There are many types of lifting machines, but it is important to realize that not just any lift will help technicians effectively accomplish their server deployment goals. It is imperative for data centers to acquire a lifting machine that has the right specifications required for compatibility inside the data center. While some data centers may opt for a general purpose lift, these particular machines are not compatible and they lack several necessary specifications.
To see the standards that a lifting unit must meet, please read the 14 Specifications for Choosing the Best Data Center Server Lift. In order to deliver the ultimate form of efficiency and to significantly reduce the risk of injury, the server lifting machine you buy must meet these standards. Out of the 14 specifications, the Genie Lift fails to meet 10 of them, which we will detail below.
A legitimate server lift must have been designed specifically for the data center. At first glance, it is very obvious that none of the Genie Lift models were designed to work inside the data center. In fact, the machines feature a forklift design that is contrary to the type of design needed inside these types of facilities. A Genie Lift may work well inside warehouse lifting heavy duty materials, but will not be able to handle fragile servers properly within such crowded environments.
The Genie Lift’s lifting capacity is up to 500 lbs of weight, but the machine does not have the proper stability needed when installing heavy servers. Due to its lightweight frame, the machine wobbles and sometimes even twists while the heavy IT equipment sits on it. This type of movement makes it difficult to align the servers with the racks, and any instability carries the risk of dropping the server to the ground.
To effectively lift and carry the equipment, the lift must possess a rigid platform that can transport the sensitive IT equipment from one place to another. An unstable platform can easily cause damage and in some cases even drop the expensive servers. The Genie Lift fails in this regard, because it does not possess a platform at all. Instead, the server will have to sit on a standard steel fork, where it can easily fall in between the rails if the equipment during transport or installation. There is a platform accessory available that can be attached to the machine, but a detachable platform will not offer optimal stability and dependability.
The ideal lifting unit will possess side-loading capabilities. The Genie Lift does not offer this type of accessibility. Instead, it is a front loading machine that severely restricts the technician’s ability to install the server. When the machine is positioned to face the cabinet, the back of the Genie Lift will block access to the server during the installation process.
The lift must have the capability to make incremental up and down movements to precisely align the equipment with the server cabinets. With a crank that is difficult to turn and requires more rotations, the Genie Lift does not have the proper adjustment scale to provide precise positioning of rack-mount equipment onto the racks.
An efficient server lifter will help you lower and raise equipment at a quicker pace. The Genie Lift does not have such capability, due to having a crank that is hard to turn and requires more rotations to move up or down.
A legitimate server lifting unit must be able to position servers at both the top and bottom of the racks. The standard server racks are 8 feet in height, so the unit must be able to install servers at that height. The Genie Lifts can only raise servers to 4 feet in height, and therefore fail this requirement as well.
Aside from moving the servers from one point to another, server lifts also aid during the installation process. This means that the machine will have to possess a proper braking system that locks it in place while the technicians are positioning the equipment onto the rack. This is another standard that the Genie Lift fails to meet, because it does not feature a proper braking system that will prevent any rolling or movement from occurring during the installation process.
A server lifting machine must have large wheels or casters in order to traverse the standard data center’s flooring, which is typically built with grated tiles. In addition, there are often wires or cables that are spread throughout the floor. The Genie Lifts feature wheels that are too small, which will lead to a troublesome transport process of sensitive IT equipment.
Operating controls that are easily accessible from a variety of positions will render a faster and more efficient installation. Because the Genie Lift’s controls are on the back of the machine, installation with this unit will be difficult. Having the controls on the back of the machine will block the view of the rack, which makes it difficult to properly align the servers with the cabinets.
Because the Genie Lift fails to meet 10 out of the 14 required standards, it can be easily concluded that these machines are not compatible inside the data center. Data centers strive to attain the best servers with the greatest technology available, and this mentality should be applied to server lifts as well. When transporting fragile servers that are worth thousands of dollars, it’s not a good idea to transport the equipment on low-quality machines. When considering a server lift, you must ask yourself “Was it intended to carry servers inside the data centers?” If not, then you will run into difficulties at every point of the deployment and installation process.