超声波传感器系列

距离传感器
料位检测、液位检测、AGV 避障等。.

能量传感器
单张和双张纸检测、边缘检测和校正、物体材料检测等。.

接近开关
检测不同颜色物体的存在等。.
超声波距离传感器
Our industrial ultrasonic sensors and ultrasonic distance sensors achieve non-contact distance and displacement detection by measuring the time of flight of ultrasonic echoes. They are insensitive to the color, material, surface reflectivity, and transparency of the target object. These sensors are particularly suitable for tank level monitoring (including liquid surfaces, slurries, powders, and granular materials), warehouse and stacking height management, access control and barrier position control, as well as obstacle avoidance, deceleration, and docking for AGVs/AMRs, functioning perfectly as an ultrasonic sensor for robot applications.
This subcategory includes various models for liquid level measurement, acting as a reliable ultrasonic level sensor or ultrasonic water level sensor. They offer a versatile ultrasonic sensor range of approximately 0.5–6 m (multiple specifications available). The sensors feature a small blind zone, millimeter-level resolution (ideal when you need a high resolution ultrasonic sensor), and good repeatability. Both narrow and wide sound beams are available to accommodate long range distance sensor needs and short-distance obstacle avoidance, enabling reliable obstacle detection using ultrasonic sensing.
ISSR high accuracy ultrasonic sensor models incorporate built-in temperature compensation and adaptive gain/filtering, and support window detection, background suppression, and crosstalk immunity. Stable distance measuring sensor output is maintained even when multiple units operate simultaneously at close range. A variety of interfaces are available, including 4–20 mA / 0–10 V analog outputs (functioning as an ultrasonic level transmitter), PNP/NPN switching outputs, and digital outputs (such as TTL232), as well as a detection range learning function.
Featuring a compact housing with high protection and contamination resistance (e.g., optional IP67/IP68), they serve excellently as a waterproof ultrasonic sensor or water resistant ultrasonic sensor. Certain models are also available with chemically resistant surfaces, making them suitable for outdoor and corrosive environments, and can even be adapted as an underwater ultrasonic sensor in specific enclosures.
Overall, this product series offers broad ultrasonic sensor applications, helping users quickly build stable and traceable non-contact distance sensor and level measurement solutions under a wide range of operating conditions.
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ISSR 0.15M 400kHz 超高精度短形超声波距离传感器
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ISSR 1M 200kHz 直角 90 度弯曲全集成超声波距离传感器
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ISSR 1M 200kHz 方形可调探测方向带同步功能的超声波距离传感器
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ISSR 1M 58khz 超声波距离传感器,用于机器人和智能垃圾箱
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ISSR 3M 多功能超声波物位传感器 | 模拟/开关/数字
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ISSR 4M 多功能超声波物位距离传感器开关/模拟/数字输出
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ISSR 500mm 高精度短距离超声波距离传感器|200kHz
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ISSR 6M 超声波物位传感器|模拟/开关/数字多路输出
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ISSR 一体式 500MM 超声波传感器:开关、模拟和数据输出
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ISSR 多功能超声波传感器:1 米范围物位和物体检测
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ISSR 全集成式 2M 超声波液位传感器
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ISUB1000-17GKW29: 1M 58kHz 超声波 AGV 避障传感器
超声波能量传感器
超声波能量传感器通过监测声波能量传输和衰减的变化(而不是依靠光学对比度)来可靠地识别材料层、边缘位置和材料类型。它们不受印刷颜色、图案、光泽度和透明度的影响。.
