis of principal strain is identified. Each sensor is a complete, compact, easily installed device utilizing the proven technology of the Columbia DTD 2684 Series Fatigue Monitoring... [See More]
- Specialty Application: Residual Stress; Measurement of Planar Shear Strain
- Arrangement: Tee
- Construction: Electrical Resistance
- Rosette Construction: Planar
from OMEGA Engineering, Inc.
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]
- Specialty Application: Residual Stress
- Arrangement: Residual Stress Pattern Rosette
- Construction: Electrical Resistance
- Integral Bridge Circuitry: None
from Columbia Research Labs, Inc.
Columbia's Strain Sensors measure fatigue loading experienced by aircraft under various conditions of speed, weight and mission configuration more accurately than by older, less accurate counting accelerometer methods. These sensors allow critical undercarriage structures and surfaces to be more... [See More]
- Specialty Application: Residual Stress; Monitoring Fatigue Damage
- Arrangement: Uniaxial
- Construction: Electrical Resistance
- Integral Bridge Circuitry: Full-Bridge
from Columbia Research Labs, Inc.
Columbia Series DT3715 sensors were designed to accurately measure both strain and temperature on curved mounting surfaces. These sensors offer all the accuracy, ruggedness and ease of installation of the flight-qualified Series DTD2684 sensors and also incorporate a DIN standard 1000 ohm platinum... [See More]
- Specialty Application: Temperature; Residual Stress; Military Applications
- Arrangement: Uniaxial
- Construction: Electrical Resistance
- Integral Bridge Circuitry: Full-Bridge
from Columbia Research Labs, Inc.
Columbia Series DT3716 sensors were designed to accurately measure both strain and temperature on straight mounting surfaces. These sensors offer all the accuracy, ruggedness and ease of installation of the flight-qualified Series DTD2684 sensors and also incorporate a DIN standard 1000 ohm platinum... [See More]
- Specialty Application: Residual Stress; Monitoring Fatigue Damage
- Arrangement: Uniaxial
- Construction: Electrical Resistance
- Integral Bridge Circuitry: Full-Bridge
from Columbia Research Labs, Inc.
Columbia Series DT3747 sensors were designed to accurately measure strain on curved mounting surfaces. These sensors offer all the accuracy, ruggedness and ease of installation of the flight-qualified Series DTD2684. Similar devices have been utilized to monitor rocket motor expansion. They can also... [See More]
- Specialty Application: Residual Stress; Monitoring Fatigue Damage
- Arrangement: Uniaxial
- Construction: Electrical Resistance
- Integral Bridge Circuitry: Full-Bridge
from Columbia Research Labs, Inc.
Columbia's Foil Strain Sensors measure the fatigue loading experienced by aircraft under various conditions of speed, weight and mission configuration more accurately than by older, less accurate counting accelerometer methods. These sensors allow critical undercarriage structures and surfaces to be... [See More]
- Specialty Application: Residual Stress; Monitoring Fatigue Damage
- Arrangement: Uniaxial
- Construction: Electrical Resistance
- Integral Bridge Circuitry: Full-Bridge