Abstract: Rotation-monitoring detector comprising a binary output signal and a signaling LED, and including a frequency operating mode in which the state of the output signal and of the LED are a function of a passage frequency of a target in front of the detector. The detector includes a static operating mode in which the state of the LED is a function of a distance between the target and the detector. The detector comprises selection means, permitting the static mode and the frequency mode to be selected. The selection means are likewise used for the learning functions of the detector.

Abstract: A proximity detector having a housing and issuing an output signal whose state is a function of the position of a target or of the frequency of passage of a target, where the detector parameters can be set by an operator using operator dialog facilities communicating with the detector by dialog signals. The dialog facilities are separated from the detector housing and can be incorporated into a connection block connected to the detector housing by a connecting cable which conveys the dialog signals and the detector output signal.

Abstract: A rotation-monitoring detector including a binary output signal and a signaling LED, and including a frequency operating mode in which the state of the output signal and of the LED are a function of a passage frequency of a target in front of the detector. The detector also includes a static operating mode in which the state of the LED is a function of a distance between the target and the detector. The detector also includes a selector, permitting the static operating mode and the frequency mode to be selected. The selector is also used for learning functions of the detector.

Abstract: The present invention relates to a proximity detector having a housing (10) and issuing an output signal (15) whose state is a function of the position of a target (5) or of the frequency of passage of a target (5), where the detector parameters can be set by an operator using operator dialogue facilities (35) communicating with the detector by dialogue signals (14). The dialogue facilities (35) are separated from the detector housing (10) and can be incorporated into a connection block (30) connected to the detector housing (10) by a connecting cable (20) which conveys the dialogue signals (14) and the detector output signal (15).