Portable RFID reader TSL 1166 1166-AX1-PL-DLX3

TSL 1166 Portable RFID Reader 1166-AX1-PL-DLX3

The 1166 Bluetooth® Rugged UHF RFID Reader (without Imager), with battery and Pop-Loq attachment for Datalogic Skorpio X3 (FCC) is a multifunctional and high-performance device designed to provide efficient solutions in the automatic management of goods and products through UHF RFID technology. This robust and durable reader is equipped with a long-lasting battery and a Pop-Loq attachment for quick and easy integration with Datalogic Skorpio X3, making it ideal for demanding industrial environments.

Key Features:

• Rugged Design: Durable, shock and vibration resistant construction, suitable for harsh industrial environments.
• Advanced UHF RFID Technology: Enables fast and accurate reading of RFID tags, ideal for logistics, inventory and supply chain management.
• Bluetooth® Connectivity: Provides a secure and efficient wireless connection to mobile devices and IT systems.
• Pop-Loq Attachment: Enables quick and easy integration with the Datalogic Skorpio X3, providing flexibility and ease of use.
• FCC Certification: Complies with FCC standards, guaranteeing optimal performance and legal compliance.
• Long-lasting Battery: Ensures long-term use, ideal for continuous and demanding operations.

Technical Specifications:

• Operating frequency: 902-928 MHz (according to FCC standards)
• RFID reading distance: Up to 7 meters, depending on the type and positioning of RFID tags
• Interface: Bluetooth 4.0
• Dimensions: 185 mm x 80 mm x 40 mm
• Weight: 350 grams
• Operating temperature: -20°C to +55°C
• Battery life: Up to 16 hours of use continue

Recommended Uses

The 1166 Bluetooth® Rugged UHF RFID Reader (without Imager), with battery and Pop-Loq attachment for Datalogic Skorpio X3 (FCC) is ideal for use in industries such as logistics, transportation, manufacturing and retail. It is perfect for applications that require durability, RFID tag reading and integration with Datalogic Skorpio X3 devices, ensuring efficient and accurate management of resources and products in demanding environments.