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  • 5000g Monoaxial Modal Vibration Testing Vibration Measurement Piezoelectric Vibration Sensor
  • 5000g Monoaxial Modal Vibration Testing Vibration Measurement Piezoelectric Vibration Sensor
  • 5000g Monoaxial Modal Vibration Testing Vibration Measurement Piezoelectric Vibration Sensor
  • 5000g Monoaxial Modal Vibration Testing Vibration Measurement Piezoelectric Vibration Sensor
  • 5000g Monoaxial Modal Vibration Testing Vibration Measurement Piezoelectric Vibration Sensor
5000g Monoaxial Modal Vibration Testing Vibration Measurement Piezoelectric Vibration Sensor

5000g Monoaxial Modal Vibration Testing Vibration Measurement Piezoelectric Vibration Sensor

  • 1 - 99 Pieces
    $156.60
  • 100 - 499 Pieces
    $140.90
  • 500 - 999 Pieces
    $125.30
  • >= 1000 Pieces
    $78.30

Customization:

Customized logo（Min.Order: 1 pieces）
Customized packaging（Min.Order: 1 pieces）
Graphic customization（Min.Order: 1 pieces）
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5000g Monoaxial Modal Vibration Testing Vibration Measurement Piezoelectric Vibration Sensor

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-G Vibration Measurement: Designed to measure vibration up to 5000g, enabling precise modal analysis and dynamic testing for mechanical systems.
  • Monoaxial Sensing: Specializes in unidirectional vibration detection, ideal for isolating and analyzing specific axes in complex machinery or structures.
  • Piezoelectric Technology: Converts mechanical stress into electrical signals for real-time vibration data acquisition, ensuring accuracy in harsh environments.

Key features

  • 1. Advanced Piezoelectric Material Technology

    • With a high-sensitivity piezoelectric crystal core, you can achieve precise vibration measurement in dynamic environments, offering up to 20% higher signal accuracy than conventional sensors.*

  • 2. Monoaxial Precision Design

    • With a monoaxial design, you can focus on unidirectional vibration analysis, reducing data complexity compared to omnidirectional models, ideal for targeted testing scenarios.*

  • 3. High-Performance 5000g Capacity

    • With a 5000g maximum acceleration rating, you can handle high-intensity vibration testing scenarios, outperforming standard 3000g sensors in extreme industrial applications.*

  • 4. Versatile Industrial and Automotive Applications

    • Designed for industrial equipment monitoring and automotive testing, you can ensure operational safety and efficiency in critical applications, surpassing generic vibration sensors in harsh operational environments.*

  • 5. Certified Reliability

    • Complies with ISO 9001 and IEC 60730 certifications, ensuring precision and reliability that exceed non-certified alternatives in industrial and commercial settings.*

Product details

5000g Monoaxial Modal Vibration Testing Vibration Measurement Piezoelectric Vibration Sensor

The 5000g Monoaxial Modal Vibration Testing Vibration Measurement Piezoelectric Vibration Sensor is a high-precision sensor designed for vibration analysis in engineering, manufacturing, and research applications. With a maximum acceleration measurement of 5000g, it delivers accurate modal analysis and vibration data acquisition, making it ideal for testing machinery, automotive components, and aerospace systems.

Technical specifications

FeatureSpecificationApplication Scenario
Sensitivity5000g (peak acceleration)Industrial machinery vibration monitoring
Frequency Range0.1–5 kHzStructural health assessment in bridges/aircraft
MaterialPiezoelectric quartz crystalHarsh environments requiring chemical resistance
Shock Resistance10,000gAutomotive crash testing
CertificationISO 9001, MIL-STD-810GMilitary and aerospace compliance requirements

Customization guide

Adjustable sensitivity and frequency response ranges can be tailored to meet specialized needs, such as:

  • Aerospace: Optimize sensitivity for rocket engine vibration analysis.
  • Automotive: Calibrate frequency range for NVH (Noise, Vibration, Harshness) testing.

Get inspired

With its 5000g sensitivity, this sensor enables precise vibration measurement in extreme conditions. Engineers can use it to predict equipment failures, improve product durability, or validate structural integrity in real-world scenarios.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Sensitivity5000g+15% (5750g)+30% (6500g)*
Frequency Range0.1–5 kHz0.1–10 kHz0.1–20 kHz
Shock Resistance10,000g12,000g15,000g
Data Acquisition10 kHz20 kHz50 kHz

Supplier's note

  1. Technical Breakthroughs:

    • 5000g Sensitivity: Enables detection of high-intensity vibrations in turbine engines or heavy machinery.
    • Wide Frequency Range (Pro Model): Captures subtle vibrations (0.1 Hz) and high-frequency shocks (20 kHz), surpassing industry benchmarks.
    • Piezoelectric Material: Ensures long-term stability in corrosive environments, outperforming traditional MEMS sensors by 20%.

  2. Optimal Version Selection:

    • Base Model: Ideal for general vibration testing in factories or labs.
    • Advanced Model: Suitable for automotive R&D requiring mid-range frequency analysis.
    • Pro Model: Designed for aerospace and defense applications where extreme shock resistance (15,000g) and ultra-high-frequency data (50 kHz) are critical.

Pro Model’s 6500g sensitivity allows safe operation in rocket engine testing, where traditional sensors fail. Pair it with its 20 kHz frequency range to capture micro-vibrations caused by material fatigue, ensuring mission-critical reliability.

Frequently asked questions

  • Which vibration sensor is best for modal analysis in engineering labs?

  • How to clean and maintain a piezoelectric vibration sensor for optimal performance?

  • Ceramic vs. Quartz: Which material is better for vibration sensors in harsh environments?

  • Can this sensor be customized for specific vibration frequency ranges?

  • Is the piezoelectric vibration sensor ISO-certified for vibration measurement?

  • What industries use monoaxial vibration sensors for modal testing?

  • How does the 5000g capacity benefit vibration testing in industrial settings?

  • Does the sensor require special mounting for precise measurements?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
SensitivityPrecision machinery monitoringIndustry: 10 mV/g (IEC 60092-3)Base: 15 mV/g (▲50%)Advanced: 20 mV/g (▲33% from Base)
Frequency RangeAutomotive vibration analysisIndustry: 1-10 kHz (IEC 61672-1)Base: 1-15 kHz (▲50% upper)Advanced: 1-20 kHz (▲33% from Base)
Shock ResistanceMilitary equipment testingIndustry: 1000g (MIL-STD-810G)Base: 1500g (▲50%)Advanced: 2000g (▲33% from Base)
Temperature RangeArctic explorationIndustry: -20°C to +70°C (ISO 16750-4)Base: -30°C to +85°CAdvanced: -40°C to +105°C (▲20°C/35°C from Base)
Power ConsumptionBattery-powered IoT devicesIndustry: 50 mW (EN 50121-3-2)Base: 35 mW (▲30% lower)Advanced: 20 mW (▲43% from Base)
Output Signal TypeSmart factory integrationIndustry: Analog VoltageBase: Analog + Digital (SPI) (▲ adds digital)Advanced: Analog + Digital (SPI/I2C) (▲ adds I2C)

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