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CD2H-700M122 Integrated laser displacement sensor

CD2H-700M122 Integrated laser displacement sensor

The CD2H-700M122 integrated laser displacement sensor is a non-contact measuring device that utilizes the characteristics of the laser for accurate displacement measurement. It has the characteristics of high precision, high speed and high reliability, and is widely used in various industrial fields, such as machining, intelligent manufacturing, product quality inspection and so on.

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Essential details:CD2H-700M122 Integrated laser displacement sensor

The CD2H-700M122 integrated laser displacement sensor is a non-contact measuring device that utilizes the characteristics of the laser for accurate displacement measurement. It has the characteristics of high precision, high speed and high reliability, and is widely used in various industrial fields, such as machining, intelligent manufacturing, product quality inspection and so on.

The measurement principle of CD2H-700M122 integrated laser displacement sensor is based on laser interference and photoelectric conversion technology, which is projected to the surface of the measured object by laser and reflected back, and then received by the sensor and converted into electrical signals, and the displacement is obtained after processing. Because the laser has the characteristics of high directivity, high monochromaticity and high coherence, the sensor has the advantages of high measurement accuracy, large measurement range and fast response speed.

In addition, the CD2H-700M122 integrated laser displacement sensor also has the following features:

Compact structure: The sensor adopts the integrated design, compact structure, easy installation, can adapt to a variety of different application scenarios.
Easy integration: The sensor provides a standard interface and communication protocol for easy integration and expansion with other devices or systems.
High reliability: The sensor uses high-quality components and materials, and has high reliability and stability after strict quality control and testing.
Easy maintenance: The sensor adopts a modular design, which is convenient for users to disassemble and repair, while providing perfect after-sales service and technical support.
In summary, the CD2H-700M122 integrated laser displacement sensor is a powerful, stable and easy to integrate measurement device for a variety of applications requiring high precision and high speed displacement measurement.

CD2H-700M122

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CD2H-700M122 Integrated laser displacement sensor

Calibrating a laser displacement sensor is an important task to ensure that the sensor is accurate and reliable when measuring. The following are the general steps for calibrating a laser displacement sensor:

Prepare calibration tools and equipment: Prepare necessary tools and equipment, such as standard displacement blocks, measuring scales, and calibration software.
Install the sensor: Install the laser displacement sensor on a stable bracket to ensure that there is no interference between the sensor and the object being measured, and that it can move freely.
Calibration zero point: In the non-displacement state, the zero point of the sensor is calibrated using calibration software to ensure that the initial position of the sensor is accurate.
Calibration range: Using a standard displacement block or measuring ruler, a series of displacement operations are carried out within the measuring range of the sensor, and the measured value of each displacement position is recorded.
Analysis of calibration results: The measured values are compared with standard values, errors are calculated and the performance of the sensor is assessed. If the error is large, the sensor parameters may need to be adjusted or compensated.
Save calibration data: The calibration data is saved in the sensor or calibration software for use in subsequent measurements.
Regular calibration: The laser displacement sensor is calibrated regularly to ensure the stability and accuracy of its performance.
It is important to note that the specific calibration steps may vary by sensor model and manufacturer.