![]() ![]() Consumer-grade tablets typically run from their own battery. Vehicle-mounted computers usually run from the vehicle's power supply, a DC battery. Make sure the tablet can be removed and replaced conveniently and without undue risk of damage to the connectors over the long-term. Another mounting consideration is if tablets are intended to be frequently removed from the vehicle and used for operations on the floor or field. Also, ask for test results performed in the laboratory and real-word vibration testing.įrequent removal from the mount. When considering tablets, verify that a proper mount is available (and whether there will be an added cost). There is a difference between simply fitting a computer to a forklift/vehicle and truly protecting it from shock and vibration. ![]() Mounts designed for these vehicles and adapted for forklifts may not provide adequate protection. Forklifts have different vibration profiles than vehicles that are driven on the road, such as an ambulance and delivery truck. Shock and vibration resistance are core requirements for all vehicle-mounted computers, but merely meeting a ruggedness standard and having an available mount is not enough to ensure reliable performance. Computers mounted to vehicles like forklifts experience substantial vibration, which can wear down internal components if the mounting doesn't adequately protect the computer. This difference isn't visibly noticeable just by looking at the table, but its effects can be seen over the device's lifespan. This article is for readers interested in automating warehouses and industrial environments and focuses specifically on enterprise-grade tablets.Ī key distinction between consumer tablets and purpose-built rugged tablet computers is how they withstand vibration. How will tablets impact user processes and productivity?. ![]() Is the tablet compatible with data collection equipment (scanners, printers, RFID), warehouse management systems (WMS), fleet management solutions and other critical enterprise systems?.What is the everyday use-case for the tablet?.Is the design and mounting appropriate for a warehouse, distribution center, or commercial environment?.Some of the issues to evaluate include the following: It is important to understand the tradeoffs between consumer-grade tablets and rugged tablets for mounted use in enterprise settings. In order to do so, the tablets needed to evolve from basic consumer-grade tablets that you might use in your living room to surf the web to something that could withstand the harsh environments of warehouses, trucks, temperature extremes, and tremendous vibrations. As technology changed and tablets became larger, more powerful and more durable, added to their versatility, the thought was to mount them in vehicles too. This is what they called rugged vehicle-mounted computers. These computers were attached to vehicles with a variety of mounting brackets and docking stations. Computers resembling laptops without keyboards, or with keyboards built into the front panel, or touchscreen computers that use a stylist or finger to manipulate the device. Historically the solutions for vehicle-mounted computers have been just that. One of those use cases involves being mounted to vehicles such as forklifts, trucks in a warehouse, DC and commercial settings. Many enterprises have been looking for innovative ways and use cases of whether it makes sense to include a tablet in their device portfolio landscape. Ruggedized Vehicle Mount Computers have been in enterprise industrial operations for many years. ![]()
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