RAM® Powered Locking Dock for Zebra ET6x - Heated Pins

Name: RAM® Powered Locking Dock for Zebra ET6x - Heated Pins
Brand: RAM Mounts
SKU: RAM-HOL-ZE25PHLU
Price: 373.94 EUR
Availability: InStock

€373,94 €415,49

Op voorraad

RAM-HOL-ZE25PHLU

This key-locking powered RAM® Dock for the Zebra ET60 & ET65 (RAM-HOL-ZE25PHLU) features our patented 3-D Float™ docking connector. This dock has built-in heating elements that provide the necessary heat required to prevent pogo pins from locking up, allowing them to operate in wet and freezing environments. Charging capabilities are provided by a 5.5mm DC barrel pigtail connector and built-in pogo pin docking contacts for a seamless charging experience. Special for this dock is a new self-aligning docking pad that surround the pogo pins and conform to the tablet when seated in the dock to provide optimal contact, and prevent damage to the pins. Made for versatility out in the field, this dock supports the device with or without the attachable Zebra keyboard and features a unique 2-in-1 latch that both secures the tablet, and allows the keyboard to open and close independently. Additionally this dock is accessory-ready, compatible with the RAM® Vent-Temp™, RAM® Temp-Right™, RAM® NFC Extender, as well as two small device mounting areas on both the left and right side of the dock. The ET6x is compatible with the Zebra hand strap and shoulder strap while docked in the RAM® dock. The cut out on the left side of the dock allows for easy access to the Zebra CAC reader with the ability to open and close the CAC reader door. Finish the solution by building your mount. These docks are RAM® Compatible™ equipped with 75mm VESA, or 4-hole AMPS patterns for adding a ball adapter. Take advantage of thousands of RAM® mounting components to configure the perfect ET60/ET65 solution. These thoughtfully designed features enable mobile workforces widely spread across industries in colder climates including cold storage warehousing, fixed vehicle docking in commercial transportation, and utility services in subzero environments.