Hemobllo Strain Gauge Bending Test Sensor Module Charge Amplifier Voltage Output
Long Fatigue life, more than 10 million times, longer than other similar products.
Hemobllo Strain Gauge Bending Test Sensor Module Charge Amplifier Voltage Output
Nº de artículo: 19546699

Hemobllo Strain Gauge Bending Test Sensor Module Charge Amplifier Voltage Output

Nº de artículo: 19546699

CLP 16935

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Long Fatigue life, more than 10 million times, longer than other similar products.
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What Stands Out

High Precision
The Hemobllo strain gauge sensor offers exceptional accuracy in bending tests, making it ideal for research and industrial applications where precise measurements are crucial for quality analysis.
Voltage Output
Designed with a charge amplifier, this module converts mechanical strain into a voltage output, providing easy integration with various data acquisition systems for real-time monitoring and analysis.
Versatile Applications
Perfect for diverse fields such as civil engineering, material science, and mechanical testing, this sensor module efficiently addresses user needs in structural health monitoring and product development.

Detalles de producto

Shop for Hemobllo Strain Gauge Bending Test Sensor Module with Charge Amplifier Voltage Output on Ubuy Chile. Get accurate measurements with long fatigue life and analog output for easy processing.
  • Long fatigue life of more than 10 million times, surpassing similar products
  • Equipped with a reverse protection diode to prevent damage to equipment and test equipment in emergency situations
  • Analog output providing direct signal for reading and processing by the next level device
  • Size: 3 x 1.5 x 1cm, Voltage: 5V, Analog output voltage: 0-3.5V, Board size: 32 X 17 mm, Resistance: 350 Ohm
  • Working principle based on strain effect produced when a conductor or semiconductor material undergoes mechanical deformation
  • Package includes 1 x Strain gauge Bending detection Test Sensor Module
Item Weight0.5 lbs (230 grams)

Who Should Buy?

Suitable For
  • Engineering Projects

    Ideal for engineering students and professionals conducting experiments requiring precise strain measurements in various materials.

  • Research Applications

    Beneficial for researchers studying material properties under stress and requiring accurate data collection and analysis.

  • Prototyping Devices

    Useful for developers designing prototype devices that need load sensing capabilities and reliable voltage output for monitoring.

Not Suitable For
  • Casual Users

    Not suitable for hobbyists who may lack the technical skills to implement and utilize the sensor effectively.

  • High-Power Applications

    Inadequate for applications requiring high strain or load measurements beyond the sensor's specified capabilities.

  • Non-Electrical Fields

    Unsuitable for users in fields that do not involve electronic or mechanical measurements requiring strain gauge technology.

DESCRIPCIÓN DEL PRODUCTO

Hemobllo Strain Gauge Bending Test Sensor Module Charge Amplifier Voltage Output

¿Tienes alguna consulta? Chatea con nosotros

Preguntas y respuestas de los clientes

  • Pregunta: What is a Strain Gauge Bending Test Sensor Module?

    Respuesta: The Strain Gauge Bending Test Sensor Module is a device used to measure the deformation, or strain, of materials under stress. These sensors consist of a strain gauge, which detects the bending or stretching of a surface, and an integrated charge amplifier to convert the analog signal into a manageable voltage output. This technology is essential in various applications, from civil engineering assessments to product testing in manufacturing. For instance, if a structural beam is subjected to loads, this module can provide real-time data on how much bending occurs, aiding in maintaining safety and product integrity.
  • Pregunta: How does the charge amplifier in the module work?

    Respuesta: The charge amplifier works by converting the charge produced by the strain gauge into a proportional voltage output, making it easier to read and interpret. When the strain gauge is deformed, it generates a small electrical charge that the amplifier boosts to a measurable voltage signal. This amplification is crucial for accurate data collection, especially in low-strain applications. In practical terms, engineers and technicians utilize this output to monitor structural health or calibrate testing equipment, ensuring they receive precise measurements for their analyses.
  • Pregunta: What types of materials can the sensor module be used on?

