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Ultrasonic proximity sensors
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Ultrasound proximity sensor / with IO-Link interface - ø = 18 mm; IO-Link | pico+
The pico+ ultrasonic sensors by Microsonic are designed with an IO-Link interface. The sensors are a compact series with M18 threaded sleeves, and a housing length...
Ultrasound proximity sensor / with IO-Link interface - ø = 18 mm; IO-Link | pico+
The pico+ ultrasonic sensors by Microsonic are designed with an IO-Link interface. The sensors are a compact series with M18 threaded sleeves, and a housing length...
Ultrasound proximity sensor - ø = 18 mm | lpc
The LPC series is manufactured by Microsonic, and is an ultrasonic sensor that has an extremely narrow beam spread with a working range of...
Ultrasound proximity sensor - ø = 18 mm | lpc
The LPC series is manufactured by Microsonic, and is an ultrasonic sensor that has an extremely narrow beam spread with a working range of 250 mm and a maximum range of 350 mm. The blind zone amounts to a mere 30 mm.
The unit showcases its analog output and 1 pnp switching output in M18 design. It has an automatic synchronization suitable for operation up to ten sensors in close quarters. The unit has analog output of 4 to 20 mA or 0 to 10 V, and consists with microsonic Teach-in on pin 5. It has also has voltage rating of 10 to 30 V.
The unit showcases its analog output and 1 pnp switching output in M18 design. It has an automatic synchronization suitable for operation up to ten sensors in close quarters. The unit has analog output of 4 to 20 mA or 0 to 10 V, and consists with microsonic Teach-in on pin 5. It has also has voltage rating of 10 to 30 V.
Ultrasound proximity sensor / compact - ø = 12 mm, 55 mm | nano
The nano ultrasonic sensor is a M12-threaded sleeve with a miniature housing that measures 55 mm. long (60 mm for the analogue sensor) including plug making it the shortest...
Ultrasound proximity sensor / compact - ø = 12 mm, 55 mm | nano
The nano ultrasonic sensor is a M12-threaded sleeve with a miniature housing that measures 55 mm. long (60 mm for the analogue sensor) including plug making it the shortest M12 ultrasonic sensor device available. It has a 1 pnp- or npn-switching output and an analogue output of 4–20 mA or 0–10. The device can determine 2 ranges that measures 250 mm, 350 mm that are available with an analog or switching output. It also has a micro sonic Teach-in on Pin 2. It can serve as a good replacement to inductive and capacitive sensors which is caused by a short blind zone of 20 mm only. It can work by requiring a great sensing/switching distance with high capability to reproduce.
Ultrasound proximity sensor - dbk+4
The dbk+4 ultrasonic double sheet control is a sensor that can identify if two or more sheets are stuck together. With a 3 control input for...
Ultrasound proximity sensor - dbk+4
The dbk+4 ultrasonic double sheet control is a sensor that can identify if two or more sheets are stuck together. With a 3 control input for...
Ultrasound proximity sensor - dbk+5
The dbk+5 is manufactured by Microsonic. It is an ultrasonic proximity sensor, that is suitable for double-sheet control. It is especially...
Ultrasound proximity sensor - dbk+5
The dbk+5 is manufactured by Microsonic. It is an ultrasonic proximity sensor, that is suitable for double-sheet control. It is especially design for probing corrugated cardboard, as well as plastic plates several mm thick. Features of the dbk+5 include 3 control inputs, such as teach-in, trigger, and external sensitivity settings.
Plus, there is a LinkControl feature that facilitates the user in configuration of sensors from a PC. The ttrigger option is also useful for applications in warehouse flow.
Plus, there is a LinkControl feature that facilitates the user in configuration of sensors from a PC. The ttrigger option is also useful for applications in warehouse flow.
Ultrasound proximity sensor - 0.2 - 6 m | MICROSONAR
It has non contacting sensor and analogue or switching output. It has two measuring ranges form 1 and 6 m. It is completely temperature compensated and has a LED indication. It has two versions, IP67 or IP68...
Ultrasound proximity sensor - 0.2 - 6 m | MICROSONAR
It has non contacting sensor and analogue or switching output. It has two measuring ranges form 1 and 6 m. It is completely temperature compensated and has a LED indication. It has two versions, IP67 or IP68...
Ultrasound proximity sensor - Ultraschallsensor mit Soundpipe
This Sensopart-manufactured apparatus is part of the company's line of typical ultrasonic sensors. This...
Ultrasound proximity sensor - Ultraschallsensor mit Soundpipe
This Sensopart-manufactured apparatus is part of the company's line of typical ultrasonic sensors. This device features a 240-mm scanning distance, a teach-in adjustment mechanism, and an NPN-type switching output configuration. It also showcases a cube-type housing, a plug M8, 4-pin connection, and a protection grade of IP67. It is used for applications that restrict normal optical sensor capabilities.
Ultrasound proximity sensor - 700 mm | UT 20-700 series
The UT 20-700-AIM4 ultrasonic sensor from Sensopart is engineered with...
Ultrasound proximity sensor - 700 mm | UT 20-700 series
The UT 20-700-AIM4 ultrasonic sensor from Sensopart is engineered with a cubic body. The type F 2x unit is fitted with a 4-pin Plug M8 connector. This product is capable of providing services for distances up to 700 mm. Moreover, this product is graded with an IP 67 protection rating.
Ultrasound proximity sensor - max. 800 mm | UT 18 series
The cylindrical housing and type M18 of this product are important advantages, while...
Ultrasound proximity sensor - max. 800 mm | UT 18 series
The cylindrical housing and type M18 of this product are important advantages, while the connection type of this item is type Plug M12, with 4 pins. The protection standard associated with this item is IP65, while customers can use the product for various applications in several industries, enjoying great performance every time.
Ultrasound proximity sensor - UMT 30-1300
Ultrasonic sensors may be a useful alternative when optical sensors come up against their physical limits. This applies, for example, for objects with uneven...
Ultrasound proximity sensor - UMT 30-1300
Ultrasonic sensors may be a useful alternative when optical sensors come up against their physical limits. This applies, for example, for objects with uneven surfaces or under difficult ambient conditions, or with highly transparent media as well as moving,highly reflective liquid surfaces. Typical uses of ultrasonic sensors are therefore checking the presence of highly transparent foils and measuring the filling levels in liquid containers. A major advantage of ultrasonic sensors is the absolutely reliable background suppression resulting from their sound time-of-flight measurement principle.