它们广泛应用于印刷和包装生产线、金属/纸张进给保护和卷对卷加工,响应迅速,支持高速卷对卷传送和稳定的质量控制。该子类包括:双张纸检测传感器(防止同时送入两张纸)、用于辊子导向和错位控制的边缘检测/校正传感器,以及用于区分或确认薄膜、纸张、箔、无纺布和复合材料等介质的材料检测传感器。.
许多型号都支持简单的学习设置、自动温度/漂移补偿、与 PLC 的无缝集成以及可追溯的过程监控。紧凑的穿透式或反射式外形、对准辅助装置和坚固的外壳进一步简化了机器改装和长期易维护操作。.
超声波接近开关
超声波接近开关传感器提供非接触式存在和位置检测,在各种目标和环境中都能保持稳定。它们在以下应用中表现出色:传送带上的零件计数、装配工位的位置确认、料仓和料斗中的低/满库存指示以及门或挡板上的开/关状态反馈。由于它们依靠的是声反射而不是光学对比,因此对目标材料、颜色、表面光洁度或透明度基本不敏感,在玻璃、薄膜、抛光金属和其他复杂表面上的表现通常优于传统光电传感器。作为专为存在检测而设计的一个子类别,这些设备提供可调节的检测距离范围学习功能,可根据具体应用进行快速设置,从而提高现场适应性和生产线可靠性。.
Comprehensive Guide to Ultrasonic Sensing Technology
If you are exploring automation solutions, you might ask: what is an ultrasonic sensor, and exactly what does an ultrasonic sensor do? In simple terms, it emits high-frequency sound waves and measures the echo return time. Because it relies on sound, this technology is highly immune to target color or transparency.
For engineers wondering “what is a ultrasonic sensor used for?”, the core advantages of ultrasonic sensor technology lie in its versatility.
Distance & Proximity Measurement
When used as a distance sensing sensor, the device excels in determining exact positions. By calculating the ultrasonic sensor distance measurement (or ultrasonic transducer distance measurement), systems achieve high-precision control. We offer various distance sensor types. Standard distance sensors offer reliable short-range detection, but if you need a wider reach, a long range ultrasonic sensor (or ultrasonic sensor high distance model) is ideal. The proximity sensor distance and sensing distance of proximity sensor are fully adjustable, making an ultrasonic sensor robot integration crucial for safe AGV navigation.
Liquid Level & Tank Monitoring
Beyond acting as a standard proximity device, these sensors are widely utilized as an acoustic level sensor, an ultrasonic level transducer, or a level ultrasonic sensor.
For liquid applications, an ultrasonic liquid level sensor acts as a robust level transmitter. An ultrasonic level transmitter (also known as a liquid level transmitter or level transmitter ultrasonic) provides continuous monitoring. Implementing an ultrasonic tank level sensor is the foundation of any reliable tank level monitoring system. Our continuous level transmitter lines integrate seamlessly into remote tank level monitoring and IoT tank level monitoring setups. Whether you are building a water tank level monitor, a comprehensive water tank level monitoring system, or performing general tank level monitoring, our ultrasonic level transmitters and tank level sensor ultrasonic models deliver consistent data.
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常见问题
超声波传感器是一种利用高频声波(通常在 20kHz 以上)实现非接触式探测和测距的智能传感器。它通过内部压电换能器将电信号转换成声脉冲,并接收反射的回波信号,根据声波的飞行时间(ToF)精确计算与目标的距离。利用这一原理,超声波传感器可在空气、液体甚至某些固体介质中进行稳定可靠的测量。.
与激光、红外线、视觉和微波等传感技术相比,超声波传感器在环境适应性和多功能性方面具有独特的优势。它们不依赖光线,因此不受目标物体表面颜色、反射率或透明度的影响;;
即使在强光、黑暗、烟雾、灰尘和高湿度等复杂环境下,它们也能保持良好的测量精度。.
与激光传感器相比,超声波传感器成本更低、结构更简单、维护更方便;与红外传感器相比,超声波传感器更稳定、探测范围更广;与视觉传感系统相比,超声波传感器不需要图像处理算法、抗干扰能力更强、响应速度更快;与微波雷达相比,超声波传感器在中短程探测方面分辨率更高、能耗更低。.
因此,超声波传感器被广泛应用于工业自动化、液位和料位测量与控制、机器人避障、智能交通和智能家居等领域,成为兼顾精度、稳定性和经济性的高性价比测距解决方案。.
超声波传感器通过发射高频声波(通常高于 20kHz)并测量声波从物体反射回来所需的时间来测量距离。内部的压电换能器将电信号转换为超声波脉冲,然后在接收到反射回波时再将其转换为电信号。通过计算飞行时间(ToF,即发射和接收之间的时间差),可以准确计算出传感器与目标物体之间的距离。.
由于超声波传感器使用的是声波而非光波,因此不受物体颜色、表面材料或照明条件的影响。即使在多尘、黑暗、潮湿或光线复杂的环境中,它们也能保持稳定可靠的测量性能。.
超声波传感器可广泛应用于各种需要非接触式测距和检测的场合。典型应用包括
- 测距:精确测量目标物体的距离;;
- 液位/料位检测:用于监测和控制储罐、料仓或管道中液体、粉末或固体材料的高度;;
- 避障和防撞:应用于机器人、AGV、手推车和无人设备等智能系统中的自动避障功能;;
- 物体检测:识别生产线或传送带上是否存在物体;;
- 双张纸检测:检测印刷、包装和标签流程中的双张纸或重叠纸张;;
- 边缘检测和校正:用于监测和校正卷筒、薄膜和纸张等连续材料的边缘位置;;
- 辊子直径控制:在收卷、放卷和复卷等过程中实时检测辊子直径的变化,以实现恒定的张力控制;;
- 材料检测:区分不同材料的表面特征,如硬度、吸音或反射率的差异。.
超声波传感器对环境光、灰尘和表面颜色不敏感,因此在工业自动化、物流检测、智能设备、包装和印刷以及安防系统等领域具有稳定可靠的性能优势。.

















