SZMB-9磁电转速传感器 产品介绍（中文）
SZMB-9磁电转速传感器是一款基于电磁感应原理设计的高性能转速检测装置，专为工业旋转设备的速度测量需求开发。该传感器通过非接触式磁电信号转换技术，实现对旋转部件转速的精准监测，适用于多种复杂工况环境下的转速测量任务。
产品采用一体化紧凑型结构设计，主体由耐腐蚀合金外壳封装，内部集成高灵敏度磁电感应元件与信号处理模块，确保在高温、高湿、多粉尘等严苛条件下稳定运行。其工作原理是通过检测齿轮、凸起或凹槽等金属目标的周期性运动，将机械转速转化为连续脉冲信号输出，信号频率与转速呈线性对应关系，便于后续设备进行实时处理与分析。
SZMB-9传感器具备宽量程测量能力，支持低速至高速范围内的转速检测，适配不同齿数的测速齿轮或标记物。安装方式灵活便捷，可通过螺纹固定或支架安装，预留标准接口简化布线流程。产品输出信号稳定可靠，抗电磁干扰能力强，可广泛应用于电力设备、风机、泵机、工程机械、交通设备等领域的转速监控与故障预警系统。
在性能优势方面，该传感器无需外部供电即可实现自发电信号输出，降低了系统能耗与维护成本。同时，其无接触式测量特性避免了机械磨损问题，显著延长了使用寿命。传感器输出波形规整，兼容主流PLC、变频器及数据采集设备，便于系统集成。
SZMB-9 Magnetoelectric Tachometer Sensor Product Introduction (English)
The SZMB-9 Magnetoelectric Tachometer Sensor is a high-performance rotational speed detection device designed based on electromagnetic induction principles, developed to meet the speed measurement requirements of industrial rotating equipment. Utilizing non-contact magnetoelectric signal conversion technology, this sensor achieves precise monitoring of rotational speed for moving components, making it suitable for speed measurement tasks in diverse and challenging operational environments.
Featuring a compact, integrated structure, the sensor is encapsulated in a corrosion-resistant alloy housing with built-in high-sensitivity magnetoelectric sensing elements and signal processing modules. This design ensures stable performance under extreme conditions such as high temperatures, humidity, and dusty surroundings. The sensor operates by detecting the periodic movement of metallic targets (e.g., gears, protrusions, or grooves), converting mechanical rotation into continuous pulse signals. The output signal frequency maintains a linear relationship with rotational speed, enabling seamless real-time data processing and analysis by downstream equipment.
The SZMB-9 sensor offers a wide measurement range, supporting speed detection from low to high rotational velocities, and is compatible with gears or markers of varying tooth counts. Its flexible installation options include threaded fixation or bracket mounting, with standardized interfaces to simplify wiring processes. The sensor delivers stable and reliable output signals with strong anti-electromagnetic interference capabilities, making it ideal for speed monitoring and fault预警 systems in power equipment, fans, pumps, construction machinery, and transportation devices.
Key advantages include self-powered signal output functionality, eliminating the need for external power supply and reducing energy consumption and maintenance costs. The non-contact measurement design prevents mechanical wear, significantly extending service life. The sensor generates standardized waveform outputs compatible with mainstream PLCs, frequency converters, and data acquisition systems, ensuring effortless integration into industrial automation networks.
