Forked Sensors Leuze
- The model with chemically nickel-plated metal housing is ideal for applications in the foodstuffs sector where it is critical that no paint chipping occurs. With Easy Teach (press button, dispense labels, done), static teaching without loss of labels, ALC function for readjustment of the switching threshold, warning output and practical accessories, this forked sensor is always the first choice for universal label detection. And, with its large mouth width, it is also ideal for booklet and leaflet labels.
- The model with chemically nickel-plated metal housing is ideal for applications in the foodstuffs sector where it is critical that no paint chipping occurs. With Easy Teach (press button, dispense labels, done), static teaching without loss of labels, ALC function for readjustment of the switching threshold, warning output and practical accessories, this forked sensor is always the first choice for universal label detection. And, with its large mouth width, it is also ideal for booklet and leaflet labels.
- The model with chemically nickel-plated metal housing is ideal for applications in the foodstuffs sector where it is critical that no paint chipping occurs. With Easy Teach (press button, dispense labels, done), static teaching without loss of labels, ALC function for readjustment of the switching threshold, warning output and practical accessories, this forked sensor is always the first choice for universal label detection. And, with its large mouth width, it is also ideal for booklet and leaflet labels.
- The model with chemically nickel-plated metal housing is ideal for applications in the foodstuffs sector where it is critical that no paint chipping occurs. With Easy Teach (press button, dispense labels, done), static teaching without loss of labels, ALC function for readjustment of the switching threshold, warning output and practical accessories, this forked sensor is always the first choice for universal label detection. And, with its large mouth width, it is also ideal for booklet and leaflet labels.
- The model with chemically nickel-plated metal housing is ideal for applications in the foodstuffs sector where it is critical that no paint chipping occurs. With Easy Teach (press button, dispense labels, done), static teaching without loss of labels, ALC function for readjustment of the switching threshold, warning output and practical accessories, this forked sensor is always the first choice for universal label detection. And, with its large mouth width, it is also ideal for booklet and leaflet labels.
- The model with chemically nickel-plated metal housing is ideal for applications in the foodstuffs sector where it is critical that no paint chipping occurs. With Easy Teach (press button, dispense labels, done), static teaching without loss of labels, ALC function for readjustment of the switching threshold, warning output and practical accessories, this forked sensor is always the first choice for universal label detection. And, with its large mouth width, it is also ideal for booklet and leaflet labels.
- Ultrasonic forked sensor for reliable detection and universal application. With its large mouth width, this ultrasonic forked sensor is also suitable for leaflet labels and booklet labels.
- Ultrasonic forked sensor for reliable detection and universal application. With its large mouth width, this ultrasonic forked sensor is also suitable for leaflet labels and booklet labels.
- Ultrasonic forked sensor for reliable detection and universal application. With its large mouth width, this ultrasonic forked sensor is also suitable for leaflet labels and booklet labels.
- This forked sensor with metal housing is very well suited for the detection of foil labels, metallic-coated foil labels and thin metal foils. A special variant for paper tear monitoring is also available .
- This forked sensor with metal housing is very well suited for the detection of foil labels, metallic-coated foil labels and thin metal foils. A special variant for paper tear monitoring is also available .
- This forked sensor with metal housing is very well suited for the detection of foil labels, metallic-coated foil labels and thin metal foils. A special variant for paper tear monitoring is also available .
- This forked sensor with metal housing is very well suited for the detection of foil labels, metallic-coated foil labels and thin metal foils. A special variant for paper tear monitoring is also available .
- This forked sensor with metal housing is very well suited for the detection of foil labels, metallic-coated foil labels and thin metal foils. A special variant for paper tear monitoring is also available .
- The capacitive forked sensor is particularly well suited for transparent labels without metallic coating.
- The capacitive forked sensor is particularly well suited for transparent labels without metallic coating.
- The chemically nickel-plated metal housing of this optical forked photoelectric sensor is ideal for applications in the foodstuffs sector where it is critical that no paint chipping occurs. The flat fork enables installation in a groove directly at the dispensing edge to achieve – together with the short response time – a high dispensing accuracy. With a 3 mm mouth width and 60 mm mouth depth, the sensor is also very well suited for wide labels.
- The chemically nickel-plated metal housing of this optical forked photoelectric sensor is ideal for applications in the foodstuffs sector where it is critical that no paint chipping occurs. The flat fork enables installation in a groove directly at the dispensing edge to achieve – together with the short response time – a high dispensing accuracy. With a 3 mm mouth width and 60 mm mouth depth, the sensor is also very well suited for wide labels.
- The chemically nickel-plated metal housing of this optical forked photoelectric sensor is ideal for applications in the foodstuffs sector where it is critical that no paint chipping occurs. The flat fork enables installation in a groove directly at the dispensing edge to achieve – together with the short response time – a high dispensing accuracy. With a 3 mm mouth width and 60 mm mouth depth, the sensor is also very well suited for wide labels.
- The chemically nickel-plated metal housing of this optical forked photoelectric sensor is ideal for applications in the foodstuffs sector where it is critical that no paint chipping occurs. The flat fork enables installation in a groove directly at the dispensing edge to achieve – together with the short response time – a high dispensing accuracy. With a 3 mm mouth width and 60 mm mouth depth, the sensor is also very well suited for wide labels.
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