Pallet Racking Systems

From SolidsWiki
Jump to navigation Jump to search


Pallet Racking Systems
Pallet Racking Systems VNA

Pallet Racking Systems are Commonly known as adjustable pallet racking, this is the perhaps the most popular and economical form of pallet racking providing safe and 100% selective storage space up to 11m in height, fully utilizing valuable air space. Interlock pallet racking can be designed to meet virtually any pallet size or weight and can be used in conjunction with all types of lift trucks. A wide range of accessories is available to accomodate non-standard loads.


Common Types

VNA Pallet Racking

Interlock Pallet racking systems are designed to meet the new generation of warehouses up to 15m high, designed around the operating tolerances of VNA equipment with aisles marginally wider than the load. Such structures must have a high level of rigidity and accurate manufacturing tolerances. Interlock is designed to meet these requirements.

Mobile Pallet Racking System

Mobile pallet racking is a motorised system, which allow a pallet racking system to move along on tracks. So instead of having access aisles in between each pallet racking run, you will may only have to have one (depending on picking rate), which then gives you the maximum utilization of the warehouse space whilst allowing 100% access to the pallets.

The structure is fixed onto electrically powered mobile bases, which move on rails embedded in the floor.

The system allows the operator to open the aisle required with a single command.

Double Deep Pallet Racking

A derivative to the Selective pallet racking, the Double Deep system requires the use of a specialist reach truck or an attachment fitted to reach truck. Whilst achieving increases in capacity of up to 30% above the former, only 50% of the pallets are immediately accessible.

This system however provides an excellent method of increasing warehouse capacity or when alternative systems such as the Drive-In which require high numbers of homogenous pallet types, are not possible.


Video