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Baumer
UNAM 30N3104
Ultrasonic Proximity Sensor, Standard, 12-30VDC, 200-1500mm Scanning Range Sd, Potentiometer, NPN, NC, 2m Cable, 30 x 70mm, Cylindrical Threaded, Brass Nickel Plated Housing, -25 to +60°C, IP67
$1,052.20$1,052.20 -
Baumer
UNAM 30N3104/S14
Ultrasonic Proximity Sensor, Standard, 12-30VDC, 200-1500mm Scanning Range Sd, Potentiometer, NPN, NC, M12 Connector, 30 x 70mm, Cylindrical Threaded, Brass Nickel Plated Housing, -25 to +60°C, IP67
$1,027.89$1,027.89 -
Baumer
UNAM 30P1104/S14
Ultrasonic Proximity Sensor-Standard, 200...1500 mm Sensing Distance, PNP Make Function (NO), Potentiometer, M12 Connector, IP67
$1,027.89$1,027.89 -
Baumer
UNAM 30P3104/S14
Ultrasonic Proximity Sensor-Standard, 200...1500 mm Sensing Distance, PNP Break Function (NC), Potentiometer, M12 Connector IP67
$1,101.29$1,101.29 -
Baumer
UNAM 30U6103
Ultrasonic Distance Measuring Sensor, 100...1000 mm Range, Output Circuit: Voltage Output, Teach-in, 2 Meter Cable, IP67
$1,076.60$1,076.60 -
$1,099.09$1,099.09 -
Baumer
UNAM 30U9103
Ultrasonic Distance Measuring Sensor, 100...1000 mm Range, Output Circuit: Voltage Output, Potentiometer, 2 Meter Cable, IP67
$1,099.09$1,099.09 -
$1,127.29$1,127.29 -
Baumer
UNAM 50I6121
Ultrasonic Distance Measuring Sensor-Large Sensing Distance 400...2500 mm Range, Output Circuit: Current Output, Teach-in, 2 Meter Cable, IP67
$1,009.09$1,009.09 -
Baumer
UNAM 50I6121/S14
Ultrasonic Distance Measuring Sensor 400...2500 mm Range, Output Circuit: Current Output, Teach-in, M12 Connector, IP67
$1,009.09$1,009.09 -
Baumer
UNAM 50N1721
Ultrasonic Proximity Sensor-Large Sensing Distance 350...2500 mm Range, NPN Make Function (NO), Potentiometer, 2 Meter Cable, IP67
$935.89$935.89 -
Baumer
UNAM 50N1721/S14
Ultrasonic Proximity Sensor-Large Sensing Distance 350...2500 mm Range, NPN Make Connection, Potentiometer, M12 Connector, IP67
$1,009.09$1,009.09
Ultrasonic sensors measure distance using ultrasonic sound waves by sending out a high-frequency sound pulse then timing how long it takes for the echo of the sound to reflect back.
They are ideal for solid and liquid objects and are not affected by color or transparency of objects.