    Respuesta: The Strain Gauge Bending Test Sensor Module is versatile and can be used on a range of materials, including metals, plastics, and composites. The choice of material depends on the application, such as monitoring stress on metal beams in construction or testing the flexibility of plastic parts in manufacturing. By adapting the installation method of the strain gauges, practitioners can gather critical data on how different materials behave under various conditions, thus providing insights that inform design and manufacturing processes.
  • Pregunta: What output signal does the strain gauge module provide?

    Respuesta: The Strain Gauge Bending Test Sensor Module typically provides a voltage output signal that correlates directly to the strain detected. This output can be in millivolts or volts and varies depending on the configuration and sensitivity of the gauge used. Users can connect this signal to data acquisition systems or microcontrollers for real-time monitoring and analysis. For example, in a laboratory test, engineers can use the voltage output to track material performance over time, facilitating better design and safety assessments.
  • Pregunta: Can this module be used for dynamic strain measurements?

    Respuesta: Yes, the Strain Gauge Bending Test Sensor Module can be used for dynamic strain measurements, providing real-time feedback on how materials react to fluctuating loads. This capability is vital for applications such as monitoring the performance of bridges under vehicle load or testing the impact resistance of materials in various environments. By capturing dynamic data, engineers can better assess the durability and reliability of structures, ensuring they meet safety standards during their lifespan.
  • Pregunta: What applications are most commonly associated with this sensor module?

    Respuesta: The Strain Gauge Bending Test Sensor Module finds applications in numerous industries, including civil engineering, aerospace, automotive, and materials testing. In civil engineering, it helps assess the integrity of structures like bridges and buildings, while in automotive applications, it evaluates vehicle component strength. Additionally, in material testing labs, this module facilitates detailed analysis of strain responses in new materials, allowing for better innovations and safer designs. Its versatility makes it indispensable for quality control and research.
  • Pregunta: Is the sensor module compatible with microcontrollers?

    Respuesta: Yes, the Strain Gauge Bending Test Sensor Module is compatible with various microcontrollers, such as Arduino and Raspberry Pi. By connecting the voltage output from the module to the analog inputs of these microcontrollers, users can easily interface with the sensor, allowing for data collection, analysis, and display through custom programming. This setup is particularly useful for DIY projects, allowing makers to create monitoring systems for specific applications. For example, a hobbyist can set up an Arduino-based system to monitor the stress on a model bridge.
  • Pregunta: What considerations should be made for sensor installation?

    Respuesta: When installing the Strain Gauge Bending Test Sensor Module, several considerations are essential, including the surface preparation, alignment of the gauge, and securing method. Proper surface preparation ensures accurate readings by eliminating debris and ensuring good adhesion. The gauge must be aligned correctly to capture the intended strain direction, and it should be securely attached to avoid movement during testing. These factors greatly influence the reliability of the data collected, making them critical for successful application in both testing environments and field measurements.
  • Pregunta: What is the typical sensitivity of strain gauge modules?

    Respuesta: The sensitivity of strain gauge modules typically ranges from 2 to 10 mV/V, depending on the design and application. Sensitivity indicates how much change in voltage output corresponds to a given strain level, allowing users to detect even minor deformations. Higher sensitivity is particularly beneficial in applications where precision is crucial, such as aerospace components or biomedical devices. Engineers thus select based on required accuracy levels, enhancing performance monitoring in various scenarios, whether it be in a lab or a field application.
  • Pregunta: Where can I buy Strain Gauge Bending Test Sensor Module Charge Amplifier Voltage Output in Chile?

    Respuesta: You can purchase the Strain Gauge Bending Test Sensor Module Charge Amplifier Voltage Output at Ubuy. Ubuy offers a wide selection of electronics, including various sensor modules perfect for your projects. Visiting Ubuy ensures you're getting a reliable source with excellent customer service to assist with your purchase. Check their website for availability and make sure to explore additional electronic components that complement the sensor module for your specific applications.

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