Uniaxial Strain Gauges
from Kistler Group
Measures forces of almost any size indirectly though strain. Preloaded for measurement of tensile as well as compression forces, can be mounted at virtually any depth in the structure. [See More]
- Arrangement: Uniaxial
- Integral Bridge Circuitry: None
- Construction: Semiconductor
- Strain Range: 1500
from Campbell Scientific, Inc.
The highly accurate ST350 Strain Transducer from Bridge Diagnostics brings great efficiency and reliability to measuring live-load stresses on structures. With minimal surface preparation, you can quickly install the transducer and avoid the tedious and time-consuming effort involved when using foil... [See More]
- Arrangement: Uniaxial
- Integral Bridge Circuitry: Full-Bridge
- Construction: Electrical Resistance
- Grid Length: 3
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]
- Arrangement: Uniaxial
- Integral Bridge Circuitry: None
- Construction: Electrical Resistance
- Grid Length: 1.5
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]
- Arrangement: Uniaxial
- Specialty Application: Residual Stress; Monitoring Fatigue Damage
- Construction: Electrical Resistance
- Integral Bridge Circuitry: Full-Bridge
from Baumer Ltd.
Strain links measure the surface strain between the support surfaces. Strain links are ideally suited for measurements on rigid structures. Depending on design strain links can be used in cyclical and static applications. product description. • For cyclical and static measurements, without... [See More]
- Arrangement: Uniaxial
- Integral Bridge Circuitry: Full-Bridge
- Construction: Electrical Resistance
- Strain Range: 750
from Kistler Group
Measures forces of almost any size indirectly though strain. Preloaded for measurement of tensile as well as compression forces, can be mounted at virtually any depth in the structure. [See More]
- Arrangement: Uniaxial
- Integral Bridge Circuitry: None
- Construction: Semiconductor
- Strain Range: 1400
from OMEGA Engineering, Inc.
Special extra-long grid patterns for measuring strain in inhomogeneous materials. [See More]
- Arrangement: Uniaxial
- Integral Bridge Circuitry: None
- Construction: Electrical Resistance
- Grid Length: 10
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]
- Arrangement: Uniaxial
- Specialty Application: Temperature; Residual Stress; Military Applications
- Construction: Electrical Resistance
- Integral Bridge Circuitry: Full-Bridge
from Baumer Ltd.
With strain probes it is possible to measure strain in deep holes. A strain probe equipped with two diametrically opposed strain gages at the tip is inserted and clamped in a hole. product description. • Passive strain probe. • Strain measurement in deep holes. • Recessed installation... [See More]
- Arrangement: Uniaxial
- Integral Bridge Circuitry: Quarter-Bridge
- Construction: Electrical Resistance
- Strain Range: 1000
from Kistler Group
With its low weight, this tiny piezoelectric sensor is perfect for indirect force measurement on lightweight-structures. Properties: Dimensions (L / B / H) 40 / 17 / 15 mm. Connector KIAG 10-32UNF neg. High sensitivity. Overload proof [See More]
- Arrangement: Uniaxial
- Integral Bridge Circuitry: None
- Construction: Semiconductor
- Strain Range: 600
from OMEGA Engineering, Inc.
OMEGA strain gages are available in a variety of different models to cover most strain measurement applications. The rugged construction and flexibility make these general purpose strain gages suitable for static and dynamic measurement with a high degree of accuracy. The measuring grid is formed by... [See More]
- Arrangement: Uniaxial
- Grid Length: 4.47
- Construction: Electrical Resistance
- Grid Width: 0.2165
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]
- Arrangement: Uniaxial
- Specialty Application: Residual Stress; Monitoring Fatigue Damage
- Construction: Electrical Resistance
- Integral Bridge Circuitry: Full-Bridge
from Baumer Ltd.
