MODULE 10 Storage and handling equipment Flashcards

1
Q

“The best handling solutions involve the least handling.Handling adds to the cost but not to the value of the product.”

(Linde Materials Handling)
A

True

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2
Q

The greater the storage an operation requires, the greater the density of pallet storage needed.

A

True

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3
Q

The trade-off is the fact that these systems take longer to access and deposit pallets and may require specific handling equipment or a different type of racking

A

True

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4
Q

Wide aisle adjustable pallet racking on the other hand doesn’t takes up more floor space but products are easier and quicker to access.

A

False
Takes up

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5
Q

The type of storage will depend on the configuration of the building, the type of MHE currently in use and the budget available.

A

True

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6
Q

Block stacking is the most common method of storing large quantities of single SKU products.

A

True

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7
Q

Damage - Sufficient space needs to be allocated for forklift trucks to access each stack.

A

False
Access

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8
Q

Access- The items at the bottom can be crushed by the weight of the items above

A

False
Damage

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9
Q

Stock rotation. Unless product can be accessed at both ends of the stack, items can only be despatched on a LIFO (last in, first out) basis.

A

True

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10
Q

Space utilization. Utilization can be very poor if stock does not move quickly through the warehouse.

A

True

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11
Q

The use of pallet collars and converters can reduce the potential damage to underlying pallets and increase the stack height

A

True

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11
Q

The terms adjustable pallet racking (APR) and wide aisle racking (WAR) are not seen as interchangeable.

A

False
Seen

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12
Q

Wide aisle or selective pallet racking is not present in the majority of warehouses worldwide, most versatile of any racking

A

False
Present

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13
Q

Double-deep pallet racking, as the name implies, allows pallets to be stored two Shallow in the racking thus eliminating an aisle

A

False
Deep

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14
Q

By adding the number of access aisles and using the space saved to accommodate additional racking, a double-deep configuration provides a highly space-efficient storage system.

A

False
By reducing

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15
Q

Narrow aisle racking, as the name implies, utilizes APR and provides storage for greater concentration of pallets by reducing the aisle width to circa 1.6 metres

A

True

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16
Q

The trucks are manoeuvred within the aisles via wire-guided systems or guide rails.

A

True

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17
Q

The use of guide rails does not prevents the use of powered pallet trucks in this area to pick up and deposit pallets in the pick face as they are unable to access the pallets.

A

False
The use of guide rails prevents

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18
Q

Narrowing the aisles too much restricts the speeds at which a forklift can travel between picking locations.

A

True

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19
Q

The use of articulated trucks in narrower aisle racking means that different aisle widths can be achieved but without the need for wire-guided systems or guide rails and a perfectly flat floor

A

False
Similar

20
Q

Drive-in racking provides a safe and efficient equivalent to block stacking for loads that are too fragile or unstable to be stacked on top of each other

A

True

21
Q

Drive-in racking allow for first in, first out (FIFO)

A

False
Does not

22
Q

Drive-in/drive-through racking is a high-density storage medium suitable for large quantities of single SKUs.

A

True

23
Q

Its advantages are the increased potential for damage

A

False
Its disadvantages are the increased potential for damage

24
Q

Drive-in/drive-through racking can be used at the despatch area to stage outgoing pallets by truck, reducing the amount of floor space required in this area.

A

True

25
Q

Pallet-flow racking is driven by gravity

A
26
Q

Push-back systems work by placing pallet loads on a series of nesting carts fed forward by gravity on rigid structural steel rails

A

True

27
Q

in mobile racking floor space is being saved at the expense of a slowing down in the load-retrieving operation.

A

True

28
Q

The shuttles are controlled remotely via a radio frequency (RF) battery-operated control system and special channel rails.

A

True

29
Q

Multiple shuttles can’t be controlled by one forklift truck.

A

False
Can

30
Q

Satellite racking can also utilize the space above the loading bays.

A

True

31
Q

The ACTIV System can buffer, sort, and stage palletized unit loads in exact loading sequence.

A

True

32
Q

Very high bay warehouse consist essentially of massive blocks of racking, built as an integral structure to a high degree of precision, and often acting as a support for the building’s roofing and wall cladding.

A

True

33
Q

Cantilever racking is an ideal solution for long or heavy items such as pipe storage, timber, carpet or furniture storage.

A

True

34
Q

Where a warehouse has sufficient height it can be very cost effective to construct a mezzanine floor.

A

True

35
Q

An HPT has a hydraulic pump to enable the operator to lift a pallet sufficiently to be able to move it across the warehouse floor.

A

True

36
Q

These are battery operated and are used for loading, unloading, picking and pallet-transfer duties to and from the receiving and despatch areas

A

True

37
Q

Tow tractors/tug are utilized where distances between points within the warehouse are long and there is a requirement to move a number of pallets at the same time.

A

True

38
Q

Using special reflective surfaces placed throughout the facility, the automated laser-guided vehicle continuously checks its position and path as it is controlled by the WMS.

A

True

39
Q

In order to take advantage of the cubic capacity of a building, pallets or unit loads need to be lifted into position.

A

True

40
Q

Pallet or ‘Walkie’ stack are used for moving pallets around the warehouse and when required can lift pallets up to 5 metres. They can be pedestrian, ride-on, stand-in or seated

A

True

41
Q

CBTs are the most common trucks to be found in a warehouse. They are fast, flexible and versatile, They are powered by diesel, battery, LPG or CNG. They can operate inside and outside the warehouse.

A

True

42
Q

Reach trucks are not ideal for working within narrower aisles

A

False
Ideal

43
Q

Narrow aisle or turret trucks are designed to operate with little more aisle space than their own width.

A

True

44
Q

Articulated forklift trucks load and unload vehicles and deliver pallets directly to the racking in a single operation.

A

True

45
Q

Automated storage and retrieval systems
(AS/RS) utilizes fixed path cranes to collect pallets at the front of the racking system and transport them to empty locations within the racking

A

True

46
Q

all unit loads can be moved or picked up by standard pallet forks.

A

False
Not all

47
Q

The new fork-based scanning process not only results in significant time savings compared with manual scanning, but reduces the forklift driver’s workload and ensures low picking error rates.

A

True