A big footprint is a big problem. Some server lifts are the Sasquatch of the
industry with a rectangular footprint nearly
four feet long! They are typically side-loading
devices.
RackLift has a 28 inch square footprint on which a “tower style frame” is mounted to support the front-loading lift table. A server lift four feet in length could require a “27-point turn” to do an about-face in the aisle for installing gear on the opposite side or to return the way you came.
RackLift rotates 360˚ in a two-tile aisle. The smaller footprint easily manages tight aisles and eliminates the need to preplan side-loading orientation before entering the aisle. If time really is money we just saved you a fortune!
RackLift has a 28 inch square footprint on which a “tower style frame” is mounted to support the front-loading lift table. A server lift four feet in length could require a “27-point turn” to do an about-face in the aisle for installing gear on the opposite side or to return the way you came.
RackLift rotates 360˚ in a two-tile aisle. The smaller footprint easily manages tight aisles and eliminates the need to preplan side-loading orientation before entering the aisle. If time really is money we just saved you a fortune!
You fail to mention that you must turn the RackLift for it to work, then all of those straps etc. You do not need to turn a ServerLIFT as it loads from the side and the longer footprint is for stability. Something the RackLift does not address at all.
ReplyDeleteYou are correct that RackLift is operated by turning it to face the racks for installing or removing devices. Since it is a tower style design rotating it 360 degrees on it's swivel casters in a two-tile aisle is easy. Then attaching the safety straps allows RackLift to fully insert the device into the rack. ServerLift is limited to only six inches of insertion.
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