16) Reinforcing member
The component of rack decking which increases the capacity rating and rigidity of the assembly. Examples are: channels, tubes, rods, etc.
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The component of rack decking which increases the capacity rating and rigidity of the assembly. Examples are: channels, tubes, rods, etc.
A pallet designed and constructed to use both the top and bottom deckboards as load bearing members. This pallet has identical top and bottom decks.
A pallet possessing one load bearing deck.
A pallet that does not utilize a bottom deck. Generally supports the top deck by means of blocks and stringers.
A pallet constructed with no spacing along the deck(s).
A beam that provides two horizontal surfaces on which the rack decking can be placed. Usually the top surface supports the deck and the lower surface supports the reinforcing members.
The per square inch weight of the pallet load does not vary from one point to another on the pallet. Indicates that the load on a pallet is evenly distributed. Any static load which is evenly distributed over the entire surface of the rack deck. A load, as on a shelf, or pair of load beams, supported by all, or nearly all of the shelf or beam supporting surfaces
A conveyor that moves perpendicular to the floor and provides intermittent operation of a single load-carrying platform or cage which travels up and down on steel rails or guideways. There are many configurations of vertical reciprocating conveyors (VRCs) including those with a single mast, single rail, double mast, double rail and even models which offer incline travel versus strict vertical travel. There are also numerous platform configurations ranging from a simple flat steel surface to a powered roller conveyor deck with controls that are integrated with the controls of powered feed and take away conveyor lines at the different levels.
The difference between the fully raised height of the platform deck and the fully closed height of the platform deck on a scissors lift.
Descriptive term for the flanged portion of the wire mesh rack decking. Most commonly the waterfall extends downwards over the outside face of the beam. The waterfall should extend past the radius of the beam a sufficient distance to minimize the potential for accidental displacement of the decking.