Honeywell VM3C1B2A1AUS05A Thor Vehicle-Mount Computer, Indoor

Description

Honeywell, VM3C1B2A1AUS05A, Thor Vehicle-Mount Computer, Indoor with Defroster, Bluetooth, Internal WLAN Antenna, 2GB Flash, WEC7, English, US

Designed for use in the toughest distribution center environments, manufacturing facilities and freight operations, the Honeywell Thor™ VM3 is the industry’s most capable full-size vehicle-mounted mobile computer, delivering unmatched operational efficiencies. The Thor VM3 computer offers breakthrough features designed to eliminate downtime and maximize capital investment. The Smart Dock feature delivers immediate savings on support and maintenance costs while maximizing efficiency by enabling users to dynamically shift computers as vehicles fail or workloads change. The field-replaceable front panel allows enterprises to minimize investments in spare parts by substituting spare front panels for spare computers and saves valuable time and maintenance costs by leveraging in-house support staff to service the most common breaking point. With the Thor VM3 computer, you gain the compatibility you need to upgrade to next-generation Microsoft® Windows® operating systems and the power to take advantage of the latest security and productivity-enhancing features and functionality. The Thor VM3 computer supports multiple Windows-based operating systems, so integration and application development are simple as business needs grow. For enterprises currently running on the Windows CE operating system, the Thor VM3 computer offers easy implementation and deployment into existing and future IT infrastructures. With memory expandable up to 4 GB RAM and 64 GB solid-state disk, the Thor VM3 computer can run powerful programs and applications to maximize efficiencies in activities such as case picking, truck loading, putaway and replenishment – giving workers real-time access to information anywhere it is needed.

Features:

• Smart Dock feature enables mounting and removal in seconds, saving on support and maintenance costs while maximizing efficiency by allowing dynamic shifting of computers as workloads change.
• A user field-replaceable front panel reduces maintenance costs by allowing users to service the most wear- and abuse-prone components themselves rather than returning them to the repair depot.
• Built-in ignition control eliminates the maintenance expense and lost productivity caused by a dead vehicle battery
• The Intel x86 architecture and Dual Core 1.5 GHz processor enable superior performance in data-intensive applications.