Samsung Tab Active Pro/Active4 Pro tablet with Gamber-Johnson’s vehicle docking station, with dual powered USBs for added productivity. Each powered USB port provides 1.5A, strong enough to power a long-range scanner and a printer or other peripherals. Easily connect this docking station to an external power adapter using the 2.5mm DC Power Jack. This dock will keep the Samsung tablet charged all day long and provides the port replication to connect the right peripheral devices to get the job done The adapter plate (7160-1942) allows easy one-person field installation when adding peripherals to your material handling solution. The rugged design of the Lind power adapters makes them ideally suited for use in harsh mobile environments. Designed for forklift mounting applications

• Weight

  1.55 lbs. / .70 kg

• Height

  8.5 in / 21.5 cm

• Width

  10.5 in / 26.6 cm

• Depth

  2.5 in / 6.35 cm

Features:

• Designed for the Samsung Galaxy Tab Active Pro/ Active4 Pro 10-Inch rugged tablet with rugged case
• Kit includes Samsung Tab Active Pro/Active4 Pro docking station (7160-1418-50) and 12-32V isolated power adapter (7300-0466)
• 75MM HOLES TO STUDS ADAPTER PLATE  (7160-1942) included for easy one person installation when adding peripherals to your material handling solution
• Dual powered USB ports; 1.5A for each port for connecting peripheral devices
• 10-40V power input range to support a wide range of mobile applications
• Access to all control buttons, camera, ports and stylus while the tablet is safely docked.
• Dock design is compatible with Samsung’s built-in Near Field Communication (NFC); scan NFC cards while the Samsung tablet is in the docking station
• Simple, one-handed docking and release operation
• POGO pin connector and internal power supply provides power to charge the Samsung tablet while docked
• Barrel Key lock for theft deterrence
• VESA 75mm mounting pattern; compatible with Zirkona mounting products.
• 2.5 MM in-line jack to quickly connect to a compatible Power supply
• Can be mounted on a flat vertical surface.
• Composite design for reduced overall weight.