Honeywell CT47 CT47-X1N-57D1E0G mobile computer, 2D, SR, USB-C, BT, 5G, NFC, GPS, warm-swap, Android

Product description

The Honeywell CT47 is a professional mobile data terminal designed for demanding conditions in logistics, warehousing, and distribution. This robust device combines high performance, long battery life, and advanced data collection technologies to enable you to efficiently manage operations in real time. Thanks to its modern design and ergonomic shape, it is ideal for all-day use in the hands of operators who need a reliable tool for scanning, communication, and localization.

The terminal is equipped with a powerful Honeywell 2D scanner that can read batches and 1D and 2D codes with high speed and accuracy. Support for SR (Smart Reader) technology ensures that the scanner automatically optimizes settings according to the type of code being read, increasing reading success even in demanding conditions. The device also features NFC, Bluetooth, and GPS, enabling wireless communication, precise location tracking, and integration with other devices on the network. Thanks to support for the 5G network, the CT47 is ready for the future of mobile networks and ensures fast data transfer even in areas with a high density of users.

Key features include:

• Powerful 2D scanner with SR technology support for reliable code reading
• Support for 5G, Bluetooth, NFC, and GPS for complete connectivity and localization
• USB-C port for fast charging and data transfer
• Warm-swap technology that allows battery replacement without turning off the device
• Android operating system for easy integration with existing applications and systems
• Rugged construction resistant to drops and dust, suitable for industrial environments

The Honeywell CT47 is an ideal choice for companies looking for a reliable and powerful mobile computer for everyday use in logistics, e-commerce, and warehousing.

Its combination of modern technologies, long battery life, and durability makes it an ideal partner for increasing productivity and reducing errors in data collection.