With years of experience in production MGU-25 Ultrasonic Correction Sensor, Xiamen Kechuang Electromechanical Technology Co., Ltd can supply a wide range of MGU-25 Ultrasonic Correction Sensor. High quality MGU-25 Ultrasonic Correction Sensor can meet many applications.
MGU-25 Ultrasonic Correction Sensor is a detector that uses ultrasonic wave to detect deviation of correction material and output electrical signals. The detector is not affected by the transparency of the correction material and has simple sensitivity adjustment. It can be widely used in the correction control system of the opposite edge. MGU-25 Ultrasonic Correction Sensor has one analog output, which can be adapted to analog correction. In addition, there are two switch outputs with adjustable precision, which can be adapted to the switch correction controller. It is easy to use and simple to operate.
Ultrasonic web guiding sensors use a non-contact measurement method and will not cause physical damage to the material. They are highly adaptable to the environment, and the propagation of ultrasonic waves in the air is relatively less affected by environmental factors (such as dust, humidity, etc.). Compared with some optical web guiding sensors, they can still work stably in dusty environments or environments with large humidity changes. For example, in dusty industrial environments such as paper mills, ultrasonic web guiding sensors can play an effective role.
Parameters Table
Product Name
MGU-25 Ultrasonic Correction Sensor
Probe frequency
40KHZ
Probe diameter
16MM
Effective detection range
±8MM
Working voltage
DC 10-15V/50MA
Analog output
DC 0-5V (not affected by panel settings)
Switch output
Two open collector outputs (OC/NPN)
Sensitivity setting
Automatic sensitivity calibration/switch output can set deviation correction accuracy
Hot Tags: MGU-25 ultrasonic correction sensor, web guiding equipment, 200kHz frequency, dust-proof design
For inquiries about slitting machine, drying chamber curing chamber, standard curing chamber or price list, please leave your email to us and we will be in touch within 24 hours.
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies.
Privacy Policy