Consider Drive-In Rack when choosing a rack

Drive-In Rack creates a tunnel effect in which lift trucks pass through storage racks. The lift truck operator moves into the rack, places the unit load in the innermost position, and fills all the parts until the rack is full. Only the outermost shipments are easily accessible to choose from, resulting in last-in, first-out inventory rotation. This type of storage mode is primarily used in distribution centers for medium to fast-moving items that contain non-stackable products and do not require FIFO, lost control, and expiration dates.

Utilized maximum space

For example, if you only have one model or many microwaves in stock and don’t need the selectivity, it may be a candidate for an in-rack drive. The food industry or manufacturing storage and distribution are good examples of this racking, especially in freezer storage, where maximum space utilization is required. Push-back racks and pallet flow racks are used in the industry as an alternative to the drive-in and Drive-Thru Rack.

For drive-in racks, change the number of unit load depths per storage lane to position the building row within the flue space of the back-to-back row of drive-in shelves. Drive-in rack storage lanes are optimally designed between building pillars. This feature means that the building posts are not in the drive-in rack storage position or route. All drive-in rack down-aisle designs require structural members to be cleared for fire sprinklers, lift truck masts, and overhead guards.

Pallet Flow Racking

Concept of Drive-in rack

Most Drive in Racking is designed with the fork opening side of the pallet board facing the aisle. This arrangement provides a maximum number of loads per aisle in the rack position and excellent unit load stability. If possible, for carton handling (pickup) operations, racks should have 48 inches (stringer) dimensions or the edge of the pallet board toward the aisle.

To collect and remove the drive-in rack storage concept, a lift truck enters a floor-level storage lane from Isle A, collects or withdraws a unit load, and returns the same Isle A storage lane. Is. As an operational feature, the drive in racking system can handle medium capacity and LIFO product rotations.

Drive through rack

Drive-thru racks allow lift trucks to enter the shelves from either side to lift and eject pallets. The loads are supported on rails mounted on the frame, and the lift trucks travel directly between the frames to reach the pallets. This is because the pallet can slide backward on a continuous rail—Open on both ends for first-in, first-out storage.

Drive In Racking

Drive thru racking allow you to store many identical packages in a small space. At the expense of selectivity, multiple pallets are stored and available from a single pallet location, increasing storage density. DISTRIBUTION X Drive-thru racks are designed as stand-alone rows of shelves with no back braces and a lift truck aisle on each side. This means it is not intended with back-to-back rows. This arrangement handles medium quantities, and the product rotation is LIFO or FIFO.

In a LIFO product rotation, a lift truck enters the storage lane from Aisle A, loads or unloads a unit load, and returns from the storage lane to Aisle A. Pallet Flow Racking System: This racking system is used when goods are stored in a factory on a first-in, first-out basis. Drive-thru racks have moderate storage density and poor access to unit loads. The dimensions of the palletizing position have the same characteristics as drive-in racks.

Leave a Comment