FI520173

Sensor filling level, inductive, 21x14x52mm, pendulum 200mm, 10-30V diagnostic coverage, PNP NO, M8 plug connector 3-pin, housing polyamide, joint stainless steel, pendulum plastic

Filling level and level sensors operate according to different measuring principles. The selection of the sensor depends on the medium to be detected and the ambient conditions. The material flow in a vibratory bowl can be excellently queried with inductive filling level sensors whose pendulum is moved by the material in the pot. The detection of liquid or solid media is, for instance, possible with capacitive filling level sensor technology. These work according to the principle of the condensator, the medium changes the dielectricity between two electrodes. The resulting change is converted into a digital output signal. A further alternative for the detection of filling levels of conductive media is provided by conductive filling level relays. The resistance between reference and measuring electrode is determined. If a set threshold is exceeded, a relay output switches.

FI520171

2

LED display

Normally open contact (NO)

Connector M8

Sensor filling level, inductive, 21x14x52mm, pendulum 100mm, 10-30V diagnostic coverage, PNP NC, M8 plug connector 3-pin, housing polyamide, joint stainless steel, pendulum stainless steel

Filling level and level sensors operate according to different measuring principles. The selection of the sensor depends on the medium to be detected and the ambient conditions. The material flow in a vibratory bowl can be excellently queried with inductive filling level sensors whose pendulum is moved by the material in the pot. The detection of liquid or solid media is, for instance, possible with capacitive filling level sensor technology. These work according to the principle of the condensator, the medium changes the dielectricity between two electrodes. The resulting change is converted into a digital output signal. A further alternative for the detection of filling levels of conductive media is provided by conductive filling level relays. The resistance between reference and measuring electrode is determined. If a set threshold is exceeded, a relay output switches.

FI520272

14

LED display

Normally closed contact (NC)

Connector M8

Sensor filling level, inductive, 21x14x52mm, pendulum 200mm, 10-30V diagnostic coverage, PNP NO, M8 plug connector 3-pin, housing polyamide, joint plastic, pendulum plastic

Filling level and level sensors operate according to different measuring principles. The selection of the sensor depends on the medium to be detected and the ambient conditions. The material flow in a vibratory bowl can be excellently queried with inductive filling level sensors whose pendulum is moved by the material in the pot. The detection of liquid or solid media is, for instance, possible with capacitive filling level sensor technology. These work according to the principle of the condensator, the medium changes the dielectricity between two electrodes. The resulting change is converted into a digital output signal. A further alternative for the detection of filling levels of conductive media is provided by conductive filling level relays. The resistance between reference and measuring electrode is determined. If a set threshold is exceeded, a relay output switches.

FI520170

2

LED display

Normally open contact (NO)

Connector M8