AC - sensors for speed control
M18 inductive proximity sensor for speed control ISM1-18.71.U1
6...400rpm, Sn=5.0mm, 2-wire, NO, 90-240VAC, 10-300mA, M18х59mm
Shielded type inductive proximity sensor ISM1-18.71.U1 for alternating current, for control of revolutions in the range of 6 to 400 rpm. The sensor has a metal cylindrical housing M18x59mm, with normally open contact. The maximum distance of ...
M18 inductive proximity sensor for speed control ISP1-18.71.U1
6...400rpm, Sn=8.0mm, 2-wire, NO, 90-240VAC, 10-300mA, M18х59mm
Unshielded type inductive proximity sensor ISP1-18.71.U1 for alternating current, for control of revolutions in the range of 6 to 400 rpm. The sensor has a plastic cylindrical housing M18x59mm, with normally open contact. The maximum distance of ...
M30 inductive proximity sensor for speed control ISM1-30.71.U1
6...400rpm, Sn=9.5mm, 2-wire, NO, 90-240VAC, 10-300mA, M30x61mm
Shielded type inductive proximity sensor ISM1-30.71.U1 for alternating current, for control of revolutions in the range of 6 to 400 rpm. The sensor has a metal cylindrical housing M30x61mm, with normally open contact. The maximum distance of ...
M30 inductive proximity sensor for speed control ISP1-30.71.U1
6...400rpm, Sn=14.0mm, 2-wire, NO, 90-240VAC, 10-300mA, M30x61mm
Unshielded type inductive proximity sensor ISP1-30.71.U1 for alternating current, for control of revolutions in the range of 6 to 400 rpm. The sensor has a plastic cylindrical housing M30x61mm, with normally open contact. The maximum distance of ...
| 2-wire inductive proximity sensors and switches for monitoring revolutions for alternating current, AC
These are 2-wire inductive proximity sensors and switches for alternating current which are used for monitoring the minimum revolutions of the shafts and the minimum allowable speed of conveyer belts, elevators and other automated systems. The sensors detect the speed of passage of metal objects to their active area. When reaching a higher than the set speed the output of the sensor is switched, and at a lower than the set speed the output is off. The inductive proximity sensors and switches for speed control are resistant to moisture and dust. They have a longer period of work due to contactless switching of the electrical circuits. |