With strain probes it is possible to measure strain in deep holes. A strain probe equipped with two diametrically opposed strain gages at the tip is inserted and clamped in a hole. product description. • Strain probe with integrated amplifier. • Simple strain measurement in deep holes. [See More]
- Arrangement: Uniaxial
- Integral Bridge Circuitry: Quarter-Bridge
- Construction: Electrical Resistance
- Strain Range: 1000
from Kistler Group
This robust piezoelectric sensor is perfect for indirect force measurement on machine and structural surfaces. Properties: Dimensions (L / B / H) 51.5 / 25.4 / 26.9 mm. Connector KIAG 10-32UNF neg. Overload proof [See More]
- Arrangement: Uniaxial
- Integral Bridge Circuitry: None
- Construction: Semiconductor
- Strain Range: 800
from OMEGA Engineering, Inc.
OMEGADYNE offers transducer quality strain gages in dual linear patterns in a half-bridge design with a common tab. These strain gages might be used for transducer design for beams that have a contraflexure point. Defined as a point in a structure where bending occurs in opposite directions. A... [See More]
- Arrangement: Uniaxial
- Integral Bridge Circuitry: Half-Bridge
- Construction: Electrical Resistance
- Grid Length: 0.0630
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]
- Arrangement: Uniaxial
- Specialty Application: Residual Stress; Monitoring Fatigue Damage
- Construction: Electrical Resistance
- Integral Bridge Circuitry: Full-Bridge
from Kistler Group
Robust sensor with integrated digital charge amplifier, perfect for indirect force measurement on structural parts. Properties: Dimensions (L / B / H) 68.1 / 26.9 / 27.5 mm. Connector M12 8p. Output analogue Voltage / RS232. Overload proof [See More]
- Arrangement: Uniaxial
- Integral Bridge Circuitry: None
- Construction: Semiconductor
- Strain Range: 500
from OMEGA Engineering, Inc.
bull;. Sold in Packages of 5 gages. •. K-Series, Premium Karma Strain Gages. •. Available as Single ¼ Bridge, Single Matched Reversed Patterns, ½ Bridge with Separate Connection Pads, or ½ Bridge with Common Connection Tab. •. Custom Gages Available - Fast... [See More]
- Arrangement: Uniaxial; Shear
- Specialty Application: Transducer; Shear
- Construction: Electrical Resistance
- Integral Bridge Circuitry: None
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]
- Arrangement: Uniaxial
- Specialty Application: Residual Stress; Monitoring Fatigue Damage
- Construction: Electrical Resistance
- Integral Bridge Circuitry: Full-Bridge
from OMEGA Engineering, Inc.
The linear pattern strain gages are available in a variety of styles and sizes. OMEGADYNE ® offers miniature linear patterns for strain measurement of a stress concentration or high gradient areas. The terminations are offered both at one end of the grid, or with one at each end of the grid. [See More]
- Arrangement: Uniaxial
- Specialty Application: Transducer
- Construction: Electrical Resistance
- Integral Bridge Circuitry: None
from OMEGA Engineering, Inc.
OMEGA ® transducer quality strain gages are available in a variety of patterns to cover most transducer design requirements. Their rugged construction, reliability and flexibility make them suitable for highly accurate static and dynamic transducers. The measuring grid is formed by specially... [See More]
- Arrangement: Uniaxial
- Specialty Application: Transducer
- Construction: Electrical Resistance
- Integral Bridge Circuitry: None
from OMEGA Engineering, Inc.
OMEGA ® transducer quality strain gages are available in a variety of patterns to cover most transducer design requirements. Their rugged construction, reliability and flexibility make them suitable for highly accurate static and dynamic transducers. The measuring grid is formed by specially... [See More]
- Arrangement: Uniaxial
- Specialty Application: Transducer; Torque or Shear Applications
- Construction: Electrical Resistance
- Integral Bridge Circuitry: None
from OMEGA Engineering, Inc.
SPECIFICATIONS. Foil Thickness: 5m. Carrier Material: Polyimide. Carrier Thickness: 50m. Connection: Solder pads (Constantan gages); solder dots (Karma gages). Nominal Resistance: 350 and 1000 Ohms. Resistance Tolerance: 0.5%. Gage Factor: 2.0 nominal (actual value printed on each package). Gage... [See More]
- Arrangement: Uniaxial
- Integral Bridge Circuitry: Half-Bridge
- Construction: Electrical Resistance
- Grid Length: 0.4921