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1. Handling technology 2. Design Criteria 3. Storage plan 4. None of the above
Vertical lift modules (VLM) are a highly dense media for warehouse storage. As a storage method, there a few clear advantages of this handling criteria
Excellent use of vertical height. Up to 90% space savings over steel shelving.
Modular and can be increased in height over time
For me it should be
Design Criteria - as height utilization will be come in design criteria.
I fully agree with the answers been added by EXPERTS...............thanks.
Hello Team,
Whether the warehouse is a small manual operation or a large automated facility, the following three principles are relevant:
· Design criteria,
· Handling technology, and
· Storage plan.
Design Criteria
Warehouse design criteria address physical facility characteristics and product movement. Three factors to be considered in the design process are:
· the number of stories in the facility:
· The ideal warehouse design is limited to a single story so that product does not have to be moved up and down.
· The use of elevators to move product from one floor to the next requires time and energy.
· The elevator is also often a bottleneck in product flow since many material handlers are usually competing for a limited number of elevators.
· While it is not always possible, particularly in central business districts where land is restricted or expensive, warehouses should be limited to a single story.
Handling technology
The second principle focuses on the effectiveness and efficiency of material-handling technology. The elements of this principle concern, i.e.:
· Height utilization:
· Regardless of facility size, the design should maximize the usage of the available cubic space by allowing for the greatest use of height on each floor.
· Most warehouses have 20- to 30-foot ceilings (1 foot = 12 inch; 1 inch = 2.54 cm), although modern automated and high-rise facilities can effectively use ceiling heights up to 100 feet.
· Through the use of racking or other hardware, it should be possible to store products up to the building's ceiling.
· Maximum effective warehouse height is limited by the safe lifting capabilities of material-handling equipment, such as forklifts.
· product flow:
· Warehouse design should also allow for straight product flow through the facility whether items are stored or not.
· In general, this means that product should be received at one end of the building, stored in the middle, and then shipped from the other end.
· Straight-line product flow minimizes congestion and confusion.
· movement continuity:
· Movement continuity means that it is better for a material handler or piece of handling equipment to make a longer move than to have a number of handlers make numerous, individual, short segments of the same move.
· Exchanging the product between handlers or moving it from one piece of equipment to another wastes time and increases the potential for damage.
· Thus, as a general rule, fewer longer movements in the warehouse are preferred.
· movement scale economies:
· Movement scale economies imply that all warehouse activities should handle or move the largest quantities possible.
· Instead of moving individual cases, warehouse activities should be designed to move groups of cases such as pallets or containers.
· This grouping or batching might mean that multiple products or orders must be moved or selected at the same time.
· While this might increase the complexity of an individual's activities since multiple products or orders must be considered, the principle reduces the number of activities and the resulting cost.
Regards,
Saiyid
agree with all expert answers
2. Design Criteria +++++++++++++++++++
2. Design Criteria>>>>>>>>>>>>>>>>>>>>>>>
Agree on expert answers. Thanks
Thanks for the invite ............................ 2. Design Criteria
Thanks
I agree all the answers given by experts
Designing Criteria
Warehouse design criteria address physical facility characteristics and product movement.