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Parts by Number for Ultrasonic Sensor Circuit Top

Part # Distributor Manufacturer Product Category Description
7420827 RS Components, Ltd. Telemecanique Ultrasonic Proximity Sensors Body Style:Barrel; Output Type:PNP; Detection Range:0.051 to 0.991 m; Reverse Polarity Protection:Yes; Thread Size:M30 x 1.5; Short Circuit Overload Protection:Yes; Switching Frequency:<=10 Hz; Transducer Frequency:200kHz; Terminal Type:M12 Connector; Switching Current:100 mA
6122106 RS Components, Ltd. Telemecanique Ultrasonic Proximity Sensors Body Style:Barrel; Output Type:PNP; Detection Range:0.051 to 0.991 m; Reverse Polarity Protection:Yes; Thread Size:M30 x 1.5; Short Circuit Overload Protection:Yes; Switching Frequency:<=10 Hz; Transducer Frequency:200kHz; Terminal Type:4-Pin M12 Connector; Switching Current:100 mA
3995103 RS Components, Ltd. Pepperl & Fuchs Ultrasonic Proximity Sensors Body Style:Barrel; Output Type:PNP; Detection Range:30 to 500 mm; Thread Size:M18 x 1; Short Circuit Overload Protection:Yes; Switching Frequency:8 Hz; Transducer Frequency:380kHz; Terminal Type:5-Pin M12 Connector; Switching Current:200 mA; Maximum DC Voltage:30V
3995119 RS Components, Ltd. Pepperl & Fuchs Ultrasonic Proximity Sensors Body Style:Barrel; Output Type:NPN; Detection Range:30 to 500 mm; Thread Size:M18 x 1; Short Circuit Overload Protection:Yes; Switching Frequency:8 Hz; Transducer Frequency:380kHz; Terminal Type:5-Pin M12 Connector; Switching Current:200 mA; Maximum DC Voltage:30V
5103665 RS Components, Ltd. Pepperl & Fuchs Ultrasonic Proximity Sensors Body Style:Block; Output Type:PNP; Detection Range:30 to 500 mm; Short Circuit Overload Protection:Yes; Switching Frequency:10 Hz; Transducer Frequency:380kHz; Terminal Type:5-Pin M12 Connector; Switching Current:200 mA; Maximum DC Voltage:30V; Supply Voltage:10 to 30 V dc
0218917 RS Components, Ltd. Erwin Sick Ultrasonic Proximity Sensors Body Style:Block; Output Type:NPN; Detection Range:55 to 250 mm; Reverse Polarity Protection:Yes; Short Circuit Overload Protection:Yes; Switching Frequency:25 Hz; Transducer Frequency:500kHz; Terminal Type:4-Pin M12 Connector; Switching Current:500 mA; Maximum DC Voltage:30V
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Conduct Research Top

  • Safety First with Ultrasonic Sensors (.pdf)
    . occurs or before they produce an arc flash. when the cabinet is opened. Because these. phenomena are characterized by airborne and. structure-borne ultrasonic emissions, they can. be detected by ultrasonic sensors. The instru-. ments have a sensing range of 20-100 kHz, and. use heterodyning
  • Ultrasonic Air Temperature Sensing for Automatic Climate Control - Vehicle Test (.pdf)
    An ultrasonic air temperature sensor, intended to help improve automatic climate control (ACC), has been demonstrated in a vehicle. Ideally, ACC should be based on inputs correlated with thermal comfort. Current ACC systems do not measure the air temperature best correlated to thermal comfort
  • A Compact Ultrasonic Transducer using the Active Piezoceramic Material as an Electronic Carrier (.pdf)
    are made from the driver stage to the crystal using wire bond technology. johansson.dvi A Compact Ultrasonic Transducer using the Active Piezoceramic Material. as Electronics Carrier. Jonny Johansson, Jerker Delsing. EISLAB, Lule°a Univ. of Tech. S-97455 Lule°a, Sweden. jonny.johansson@sm.luth.se
  • Sensors 101: Baumer Electric Basics
    ." And that, as simple as. it sounds, is proximity sensing in a nutshell. The major technologies in proximity sensing are inductive,. capacitive, photoelectric and ultrasonic. Each has unique. operating principles and capabilities while each are. particularly suited to certain applications
  • Magnetostrictive Level Sensors by David Nyce and Adrian Totten
    . Interface. Magnetostriction. high. low. Yes high. Radar. high. medium. No. high. Ultrasonic. Medium. medium. No. medium. Capacitance. Medium. medium. No. low. TDR. Medium. medium. Yes. medium. Diff Pressure. medium. medium. No. medium. a) Lower non-linearity is better, and means the difference
  • Understanding Factor 1 sensors: When and where to use
    or profile measurement, such as quality inspection. The UNDK 10 ultrasonic sensor is also one of the smallest sensors of its kind: A very narrow sonic beam angle allows for liquid level measurements -- even in containers with small openings -- to a measuring distance of 200 mm. Contact: Baumer Ltd. * (800
  • Handling and Load Precautions when using Reed Switches in various Sensor and Relay Applications (.pdf)
    -. mon. Using Ultrasonics. Figure #45. Dropping the Reed Switch on a hard surface can. Another approach to making a connection to a Reed induce several 100 Gs to the contacts many times altering the. Switch is ultrasonic welding. Reed Switch Sensors and switch characteristics. Reed Relays may also
  • Field-Effect Sensors for Fluid Detection Applications (.pdf)
    sensing technology is ideally suited for sump, lift station, underground vault, wet well and storm water fluid level management applications. Field-Effect Sensors for Fluid Detection Applications FiEld-EFFEct SEnSoRS FoR Fluid dEtEction ApplicAtionS. Executive Summary. ultrasonic, and optical

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