DME4000-112: 1029788 - Sick 8-pin Connector Distance Sensor

Designed for high-accuracy distance measurement, the DME4000-112 by Sick operates with a reliable supply voltage range of DC 18 V to 30 V, making it adaptable to most industrial power systems. It supports a ripple tolerance of < 5 Vpp, ensuring stable performance even under fluctuating voltage conditions. The initialization time of 1.5 seconds makes it suitable for systems that require quick sensor readiness after power-on, such as conveyor-based material flow or robotic guidance applications.

This sensor features a highly durable zinc diecast metal housing paired with a protective glass window, offering long-lasting resistance against environmental wear and optical interference. The standout feature is its enhanced connectivity design, which includes 2 x M12, 5-pin, B-coded connectors and a M16, 8-pin, B-coded connector. This configuration ensures reliable communication for both power and data transfer across complex industrial systems. An integrated digital display provides real-time feedback, enabling technicians to monitor performance and diagnose issues without external tools.

With its IP65-rated enclosure, the DME4000-112 Distance Sensor is completely sealed against dust and low-pressure water jets, making it ideal for use in outdoor conveyor systems, heavy machinery, and packaging lines. The compact yet powerful design—61 mm x 85 mm x 166 mm, weighing around 1,650 g—supports stable mounting even in vibration-prone environments. Backed by Sick's legacy in sensor innovation, this model delivers precise measurements, robust electrical integrity, and integration flexibility.

The Sick WL4S-3F2130 Photoelectric Sensor is specifically designed for object detection in fast-paced industrial systems where accuracy, reliability, and ease of alignment are critical. Whether used in transparent object detection on bottling lines or small part verification in assembly lines, this sensor provides dependable performance in space-constrained installations.

Engineers in India prefer the WL4S-3F2130 for its stable detection range, immunity to background interference, and intuitive setup using built-in LED alignment indicators. This makes it particularly useful in production plants where frequent changes in object size, color, or position can disrupt standard sensors. From harsh light conditions to fluctuating dust levels, this sensor adapts without compromising accuracy or output reliability.

For students and automation trainees, this sensor serves as a valuable learning tool to understand real-time optical detection, beam interruption logic, and digital switching outputs. Its integration-ready design and field-proven robustness make the WL4S-3F2130 a perfect match for both practical labs and professional plant floors, bridging classroom knowledge with industrial application.