As a high-performance magnetoelectric speed sensor, the speed probe QBJ-CS-1 has been widely used due to its strong anti-interference and high-precision measurement performance.

The speed probe QBJ-CS-1 adopts the magnetoelectric working principle, with strong signal and wide range, which can adapt to various speed measurement needs. Whether it is common parts such as gears, crankshafts, spokes, or rotating bodies with notches on the surface, QBJ-CS-1 can perform accurate measurements. This wide applicability makes QBJ-CS-1 an indispensable measurement tool in industrial production.

The working principle of the magnetoelectric speed sensor is based on magnetoelectric induction, so no external power supply is required during operation, and measurement is achieved entirely by magnetoelectric induction. This not only reduces the cost of use, but also improves the reliability of the equipment. At the same time, since no mechanical action and lubrication are required, the speed probe of QBJ-CS-1 is also simpler in maintenance, greatly reducing maintenance costs and downtime.

The speed probe QBJ-CS-1 has a compact structure, small size, and is very convenient to install and use. It can be used with various secondary instruments, such as PLC, DCS and other control systems to realize automatic data collection and processing. This flexible matching capability enables QBJ-CS-1 to meet the personalized needs of different users.

In terms of anti-interference, the QBJ-CS-1 speed probe performs well. Due to the magnetoelectric working mode, it has strong resistance to external electromagnetic interference, temperature changes, vibration and other influences. Even in harsh industrial environments, QBJ-CS-1 can maintain stable measurement performance and provide users with accurate speed data.

In addition, the speed probe QBJ-CS-1 fully considers the actual use needs of users during the design and manufacturing process. Its durability and reliability have been strictly tested to ensure long-term stable operation. At the same time, the speed probe of QBJ-CS-1 also performs well in response speed and sensitivity, and can reflect the speed changes of the measured object in real time.

In summary, the speed probe QBJ-CS-1 has become the preferred product in the field of industrial speed measurement with its high anti-interference, high-precision measurement performance, compact structure and easy installation. It can not only help users improve production efficiency and product quality, but also play an important role in reducing costs and improving equipment reliability. With the continuous improvement of industrial automation level, the application prospect of QBJ-CS-1 speed probe will be broader in the future.