SICK

The SICK DME4000-113 is a Class 2 laser distance sensor designed for high-precision non-contact distance measurement using the time-of-flight (ToF) principle. It is engineered for robust performance in demanding industrial environments, particularly where long-range digital communication and noise immunity are critical.

4341

SICK

The SICK DME4000-117 is a high-precision Class 2 laser distance sensor designed for reliable non-contact distance measurement using the time-of-flight (ToF) principle. It is engineered for robust performance in demanding industrial applications, particularly where long-range analog signal transmission is required.

1511

SICK

The SICK DME4000-112 is a high-precision Class 2 laser distance sensor engineered for reliable non-contact distance measurement using the time-of-flight (ToF) principle. It is designed for robust performance in demanding industrial environments such as factory automation, logistics, and material handling.<br /> <br />

9236

SICK

The SICK DME4000-212 is a high-performance Class 2 laser distance sensor designed for precise non-contact distance measurement. Utilizing the time-of-flight (ToF) principle, it is engineered for reliability and ease of integration in demanding industrial automation, logistics, and material handling applications.<br /> <br />

1899

SICK

The SICK DME4000-211 is a high-precision, class 2 laser distance sensor designed for non-contact distance measurement using the time-of-flight (ToF) principle. It is part of SICK's versatile DME 4000 series, known for its robustness, reliability, and ease of integration in demanding industrial environments.

6131

SICK

The SICK KTS-WB9494115AZZZZ is a non-contact, draw-wire displacement sensor from the KTS series. It is designed for linear distance and position measurement by converting linear motion into a rotary motion using a flexible wire wound around a spring-loaded spool.

5793

SICK

The SICK BME-DME401-PN-XG is a high-precision, absolute multi-turn encoder with an integrated PROFINET interface. It is designed to provide exact angular position, speed, and rotational data directly to a PLC over an industrial Ethernet network, eliminating the need for additional interface modules. It is a core component for motion control and positioning in advanced automation systems.

624

SICK

The SICK GL6L-N1212 is a compact, versatile through-beam photoelectric sensor. This sensor system consists of two separate units: a transmitter (emitter) and a receiver. It offers highly reliable detection by generating a continuous beam of light between the two units; an object is detected when it interrupts this beam.

5265

SICK

The SICK WL8G-P2231 is a Type 4 safety light curtain from the deTec4 Prime series, designed for access protection and perimeter guarding of machinery. It creates a vertical curtain of infrared light beams. When any single beam is interrupted, it sends a stop signal to the machine's safety control system, preventing access to a hazardous area and protecting personnel.

6776

SICK

The SICK WFS3-40N415 is a compact, versatile ultrasonic sensor from the WFS3 series. It is designed for precise, non-contact detection and distance measurement of a wide variety of objects, regardless of their material, color, surface properties, or transparency. This makes it an ideal solution for complex applications where photoelectric sensors struggle.

8131

SICK

The SICK GTB10-N4212 is a industrially hardened, self-contained photoelectric sensor utilizing Precise Background Suppression (BGS or PBS) technology. This sensor is engineered for highly accurate and reliable detection of objects within a precisely defined and adjustable sensing range, making it ideal for applications requiring exact positioning or differentiation between objects and their background.

3520

SICK

The SICK DT35-B15551 is a cylindrical, non-flush mountable inductive proximity sensor from the robust DT35 series. It is designed for the non-contact detection of metallic objects in industrial automation applications. Its key feature is an extended sensing range compared to flush-mounted sensors, making it suitable for detecting larger or more distant metal targets.

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