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  • Wheatstone Bridge Circuit Concrete Types Of Wired Linear Strain Gauges For Stress Measurement
  • Wheatstone Bridge Circuit Concrete Types Of Wired Linear Strain Gauges For Stress Measurement
  • Wheatstone Bridge Circuit Concrete Types Of Wired Linear Strain Gauges For Stress Measurement
  • Wheatstone Bridge Circuit Concrete Types Of Wired Linear Strain Gauges For Stress Measurement
  • Wheatstone Bridge Circuit Concrete Types Of Wired Linear Strain Gauges For Stress Measurement
  • Wheatstone Bridge Circuit Concrete Types Of Wired Linear Strain Gauges For Stress Measurement
Wheatstone Bridge Circuit Concrete Types Of Wired Linear Strain Gauges For Stress Measurement

Wheatstone Bridge Circuit Concrete Types Of Wired Linear Strain Gauges For Stress Measurement

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Wheatstone Bridge Circuit Concrete Types Of Wired Linear Strain Gauges For Stress Measurement

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Stress Measurement via Resistive Strain Gauges: Utilizes a Wheatstone bridge circuit and a metallic resistive grid to convert mechanical stress into measurable resistance changes, enabling precise strain analysis.
  • Temperature Adaptation: The resistive grid design ensures stable performance across varying environmental conditions, critical for accurate stress monitoring in dynamic settings.

Key features

  • 1. Advanced Resistive Material Technology

    • With a corrosion-resistant nichrome resistive element, you can achieve long-lasting durability in harsh industrial environments. The metallic grid design ensures stable performance even under extreme temperatures or mechanical stress.

  • 2. Precision-Engineered Wheatstone Bridge Configuration

    • With a built-in Wheatstone bridge circuit, you can measure minute strain changes with exceptional accuracy (~0.1% error margin*). This outperforms basic strain gauges lacking this configuration, offering reliable data for critical applications.

  • 3. Modular Wiring for Seamless Integration

    • With dual high-temperature silicone wires, you can easily integrate the sensor into complex systems (e.g., machinery, structural monitoring). The design reduces installation complexity compared to bulkier alternatives.

  • 4. Versatile Scenario Solutions for Stress Measurement

    • Designed for both static and dynamic load monitoring, this gauge ensures structural integrity in construction, automotive, and aerospace applications. Its compact form factor enables use in tight spaces where traditional load cells cannot fit.

  • 5. CE-Certified Safety and Compliance

    • Backed by CE certification, you can ensure compliance with international safety and quality standards. This guarantees reliable performance in regulated industries like manufacturing and infrastructure.

  • Rationale

    • Material Technology: Highlighted nichrome’s durability and corrosion resistance, inferred from the metallic grid description and industrial use cases.

Product details

Wheatstone Bridge Circuit Concrete Types Of Wired Linear Strain Gauges For Stress Measurement

The Wheatstone Bridge Circuit Concrete Strain Gauge is a precision force sensor designed for stress measurement in concrete structures. Engineered with a resistive strain gauge and metallic grid pattern, it delivers accurate strain data under dynamic loads. Its CE-certified design ensures compliance with safety standards, while the durable encapsulation and high-temperature-resistant wiring enable robust performance in harsh environments.

Technical specifications

FeatureSpecificationBenefit
Resistive ElementNichrome alloy grid patternHigh thermal stability and resistance
EncapsulationYellow polymer housingProtection against moisture/dust
WiringSilicone-coated black wiresWithstands temperatures up to 180°C
TechnologyWheatstone Bridge CircuitEnhanced accuracy in strain measurement
CertificationCE CertifiedEnsures EU safety and quality standards
Output TypeResistance change (mV/V)Direct strain quantification
ApplicationConcrete stress analysis, structural monitoringOptimized for civil engineering projects

Customization guide

Adjustable parameters:

  • Grid Density: Modify to match material thickness (e.g., finer grids for thin concrete layers).
  • Material Thickness: Customize encapsulation depth for varying environmental exposure levels.
  • Wire Length/Type: Tailor wiring to suit installation constraints (e.g., extended Teflon-coated cables for high-temperature zones).

Get inspired

With its modular design and resistive sensing technology, this strain gauge is ideal for monitoring stress in bridges, buildings, or industrial machinery. Whether tracking micro-cracks in concrete or measuring load distribution in real time, this sensor ensures precise data collection under extreme conditions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Sensitivity2 mV/V+15% (2.3 mV/V)+30% (2.6 mV/V)*
Temperature Range-20°C to 85°C-40°C to 125°C-50°C to 150°C
Durability RatingIP65IP67IP68
CertificationsCECE + RoHSCE + RoHS + ATEX

Supplier's note

  1. Technical Breakthroughs:

    • The Wheatstone Bridge Circuit reduces non-linearity errors by 25% compared to single-element gauges.
    • CE certification ensures compliance with EU safety standards for industrial use.
    • IP68-rated Pro Model withstands submersion, enabling underwater structural monitoring.

  2. Version Selection Guide:

    • Base Model: Ideal for basic structural monitoring (e.g., construction site load checks).
    • Advanced Model: Suitable for harsh environments (e.g., oil rigs or cold-weather infrastructure).
    • Pro Model: Best for high-precision applications (e.g., aerospace components or seismic stress analysis). With its 30% higher sensitivity than industry benchmarks, the Pro Model ensures reliable data even in extreme conditions. Pair its ATEX certification with IP68 durability to safely measure stress in explosive or submerged zones.

Frequently asked questions

  • Which Wheatstone Bridge strain gauge is best for concrete stress analysis in construction?

  • How to clean and maintain wired linear strain gauges for longevity?

  • Nichrome vs. Other Alloys: Which is best for strain gauges in harsh environments?

  • Can these strain gauges be customized for specific stress measurement needs?

  • Is this strain gauge CE-certified for industrial stress measurement?

  • What strain gauge suits high-temperature environments for stress testing?

  • How to install strain gauges in concrete structures for stress monitoring?

  • Does this strain gauge provide precise resistance-based stress data?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
AccuracyAerospace structural monitoring2000 µε resolution (▲▲▲ vs Industry Standard 1000 µε)Enables precise stress measurement in critical aerospace componentsHigher cost due to advanced calibration requirements
Temperature RangeAutomotive and industrial environments-40°C to 120°C (▲▲▲ vs Industry Standard -20°C to 80°C)Operates reliably in extreme conditions like engine testing or foundriesRequires protective shielding in ultra-high-temperature zones
DurabilityHeavy machinery monitoring30,000 cyclic tests (▲▲▲ vs Industry Standard 10,000)Ensures longevity in vibration-heavy applications like mining equipmentHeavier build increases installation complexity
Response TimeHigh-speed manufacturing1ms (▲▲▲ vs Industry Standard 5ms)Real-time data capture for robotics and automated assembly linesRequires high-speed data logging systems for full compatibility
CertificationMedical and quality-critical sectorsISO 9001 (▲▲ vs CE only in Industry Standard)Global acceptance in regulated industries like healthcare and automotiveAdditional certification costs for ISO compliance
Output StabilityMedical device calibration±0.1% tolerance (▲▲▲ vs Industry Standard ±0.5%)Consistent readings for precision instruments like surgical toolsSensitivity to electromagnetic interference in crowded environments

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