-
Available Now! Available Now!Pepperl+Fuchs
097972
Ultrasonic Sensor, 30mm, 240mm to 4m Adjustable Range, Single Switch Point Output, PNP
$392.43$392.43 -
Available Now! Available Now!Pepperl+Fuchs
205336
Ultrasonic Sensor, 18mm, Analog Output, 50-800mm Adjustable Range, Straight Head, Analog Voltage
$295.83$295.83 -
$517.00$517.00
-
Baumer
UNAM 12I9912/S14
Ultrasonic Distance Measuring Sensor, 15-30VDC, 60-400mm Scanning Range Sd, External Teach-in, Current Output, M12 Connector, Ø12 x 70mm, Cylindrical Threaded, Brass Nickel Plated Housing, -10 to +60°C, IP67
$649.00$649.00 -
Baumer
UNAM 12I9914/S14
Ultrasonic Distance Measuring Sensor, 15-30VDC, 20-200mm Scanning Range Sd, External Teach-in, Current Output, M12 Connector, 12 x 70mm, Cylindrical Threaded, Brass Nickel Plated Housing, -10 to +60°C, IP67
$649.00$649.00 -
Baumer
UNAM 12N1912/S14
Ultrasonic Proximity Sensor, 40-400mm Scanning Range Sd, External Teach-in, NPN, NO, M12 Connector, 12 x 70mm, Cylindrical Threaded, Brass Nickel Plated Housing, -10 to +60°C, IP67
$619.00$619.00 -
Baumer
UNAM 12N1914/S14
Ultrasonic Proximity Sensor, 12-30VDC, 10-200mm Scanning Range Sd, External Teach-in, NPN, NO, M12 Connector, 12 x 70mm, Cylindrical Threaded, Brass Nickel Plated Housing, -10 to +60°C, IP67
$619.00$619.00 -
Baumer
UNAM 12N1914/S14D
Ultrasonic Proximity Sensor, 12-30VDC, 5-70mm Scanning Range Sd, External Teach-in, NPN, NO, M12 Connector, Ø12 x 100mm, Cylindrical Threaded, Brass Nickel Plated Housing, -10 to +60°C, IP67
$619.00$619.00 -
Baumer
UNAM 12N3912/S14
Ultrasonic Proximity Sensor, 12-30VDC, 40-400mm Scanning Range Sd, External Teach-in, NPN, NC, M12 Connector, Ø12 x 70mm, Cylindrical Threaded, Brass Nickel Plated Housing, -10 to +60°C, IP67
$619.00$619.00 -
Baumer
UNAM 12N3914/S14
Ultrasonic Proximity Sensor, 12-30VDC, 10-200mm Scanning Range Sd, External Teach-in, NPN, NC, M12 Connector, Ø12 x 70mm, Cylindrical Threaded, Brass Nickel Plated Housing, -10 to +60°C, IP67
$619.00$619.00
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.