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  • triaxial accelerometer and piezotronics accelerometer with acceleration sensor
  • triaxial accelerometer and piezotronics accelerometer with acceleration sensor
  • triaxial accelerometer and piezotronics accelerometer with acceleration sensor
  • triaxial accelerometer and piezotronics accelerometer with acceleration sensor
  • triaxial accelerometer and piezotronics accelerometer with acceleration sensor
  • triaxial accelerometer and piezotronics accelerometer with acceleration sensor
triaxial accelerometer and piezotronics accelerometer with acceleration sensor

triaxial accelerometer and piezotronics accelerometer with acceleration sensor

$400.00-$500.00/ Piece|1 Piece/Pieces(Min. Order)

Customization:

Customized logo（Min.Order: 100 pieces）
Customized packaging（Min.Order: 100 pieces）
Graphic customization（Min.Order: 100 pieces）
View product details

triaxial accelerometer and piezotronics accelerometer with acceleration sensor

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Vibration Monitoring & Triaxial Acceleration Measurement: Detects and quantifies linear acceleration along three axes (X, Y, Z) with 12-bit resolution, enabling precise vibration analysis for condition monitoring or motion control.
  • Dual Output Capability: Supports both analog and digital signals (digital sensor output), offering flexibility for integration into diverse systems, from legacy analog setups to modern IoT-enabled platforms.

Key features

  • 1. Durable Metal Construction & Capacitive Sensing Technology

    • With a corrosion-resistant metal body and advanced capacitive sensing technology, ensure reliable operation in harsh industrial environments*. Compared to plastic-bodied sensors, this design offers superior durability and resistance to environmental stress.

  • 2. Dual Digital and Analog Outputs

    • With dual digital and analog outputs, seamlessly integrate into both modern digital systems and legacy analog setups. This flexibility allows compatibility with a wider range of platforms compared to single-output sensors.

  • 3. High-Precision 12-Bit Resolution

    • With 12-bit resolution, capture data with ~4x higher precision than 10-bit sensors*. Ideal for applications requiring exact measurements, such as vibration analysis in machinery or structural monitoring.

  • 4. Triaxial Vibration Detection

    • With triaxial detection capability, monitor vibrations across all axes for comprehensive machinery diagnostics. This 360° sensing capability outperforms single-axis sensors in detecting complex motion patterns.

  • 5. Compliance with Industry Standards

    • With compliance to industry standards for capacitive sensors, ensure reliable performance in critical applications*. The analog output amplifier design meets rigorous specifications for stability and accuracy.

Product details

triaxial accelerometer and piezotronics accelerometer with acceleration sensor

The triaxial accelerometer and piezotronics accelerometer combines capacitive sensing technology with a durable metal design, offering precise vibration monitoring for industrial and engineering applications. Its modular structure with multiple mounting points ensures easy integration into compact systems, while analog/digital hybrid outputs provide flexibility for diverse setups.

Technical specifications

FeatureSpecificationBenefit
Amplifier TypeAnalog OutputEnsures compatibility with legacy systems
Communication InterfaceDigital & AnalogSupports hybrid system integration
Resolution Bits12-bitDelivers high-precision acceleration data
TechnologyCapacitiveEnables accurate detection via capacitance changes
MaterialDurable Metal (Aluminum/Steel)Resists wear and corrosion for longevity
DesignModular with 3 Mounting PointsCustomizable for varied mounting needs
ApplicationVibration SensorOptimized for machinery health monitoring

Customization guide

Adjustable parameters include:

  • Mounting Configuration: Tailor the orientation of mounting points for specific assembly requirements.
  • Output Interface: Switch between analog/digital modes to match system compatibility.
  • Sensitivity Range: Calibrate sensitivity levels (e.g., 2g to 10g) to suit application demands.

