5601 型接触 / 非接触转速表产品介绍

5601 型转速表是一款性能卓越的测量仪器，可实现接触式与非接触式两种测量方式，满足不同场景下的转速测量需求。在接触式测量中，其通过与被测物体的稳定接触，精准获取转速数据，适用于各类旋转机械的直接测量，如电机、泵等设备，测量过程稳定可靠，数据准确无误。非接触式测量则利用先进的光学或电磁感应技术，无需与被测物体直接接触，即可快速准确地测量转速，特别适合于高速旋转物体或难以直接接触的设备测量，如高速风机、旋转轴等，有效避免了接触式测量可能带来的磨损和干扰。

该转速表操作简便，配备直观的显示屏，可实时显示转速数值，单位可自由切换，方便用户根据实际需求进行查看。其测量范围广泛，能够满足多种工业设备的转速测量要求，无论是低速运转的机械还是高速旋转的装置，都能精准测量，为设备的运行监控和维护提供有力支持。此外，该转速表还具备数据存储功能，可记录测量数据，方便用户后续分析和追溯，为设备的长期管理和优化提供数据依据。

The 5601 tachometer is a high - performance measuring instrument that can be used for both contact and non - contact measurement, meeting the needs of different scenarios for speed measurement. In contact measurement, it obtains accurate speed data through stable contact with the object being measured. It is suitable for direct measurement of various rotating machinery, such as motors and pumps. The measurement process is stable and reliable, and the data is accurate. Non - contact measurement uses advanced optical or electromagnetic induction technology. Without direct contact with the object being measured, it can quickly and accurately measure the speed. It is especially suitable for measuring high - speed rotating objects or devices that are difficult to contact directly, such as high - speed fans and rotating shafts. It effectively avoids the wear and interference that may be caused by contact measurement.

The tachometer is easy to operate, equipped with an intuitive display that can show the speed value in real - time. The unit can be freely switched to meet the viewing needs of users. It has a wide measurement range that can meet the speed measurement requirements of various industrial equipment. Whether it is a low - speed rotating machine or a high - speed rotating device, it can be accurately measured. It provides strong support for the operation monitoring and maintenance of equipment. In addition, the tachometer also has a data storage function, which can record the measurement data for users to analyze and trace later. It provides a data basis for the long - term management and optimization of equipment.