In most procurement cycles, DL100-21AA2101 is considered with Sick Diffuse Sensor, Pepperl Fuchs Laser Distance Sensor and Any Brand Distance Sensor Suppliers In Mumbai, giving decision-makers confidence that theyβve chosen the most dependable component.
DL100-21AA2101: 1052684 - Sick Speedcon Compatible Sensor
The Sick DL100-21AA2101 Distance Sensor operates on 18β30 V DC and includes a 1.5 s initialization time for stable functionality. Built with a metal aluminum housing, a PMMA window, LED indicators, and a clear dot matrix display, it provides dependable performance in automation environments. The M12 SPEEDCON-compatible connector, defined dimensions, IP65 protection, and consistent weight support secure installation and operation. This model is part of the Sick family, within the Sick Distance Sensor category and associated with the DT Series.
| Brand | Sick |
| Product Type | Distance Sensor |
| Product | DL100-21AA2101 |
Sick Speedcon Compatible Sensor DL100-21AA2101, 1052684 Technical Specifications:
| Specification | Value |
|---|---|
| Supply voltage Vs | DC 18 V ... 30 V, limit values |
| Ripple | 5 Vpp 1) |
| Power consumption | - |
| Initialization time | Typ. 1.5 s 2) |
| Housing material | Metal (Aluminum die cast) |
| Window material | Plastic (PMMA) |
| Connection type | Male connector, M12, SPEEDCONβ’ compatible |
| Indication | 6 digit 5 x 7 dot matrix display, LEDs |
| Dimensions (W x H x D) | 69.4 mm x 82.5 mm x 100.2 mm |
| Enclosure rating | IP65 |
| Weight | Approx. 800 g (with mounting bracket: approx. 1,600 g) |
The Sick DL100-21AA2101 Distance Sensor combines rugged design with advanced optical measurement, making it a preferred choice in high-precision applications. It operates safely within a supply voltage range of 18 V to 30 V DC and tolerates electrical ripple up to 5 Vpp, ensuring stability in electrically noisy environments. With a typical initialization time of just 1.5 seconds, this sensor is ready to operate with minimal startup delay, improving overall process efficiency.
The housing is made from strong aluminum die-cast metal, providing excellent resistance to mechanical impact, corrosion, and wear. The sensing window uses durable PMMA plastic for optical clarity and environmental resilience. Connectivity is made quick and reliable with a male M12 connector compatible with SPEEDCONβ’ systems, streamlining integration on production lines. It features an intuitive 6-digit 5x7 dot matrix display along with status LED indicators, offering real-time feedback for diagnostics and commissioning.
The compact form factor of 69.4 mm x 82.5 mm x 100.2 mm makes it easy to install in tight spaces, while the IP65 protection rating ensures it withstands dust and water jets in industrial conditions. Weighing approximately 800 g (or 1,600 g with mounting bracket), the unit stays securely positioned without needing additional support. Backed by Sickβs proven track record in sensing technology, the DL100-21AA2101 is trusted by engineers for continuous, repeatable, and maintenance-free operation.
The WL4S-3F2130 Photoelectric Sensor from Sick is a go-to choice for fast, reliable detection of small parts in industrial machines. This sensor is commonly used in packaging units, electronics assembly lines, and bottling plants where precision and timing are critical. Its compact body allows it to fit into constrained spaces without sacrificing performance.
With high immunity to ambient light and fast response times, the WL4S-3F2130 ensures that no object goes undetectedβeven shiny, dark, or transparent surfaces. Maintenance engineers appreciate its easy alignment and setup thanks to the clear LED indicators and reliable background suppression. Whether youβre automating a manual station or replacing older sensors on a production line, this model ensures repeatable accuracy and reduces false positives significantly.
This sensor is especially beneficial for Indian industries seeking dependable and maintenance-free detection solutions. From engineering colleges to seasoned maintenance teams, the WL4S-3F2130 offers a hands-on understanding of optical sensor behavior under real-world factory conditions. Its integration is seamless, and the long-term ROI is high due to its rugged build and consistent results.
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