The housing and transducer of this ultrasonic sensor form a sealed unit. Therefore, the sensor is suitable for all applications requiring extremely high sealing. Since the sensor housing is made exclusively of V4A stainless steel, and all seals are made of highly chemically resistant materials, this sensor is also suitable for use in chemically aggressive environments.
Ultrasonic sensors
The Pepperl Fuchs UC4000-L2-U-V15 ultrasonic sensor detects objects made of various materials and continuously measures distance. Measurements can range up to 4 meters. This model features an analog 0-10 V voltage output signal. A distinctive feature is the adjustable sensor head.
The Pepperl+Fuchs UC2000-L2M-E5-V15 ultrasonic distance sensor features a compact rectangular housing for a range of up to 2000 mm and a discrete PNP NO/NC output. Connection is via a 5-pin M12 connector. The ultrasonic sensor can be configured using buttons on the housing or via software. A unique feature of this sensor is its rectangular housing, which allows the sensor to be rotated in several directions.
The Pepperl Fuchs UB300-18GM40A-E4-V1 ultrasonic sensor is widely used for detecting objects made of various materials with colored, transparent, and shiny surfaces. It provides excellent accuracy and high resolution over a detection range of up to 300 mm. A key feature of this model is its compact size.
The Pepperl Fuchs UC2000-L2-I-V15 ultrasonic sensor detects objects made of various materials and continuously measures distance. Measurements can range up to 2 m. This model features an analog 4-20 mA current output signal. A distinctive feature is the adjustable sensor head.
The Pepperl+Fuchs UB120-12GM-E5-V1 ultrasonic distance sensor offers a range of up to 120 mm and a discrete PNP NO/NC output signal in a compact M12 housing. The UB120-12GM-E5-V1 is configured using a teach input or the UB-PROG2 adapter.
The Pepperl Fuchs UB1000-18GM75-E5-V15 ultrasonic sensor is widely used for detecting objects made of various materials with colored, transparent, and shiny surfaces. It provides excellent accuracy and high resolution over a detection range of up to 1000 mm. A key feature of this model is automatic sensor synchronization.
Bulletin 873E RightSound™ Ultrasonic Clear Object Sensors are opposite-mode sensors consisting of an emitter and a receiver. The receiver is microprocessor-based and provides increased temperature stability and noise immunity. The emitter's volume control adjusts the volume based on detection distance and other application parameters.
The Bulletin 873M general-purpose ultrasonic sensor is designed to detect solid or liquid targets using sound waves. These compact sensors offer increased flexibility in space-constrained environments and are ideal for standard packaging and assembly. They are ideal for detecting objects difficult for photoelectric sensors, including transparent, shiny, or non-reflective objects.
Our Bulletin 873P ultrasonic sensors with analog or discrete outputs support IO-Link and are ideal for applications that may be challenging for other detection technologies, such as detecting transparent, shiny, or non-reflective objects. These sensors offer a wider operating voltage range and simplified push-button configuration.
The Bulletin 873C non-contact ultrasonic sensor can detect solid and liquid targets from up to 1 m (3.3 ft). We offer two versions of this sensor: a background suppression unit with an analog voltage output or a standard diffuse mode with a digital output.
Ultrasonic sensor
An ultrasonic sensor is a device that delivers reliable and accurate measurements across a variety of industries. Ultrasonic sensors are used to measure distances and liquid levels, as well as in medical and industrial applications where high-quality data is required. Power Technology Solutions offers high-quality sensors with fast delivery.
Operating principle
Ultrasonic sensors work by reflecting sound waves, which are inaudible to the human ear. They generate an ultrasonic pulse and then measure the time it takes for it to reflect off an object. The delay time and frequency of the wave are used to determine the distance to the object with high accuracy.
Advantages of ultrasonic sensors
- High measurement accuracy. Provides precise distance and liquid level measurements, even in variable environments.
- Durability and reliability. Due to the lack of contact with the measured object, they have a long service life and minimal wear.
- They have a wide range of applications. They are used in the automotive industry for parking systems, in medicine for measuring distances and blood flow, and in various industries for monitoring liquid and material levels.
Technological innovations
As technology advances, ultrasonic sensors are becoming more compact and energy-efficient, expanding their capabilities and improving measurement accuracy. The use of cutting-edge materials and data processing algorithms allows them to operate in high humidity and extreme temperatures.
Ultrasonic sensors play a key role in modern measurement technologies due to their accuracy, reliability, and wide range of applications. Their development and integration into various industries continues to open up new opportunities for improving manufacturing processes, medical diagnostics, and everyday comfort.
Why choose us?
Power Technology Solutions partners with leading, trusted manufacturers of components and equipment for industrial applications. We supply products that meet international quality standards. If you need ultrasonic sensors, you've come to the right place. Thanks to our official distributorship, we offer competitive prices and fast delivery times.
For detailed information and product selection, please contact our specialists.