Get inspired

Whether monitoring vibrations in industrial turbines or robotics systems, this accelerometer’s precision and durability make it ideal for applications requiring real-time data accuracy and environmental resilience.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Resolution (bits)1214 (+16.6%)16 (+33%)
Sensitivity (g)25 (+150%)10 (+400%)
Temp Range (°C)-20 to 85-30 to 105-40 to 125
Sampling Rate (Hz)1,0002,000 (+100%)4,000 (+300%)

Supplier's note

  1. Breakthrough Features:

    • Capacitive Technology: With 12-bit resolution, you can capture minute acceleration changes for precision diagnostics.
    • Modular Design: The 3 mounting points allow seamless integration into compact systems, reducing assembly time by 20% compared to rigid designs.
    • Extreme Temperature Tolerance: The Pro Model’s -40°C to 125°C range outperforms industry benchmarks by 50%, enabling use in harsh environments.

  2. Version Selection Guide:

    • Base Model: Ideal for basic vibration monitoring in controlled environments (e.g., lab equipment).
    • Advanced Model: Suitable for industrial machinery where higher sensitivity (5g) and wider temp ranges (-30°C to 105°C) are critical.
    • Pro Model: Designed for aerospace or extreme industrial use cases, offering triple the sensitivity (10g) and 4,000Hz sampling for real-time precision.

Example: With the Pro Model’s 16-bit resolution, you can detect subtle vibrations in turbine blades, ensuring predictive maintenance. Its chemical-resistant steel housing also safeguards against corrosive environments.

Frequently asked questions

  • Which accelerometer model is best for vibration monitoring in industrial machinery?

  • How do I clean and maintain the piezoelectric accelerometer’s sensor components?

  • Why is capacitive technology better than piezoelectric for high-resolution vibration analysis?

  • Can this accelerometer be customized with mounting options for robotics applications?

  • Is the capacitive accelerometer compliant with industrial vibration measurement standards?

  • How does the analog output benefit vibration analysis in real-time monitoring systems?

  • What’s the resolution of the accelerometer for detecting细微 vibrations in small machinery?

  • Does the accelerometer support both digital and analog interfaces for flexible integration?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Resolution BitsPrecision Engineering, AerospaceIndustry Standard: 10b (ISO 16063-21)
Our Base: 12b (ISO 16063-21)
Our Advanced: 14b (ISO 16063-21)▲1		Higher resolution improves accuracy in vibration analysis (e.g., turbine diagnostics)
Advanced versions enable sub-micron precision		Advanced versions may require more power or cooling▲1
Output Signal TypeIndustrial Automation, IoT SystemsIndustry Standard: Analog Only (IEC 60730)
Our Base: Analog/Digital (▲1)
Our Advanced: Analog/Digital + Wireless (▲2)		Wireless integration simplifies remote monitoring in smart factoriesWireless adds complexity and potential interference risks▲2
Sensor TechnologyHarsh Environments, Structural MonitoringIndustry Standard: Piezoelectric (IEC 60734)
Our Base: Capacitive (IEC 61672)
Our Advanced: Capacitive with DSP (▲1)		Lower temperature drift for stable readings in oil refineries▲1Capacitive sensors may require periodic recalibration
Frequency RangeMachinery Diagnostics, Automotive TestingIndustry Standard: 0.5–5000 Hz (ISO 2954)
Our Base: 0.1–10,000 Hz (▲1)
Our Advanced: 0.05–20,000 Hz (▲2)		Wider range captures high-frequency vibrations in aerospace components▲2Larger form factor for Advanced versions▲2
Temperature StabilityMilitary Use, Outdoor MonitoringIndustry Standard: ±0.5% @ -20°C–85°C (MIL-STD-810)
Our Base: ±0.3% @ -40°C–125°C (▲1)
Our Advanced: ±0.1% @ -55°C–150°C (▲2)		Operates reliably in Arctic or desert conditions▲2Advanced versions use costly materials for extreme ranges▲2
Noise FloorMedical Devices, Quiet EnvironmentsIndustry Standard: 50 dB (IEC 61672)
Our Base: 45 dB (▲1)
Our Advanced: 40 dB (▲2)		Reduced noise improves precision in medical imaging▲2Complex circuitry increases cost and size▲2

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