- Network Device
- Server
- Switch
- Network Switch
- Passive
- Flexible
Copper - Cable
The SLS D-Series uses patented Wave® Antenna technology that uniformly illuminates space to minimize cross-reads and deliver 99.99% scan rate accuracy. Its tightly controlled read zones provide high accuracy at both pallet and item levels while the lightweight aluminum design withstands heavy industrial traffic and forklift damage. We offer this solution with hassle-free Power over Ethernet (PoE) installation and no additional server requirements, enabling a quick return on investment.
The SLS D-Series is compatible with Impinj R420 and R700 readers, as well as Zebra FX9600 and FX7500 readers. This compatibility ensures you can integrate the dock door solution with your existing RFID infrastructure. Contact us today to verify compatibility with your specific reader model.
The SLS D-Series features plug-and-play installation powered by standard Power over Ethernet (PoE)—no additional power cables or servers are needed. This scalable design makes deployment quick and straightforward at dock doors where minimal infrastructure changes are required. Visit barcodesinc.com to learn more about installation support and options.
Yes, the SLS D-Series is engineered to operate reliably across a wide temperature range of -4°F to 140°F (-20°C to 60°C), making it suitable for cold storage facilities, heated warehouses, and outdoor dock environments. This durability ensures consistent performance regardless of seasonal or climate-controlled conditions at your facility.
We offer four D-Series models with varying coverage widths: the D-800 (96" wide, 45 lbs) for full-width dock doors, the D-500 (62" wide, 30 lbs) for standard openings, the D-200 (24" wide, 10 lbs) for partial coverage, and the D-100 (61" wide, 10 lbs) for specialized applications. Contact us today to assess your dock door dimensions and recommend the optimal model for your operation.
The Wave® Antenna technology in the SLS D-Series creates tightly controlled read zones that uniformly illuminate the dock door area while minimizing spillover to adjacent reading sites. This advanced zone management prevents cross-reads between multiple dock doors operating simultaneously, ensuring accurate tag identification even in high-traffic warehouse environments. The system maintains this precision while operating at minimal power consumption.