DR35-B15822: 1057660 - Sick 1.7 W Distance Sensor
The Sick DR35-B15822 Distance Sensor features 12–30 V DC supply and 1.7 W power consumption for stable industrial measurement use. It includes a 500 ms initialization time, ABS/PC housing, PMMA window, and a 5-pin M12 connector suitable for factory wiring. The sensor offers LED indication, dual IP65/IP67 enclosure protection, and compact dimensions of 32 mm × 58.67 mm × 42.7 mm. Explore Sick solutions at Sick, view distance sensors at Sick Distance Sensors, and browse series options at Sick DT Series.
| Brand | Sick |
| Product Type | Distance Sensor |
| Product | DR35-B15822 |
Sick 1.7 W Distance Sensor DR35-B15822, 1057660 Technical Specifications:
| Specification | Value |
|---|---|
| Supply voltage Vs | DC 12 V ... 30 V 1) 2) |
| Ripple | ≤ 5 Vpp 3) |
| Power consumption | ≤ 1.7 W 4) |
| Initialization time | ≤ 500 ms |
| Housing material | Plastic (ABS/PC) |
| Window material | Plastic (PMMA) |
| Connection type | Male connector, M12, 5-pin |
| Indication | LEDs |
| Dimensions (W x H x D) | 32 mm x 58.67 mm x 42.7 mm |
| Enclosure rating | IP65 IP67 |
| Weight | 65 g |
The Sick DR35-B15822 Distance Sensor is a high-performance industrial sensing solution from Sick, known for its reliability, precision, and durable design. Built for modern automation systems, the DR35-B15822 ensures consistent distance measurement and positioning accuracy in applications that demand stability and efficiency.
The Sick DR35-B15822 operates on a wide DC 12 V to 30 V supply range and consumes only 1.7 W of power, making it ideal for energy-efficient industrial operations. Its rugged ABS/PC plastic housing and PMMA optical window provide mechanical strength and resistance against dust, oil, and vibration. This model features an M12 5-pin male connector for secure connectivity and easy installation. The integrated LED indicators offer real-time status visibility, helping technicians monitor performance directly on-site. With dimensions of 32 mm × 58.67 mm × 42.7 mm and a lightweight design of only 65 g, the DR35-B15822 sensor is compact yet robust enough for integration in space-constrained or mobile systems. Its IP65/IP67-rated enclosure ensures excellent environmental protection, maintaining consistent functionality even in challenging factory conditions. A fast initialization time of ≤500 ms enables immediate response after power-up, supporting high-speed automation processes. Engineered with Sick’s precision optics and proven electronics, the Sick 1.7 W Distance Sensor provides long-term stability, making it a trusted choice for industrial measurement and positioning applications.
The Sick DR35-B15822 Distance Sensor finds applications across diverse automation sectors such as packaging, logistics, robotics, and material handling. It helps detect object positions, measure distances, and ensure safety within automated systems. Its compact and durable design makes it ideal for conveyors, filling stations, and component assembly lines where reliability and repeatable performance are crucial. Engineers use the DR35-B15822 for part detection, dimensional verification, and feedback control in high-speed processes. The dual protection standard of IP65/IP67 allows use in environments exposed to oil mist, moisture, or fluctuating temperatures without affecting accuracy. For maintenance engineers and system integrators, the sensor offers an optimal balance between precision, ease of installation, and long service life — all backed by Sick’s engineering expertise and global support. By combining low power consumption, quick response, and robust enclosure, the DR35-B15822 delivers consistent performance in every industrial scenario.
For complete product information, users can refer to the Sick DR35-B15822 datasheet and DR35-B15822 manual for installation and configuration guidance. Buyers can also verify the latest DR35-B15822 price with authorized distributors. With its advanced design, precision optics, and proven reliability, the Sick DR35-B15822 Distance Sensor stands as a benchmark in industrial sensing technology, offering unmatched accuracy and durability for long-term automation success.
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