Trending Motorola Li4278 1d Up To 60% Off [zlqvZaGW]

Trending Motorola Li4278 1d Up To 60% Off [zlqvZaGW] Linear Imager

The Trending Motorola Li4278 1d Up To 60% Off [zlqvZaGW] is a cutting-edge linear imager designed for seamless barcode scanning and data capture. This versatile device is engineered to meet the demands of various industries, offering exceptional performance and durability. With its robust design and advanced features, the LI4278 1D stands out as a reliable solution for businesses seeking efficient barcode scanning capabilities.

• High-Lux Performance: The LI4278 1D boasts an impressive 108,000 lux, ensuring clear and accurate scanning even in low-light conditions.
• Optical Specifications: Featuring a 617nm wavelength and a scanning speed of 547 sps, this imager delivers rapid and precise decoding of barcodes.

Technical Specifications and Connectivity

The Trending Motorola Li4278 1d Up To 60% Off [zlqvZaGW] is equipped with a comprehensive range of connectivity options, making it adaptable to various integration scenarios. This linear imager supports RS232, RS485 (IBM), USB, Keyboard Wedge, and Bluetooth 2.1, ensuring seamless data transfer and compatibility with a wide array of devices.

• Connectivity Options: With RS232, RS485, USB, and Keyboard Wedge interfaces, the LI4278 1D can be easily integrated into existing systems.
• Wireless Connectivity: The Bluetooth 2.1 feature allows for wireless data transfer, providing flexibility and convenience in data capture.

Practical Applications and Benefits

The Trending Motorola Li4278 1d Up To 60% Off [zlqvZaGW] is an ideal choice for a variety of applications, from retail and warehouse management to healthcare and logistics. Its lightweight and compact design, weighing just 224 grams and available in black, makes it easy to carry and use in diverse environments.

• Target Audience: Businesses in retail, healthcare, and logistics will benefit from the LI4278 1D's reliability and versatility.
• Enhanced Efficiency: The imager's high scanning speed and accurate decoding capabilities significantly improve operational efficiency and reduce errors.