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LVDT sensors
LVDT sensors are high-precision devices used for measuring linear displacement with exceptional accuracy and reliability. Utilizing electromagnetic induction, they convert linear motion into electrical signals, making them ideal for automation, aerospace, automotive testing, and industrial machinery. Our durable LVDT sensors ensure consistent performance in harsh environments, with high resolution to maintain accuracy even under challenging conditions.
Choosing the right LVDT sensor
One of the key advantages of LVDT sensors is their ability to provide contactless measurements, which significantly reduces wear and tear, extending the operational life of the sensor. Additionally, LVDT sensors are known for their high sensitivity and linearity, ensuring precise and consistent readings even in challenging conditions. Available in various configurations and output options, our LVDT sensors can be easily integrated into existing systems, enhancing overall performance and productivity. Whether you need a compact solution for tight spaces or a robust sensor for heavy-duty applications, Althen Sensors & Controls has the right LVDT sensor to meet your specific requirements.
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High accuracy and sensitivityLVDT sensors provide exceptional precision in measuring linear displacement, ensuring reliable and consistent readings crucial for applications in automation, aerospace, and industrial machinery.
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Contactless measurement technologyUtilizing a contactless design, LVDT sensors minimize wear and tear, leading to longer operational life and reduced maintenance costs, making them ideal for continuous operation in demanding environments.
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Robust and versatile designLVDT sensors are engineered to withstand harsh industrial conditions, offering various configurations and output options for easy integration into existing systems, enhancing overall operational efficiency.
Considerations for Selecting LVDT Sensors
When choosing LVDT sensors for your application, several critical factors should be considered to ensure optimal performance and compatibility:
- Measurement range: Determine the required range of linear displacement for your specific application. Ensure the LVDT sensor can accurately measure the full extent of movement you need, as this will directly impact the precision of your readings.
- Sensitivity and resolution: Evaluate the sensitivity and resolution specifications of the sensor. Higher sensitivity and resolution are essential for applications that require precise measurements, so select an LVDT sensor that meets your specific needs.
- Output type: LVDT sensors can provide different output signals, such as analog voltage, current, or digital signals. Make sure the output type is compatible with your control systems to facilitate seamless integration and effective data acquisition.
- Environmental conditions: Consider the operating environment where the sensor will be used. Factors such as temperature extremes, humidity, vibration, and exposure to contaminants can affect performance. Choose a sensor designed to withstand these specific environmental challenges.
- Mounting and size: Assess the physical dimensions and mounting requirements of the LVDT sensor. Ensure that the sensor can fit into your installation space and is easy to mount within your system setup.
- Response time: Depending on your application, the response time of the sensor may be critical. For dynamic applications that require real-time feedback, select LVDT sensors with faster response times to ensure timely data collection.
By carefully considering these factors, you can select the most suitable LVDT sensor for your needs, ensuring reliable operation and accurate measurements in your application.
Contact us today to learn more about our LVDT sensors and discover the ideal solution tailored to your specific measurement needs.
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Frequently asked questions about LVDT sensors
Answers to the most important technical Questions
For which applications are LVDT displacement transducers and LVDT probes particularly suitable?
LVDT displacement transducers and LVDT probes are particularly suitable for precise linear position and displacement measurements where high repeatability, low hysteresis, and long service life are important. Typical applications include automation, test benches, industrial machinery, aerospace, and applications with high measurement cycle rates. Thanks to their contactless measurement technology, LVDT sensors operate with minimal wear and are therefore ideal for continuous operation in demanding environments. AC LVDTs are particularly suitable where installation space is limited or temperatures and humidity are high, while DC LVDTs with integrated signal conditioning are well suited for direct integration into control and data acquisition systems. We will be happy to help you select a suitable LVDT displacement transducer or LVDT probe for your application, installation situation, and measurement requirements.
What accuracy can I achieve with an LVDT displacement transducer?
Depending on the series, very high levels of accuracy can be achieved with an LVDT displacement transducer. For many industrial Althen LVDT displacement transducers, non-linearity is typically ±0.25% of the measuring range, for example with the PR series. Other versions, such as the E series or PCA-375 displacement probes, are around ±0.5%; individual variants even achieve up to ±0.1% FR. In addition to linearity, repeatability is also important. LVDT sensors operate contactlessly, have very low hysteresis, and offer virtually infinite resolution. The PCA-375 displacement probe, for example, achieves a repeatability of 1.5 µm. The actually achievable measurement accuracy depends on the measuring range, signal conditioning, mounting, temperature, vibration, and environmental conditions. We will be happy to help you select a suitable LVDT displacement transducer for your accuracy requirements.
What measuring ranges are available with LVDT displacement transducers and LVDT probes?
Depending on the series, Althen LVDT displacement transducers and LVDT probes are available for very small to larger linear measuring ranges. Typical measuring ranges extend from a few millimeters to approximately 250 mm, for example ±1.25 mm to ±250 mm for the PR series or 1.27 to 254 mm for the HCD series. Smaller strokes are available for compact displacement probes, for example ±2.54 mm to ±25.4 mm for the PCA-375 series. Other versions cover ranges such as ±2.54 mm to ±50.8 mm or 0 to 152.4 mm. The appropriate measuring range depends on the application, available installation space, desired resolution, output signal, and environmental conditions. We will be happy to help you select a suitable LVDT displacement transducer or LVDT probe for your measuring range. Contact us!