
( Brand: Lord Corporation ), ( Manufacturer Part Number: NVX-1072-2 ), ( Part Type: Control ), ( Compatible Make: Aviat )
The Lord Microstrain NVX-1072-2 and NVX-1074-2 are versatile and high-performing vibration sensors designed for various industrial applications. These sensors are part of the MicroStrain NVX series, which is known for its small size, lightweight, and robust design.
The NVX-1072-2 is a single-axis vibration sensor, capable of measuring vibrations along a single axis. It features a high natural frequency of up to 10 kHz, making it suitable for measuring high-frequency vibrations. The sensor comes with a built-in temperature sensor that can measure temperatures between -40 C and 85 C. The NVX-1072-2 is housed in a compact, anodized aluminum housing, which provides excellent protection against environmental conditions.
The NVX-1074-2, on the other hand, is a tri-axial vibration sensor, designed to measure vibrations along three axes (x, y, and z). It also features a high natural frequency, with a maximum frequency of 5 kHz along each axis. The sensor comes with a built-in temperature sensor and a built-in accelerometer temperature sensor, which can measure temperatures between -40 C and 85 C. The housing for the NVX-1074-2 is also made of anodized aluminum, ensuring durability and protection against harsh environments.
Both sensors come with the MicroStrain NVX series' industry-leading vibration control technology. This technology includes an adaptive filter that can reduce noise and improve measurement accuracy. The sensors can be configured using a simple, intuitive software interface, which allows users to customize settings such as filter type, filter coefficients, and sensor gain.
The sensors also feature a low power consumption design, which can help extend battery life in remote applications. They can be easily connected to data acquisition systems or other sensors using industry-standard connectors such as USB, RS-232, or CAN.
In summary, the Lord Microstrain NVX-1072-2 and NVX-1074-2 vibration sensors are high-performing, versatile sensors suitable for various industrial applications. They feature a small size, lightweight design, robust construction, and industry-leading vibration control technology. The single-axis NVX-1072-2 is ideal for measuring high-frequency vibrations along a single axis, while the tri-axial NVX-1074-2 is perfect for measuring vibrations along three axes. Both sensors come with built-in temperature sensors, easy-to-use software interfaces, and low power consumption designs.
The Lord Microstrain NVX series, specifically the NVX-1072-2 and NVX-1074-2 models, are high-performance, miniature, triaxial vibration sensors designed for harsh environments. These sensors offer several advantages and disadvantages when considering a purchase.
Advantages:1. High Sensitivity: The NVX sensors have a high sensitivity range, making them suitable for measuring low-level vibrations. This feature is beneficial for applications in industries such as aerospace, automotive, and construction.
2. Rugged Design: The sensors are designed to withstand harsh environments, making them suitable for use in extreme temperatures, high shock, and high vibration conditions.
3. Low Power Consumption: The sensors have a low power consumption, allowing for extended battery life or reduced power requirements in applications where power is limited.
4. Wide Dynamic Range: The NVX sensors have a wide dynamic range, allowing them to measure both low-level and high-level vibrations in the same measurement.
5. Easy to Integrate: The sensors come with a variety of output options, including analog, serial, and I2C, making it easy to integrate them into various systems and applications.
Disadvantages:1. Cost: The NVX sensors are more expensive compared to other vibration sensors in the market, making them a less cost-effective option for some applications.
2. Complex Setup: The sensors may require a more complex setup process compared to other sensors, which could result in additional time and resources required for installation.
3. Limited Frequency Response: The sensors have a limited frequency response, making them less suitable for measuring high-frequency vibrations.
4. Requires Calibration: The sensors require regular calibration to ensure accurate measurements, which could add to the overall cost and maintenance requirements.
5. Limited Temperature Range: The sensors have a limited temperature range, making them less suitable for use in extreme temperature environments.
In conclusion, the Lord Microstrain NVX-1072-2 and NVX-1074-2 vibration sensors offer several advantages, including high sensitivity, rugged design, low power consumption, wide dynamic range, and easy integration. However, they also come with some disadvantages, such as cost, complex setup, limited frequency response, require calibration, and have a limited temperature range.
Based on the advantages and disadvantages, these sensors are recommended for applications in harsh environments where high sensitivity, rugged design, and low power consumption are essential. They are suitable for industries such as aerospace, automotive, and construction, where precise and reliable vibration measurements are required. However, for applications where cost is a significant factor or where high-frequency vibrations need to be measured, alternative sensors may be more suitable.
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