AZ8906对照超声波，测厚仪
AZ8906超声波测厚仪产品介绍
一、产品概述
AZ8906超声波测厚仪是一种基于超声波原理设计的高精度厚度测量工具。它能够快速、准确地测量各种材料的厚度，广泛应用于金属加工、管道检测、机械制造、汽车维修、航空航天、船舶制造、化工设备检测等领域。通过发射高频超声波脉冲并接收反射信号，该仪器可以精确计算出材料的厚度，为工业生产和设备维护提供可靠的数据支持。
二、产品特点
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高精度测量：采用先进的超声波技术，确保测量结果的高精度和高重复性。其测量精度可达毫米级别，能够满足大多数工业应用的严格要求。
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操作简便：仪器配备直观的用户界面和简洁的操作流程，即使是初学者也能快速上手。通过简单的按键操作，用户可以轻松设置测量模式、选择测量单位，并查看测量结果。
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多种测量模式：AZ8906具备多种测量模式，包括普通测量模式和最小值捕捉模式。普通测量模式适用于常规厚度测量，而最小值捕捉模式则能够自动记录测量过程中的最小厚度值，特别适合检测材料的局部磨损或腐蚀情况。
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自动识别材料声速：仪器内置多种常见材料的声速参数，能够自动识别并匹配所测材料的声速，从而提高测量的准确性和可靠性。用户也可以根据需要手动输入特定材料的声速值，以满足特殊测量需求。
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数据存储与传输：AZ8906具有大容量数据存储功能，能够存储大量的测量数据，方便用户随时查看和对比历史数据。此外，仪器还支持数据传输功能，用户可以通过数据线将测量数据导出至计算机或其他设备，便于进行数据分析和报告生成。
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耐用设计：采用坚固耐用的外壳设计，能够承受工业环境中的各种恶劣条件，如灰尘、潮湿、震动等。同时，仪器还具备良好的抗干扰能力，确保在复杂的工作环境中也能稳定运行。
三、技术参数
四、应用领域
AZ8906超声波测厚仪适用于多种材料和行业的厚度测量需求。在金属加工领域，可用于测量钢板、铝板等金属板材的厚度，确保产品质量符合标准；在管道检测中，能够快速检测管道壁厚，及时发现管道的腐蚀或磨损情况，保障管道的安全运行；在机械制造行业，可用于测量机械零部件的厚度，确保加工精度；在汽车维修领域，可用于检测汽车车身钢板、发动机缸体等部件的厚度，为维修和更换提供依据；在航空航天和船舶制造领域，其高精度测量能力能够满足对关键部件厚度检测的严格要求；在化工设备检测中，可用于测量化工容器、管道等设备的壁厚，防止因腐蚀导致的安全事故。
五、使用注意事项
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在使用前，请仔细阅读仪器的使用说明书，了解仪器的操作方法和注意事项。
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确保探头与被测表面接触良好，表面应清洁、平整，无油污、锈蚀等杂质，以保证测量的准确性。
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避免在高温、强磁场或强电磁干扰的环境中使用仪器，以免影响测量结果。
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使用过程中，注意保护仪器，避免跌落或碰撞，以免损坏仪器。
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定期对仪器进行维护和校准，确保仪器的测量精度和性能稳定。
产品 Introduction of AZ8906 Ultrasonic Thickness Gauge
I. Product Overview
The AZ8906 Ultrasonic Thickness Gauge is a high - precision thickness - measuring instrument designed based on ultrasonic principles. It can quickly and accurately measure the thickness of various materials and is widely used in metal processing, pipeline inspection, machinery manufacturing, automotive repair, aerospace, shipbuilding, chemical equipment inspection, and other fields. By emitting high - frequency ultrasonic pulses and receiving reflected signals, the instrument can accurately calculate the thickness of the material, providing reliable data support for industrial production and equipment maintenance.
II. Product Features
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High - Precision Measurement: With advanced ultrasonic technology, the AZ8906 ensures high - precision and high - repeatability measurement results. Its measurement accuracy can reach the millimeter level, meeting the stringent requirements of most industrial applications.
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Easy - to - Use Interface: The instrument is equipped with an intuitive user interface and a simple operating procedure. Even beginners can quickly get started. With simple button operations, users can easily set the measurement mode, select the measurement unit, and view the measurement results.
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Multiple Measurement Modes: The AZ8906 offers several measurement modes, including normal measurement mode and minimum value capture mode. The normal measurement mode is suitable for routine thickness measurement, while the minimum value capture mode can automatically record the minimum thickness value during the measurement process. This is particularly useful for detecting local wear or corrosion of materials.
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Automatic Material Sound Speed Recognition: The instrument has built - in sound speed parameters for a variety of common materials and can automatically recognize and match the sound speed of the measured material to improve measurement accuracy and reliability. Users can also manually enter the sound speed value of specific materials to meet special measurement needs.
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Data Storage and Transfer: The AZ8906 has a large - capacity data storage function, capable of storing a large number of measurement data for users to view and compare historical data at any time. In addition, the instrument supports data transfer functions. Users can export measurement data to computers or other devices via a data cable for data analysis and report generation.
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Durable Design: The instrument features a robust and durable housing design, capable of withstanding various harsh conditions in industrial environments, such as dust, humidity, and vibration. It also has good anti - interference capabilities to ensure stable operation in complex working environments.
III. Technical Parameters
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Measurement Range: 0.65mm - 500mm (varies depending on the material and probe type)
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Measurement Accuracy: ±0.05mm (under standard conditions)
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Display Resolution: 0.01mm
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Measurement Units: Millimeters (mm) / Inches (in) switchable
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Sound Speed Range: 1000 - 9999m/s
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Storage Capacity: Up to 1000 measurement data entries
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Power Supply: Built - in rechargeable lithium battery for several hours of continuous use
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Operating Temperature: -10℃ - 50℃
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Dimensions: 140mm × 70mm × 30mm
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Weight: Approximately 200g
IV. Application Fields
The AZ8906 Ultrasonic Thickness Gauge is suitable for thickness measurement needs in various materials and industries. In the metal processing field, it can be used to measure the thickness of metal sheets such as steel plates and aluminum plates to ensure product quality meets standards. In pipeline inspection, it can quickly measure the thickness of pipeline walls to detect corrosion or wear in a timely manner and ensure the safe operation of pipelines. In the machinery manufacturing industry, it can be used to measure the thickness of mechanical parts to ensure machining accuracy. In the automotive repair field, it can be used to measure the thickness of automotive body panels and engine blocks to provide a basis for repairs and replacements. In the aerospace and shipbuilding fields, its high - precision measurement capabilities meet the strict requirements for thickness inspection of key components. In chemical equipment inspection, it can be used to measure the thickness of chemical containers, pipelines, and other equipment to prevent safety accidents caused by corrosion.
V. Usage Precautions
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Before use, carefully read the instrument s user manual to understand the operating methods and precautions.
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Ensure good contact between the probe and the surface to be measured. The surface should be clean and smooth, free of oil, rust, and other impurities to ensure accurate measurement.
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Avoid using the instrument in high - temperature, strong - magnetic - field, or strong - electromagnetic - interference environments to prevent affecting the measurement results.
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During use, protect the instrument from falling or collision to prevent damage.
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Regularly maintain and calibrate the instrument to ensure its measurement accuracy and stable performance.
AZ8906对照超声波，测厚仪
L-300
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