M7 Max Flashcards

1
Q

Used for sheet metal layout

A

steel rules

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2
Q

Useful for taking measurements up to several feet

A

Flexible steel tape

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3
Q

graduation lines are as close as possible to fave to minimize parallax

A

scale handling

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4
Q

Used to measure squareness of components

A

tri-square

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5
Q

Used to measure angles

A

protractor

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6
Q

Used to measure inside or outside radii

A

radius gauge

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7
Q

A marking tool used ONLY for aluminum and NEVER for titanium

A

soft lead pencil

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8
Q

Used to scribing arcs and circles

A

dividers

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9
Q

Used to mark permanent lines on components

A

scriber

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10
Q

Used to apply a specific torque value to a fastener

A

torque wrench

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11
Q

Type of torque wrench that show the actual torque on mechanical, dial, or electronic scale

A

Indicating torque wrench

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12
Q

Type of torque wrench that signals when torque is reached

A

signaling torque wrench

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13
Q

Concentrate the force from hammer blow to area of tip

A

punch

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14
Q

Type of punch that has a 60deg angle of tip

A

center punch

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15
Q

Type of punch that is spring loaded

A

automatic center punch

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16
Q

Type of punch Used to drive out a bolt/pin

A

drift punch

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17
Q

Type of punch that has a parallel shank

A

pin punch

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18
Q

Used for separating material but also for producing grooves and notches

A

Saw/sawing

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19
Q

Used to remove/reduce material from metal/wood

A

file

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20
Q

A process of filing that alters the size and shape of a part and considerable amount is removed

A

rough process

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21
Q

A process of filing that smoothens a surface and doesn’t remove much material

A

Finish process

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22
Q

A file cut that has a very smooth finish

A

curved tooth (dreadnought)

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23
Q

A filing technique where file is moved crosswise to the edge side by side until they form a radius

A

filing a convex (rounding the corners of sheet metal)

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24
Q

A filing technique where file advances sideways

A

filing a concave

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25
Q

A filing technique that is used for final finish to remove raw edges

A

draw filing

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26
Q

Used to clean files

A

steel brush

27
Q

Used to tighten drill

A

reamer

28
Q

Used to secure parts/components when working

A

clamping

29
Q

To create an aerodynamically smooth surface

A

countersinking

30
Q

Used to cut external threads (male thread)

A

stock and die

31
Q

Used to cut internal threads (female thread)

A

Tape wrench and hand tap set

32
Q

How to thread using tap set

A

1.)Taper Tap 2.)Intermediate Tap 3.)Bottoming Tap

33
Q

Used to remove burrs around the edges

A

debarring tool

34
Q

Used to provide HIGH QUALITY and ACCURATE hole

A

reamer

35
Q

Used to measure roundness or smoothness

A

Dial Test Indicator

36
Q

A type of PME in simple construction that measures dimensions in a faster way

A

Vernier Caliper

37
Q

A type of PME that measures dimensions more accurately. It has a main scale and a spindle

A

micrometer

38
Q

Used for fine grinding

A

abrasive wheel

39
Q

Most common hand held motor for drilling sheet metal using compressed air

A

pneumatic drill

40
Q

Used to determine drill bit size

A

drill gauge

41
Q

Circumferential speed of drill

A

drill speed

42
Q

A drilling machine that is mounted in bench/floor

A

pillar drill

43
Q

Used to locate drill holes

A

hole finder

44
Q

Used to keep drill bits 90deg to the surface when drilling

A

drill guide

45
Q

Used to block the drill to achieve a desired hole depth. It locks into drill with screws

A

drill stops

46
Q

Used to accurately drill rivet holes

A

nut plate drill jig

47
Q

Highest point of drill (blade)

A

margin

48
Q

Helical groove and lowest point of drill

A

flute

49
Q

Peripheral portion of body between adjacent flutes

A

land

50
Q

A part of drill which includes the flute, margin, and land

A

Body

51
Q

Plain and cylindrical part of drill with no teeth

A

shank

52
Q

A type of riveting joint where materials overlap each other (single shear)

A

lap joint

53
Q

A type of riveting joint where materials are connected by an inner lug (single shear)

A

butt joint

54
Q

A type of riveting joint where materials are connected by an inner and outer lug. For this reason

A

weight and drag increases (double shear)

55
Q

Should be 2.5-4 times thicker than the thinnest sheet metal

A

rivet diameter

56
Q

Should be 1.5 times larger/longer than rivet diameter

A

rivet length

57
Q

Size of drill hole in relevance to the rivet shank

A

drill hole should be 0.1mm larger than rivet shank

58
Q

The cause of rivet damage where upset head is too small

A

hole is too large and rivet length is too short

59
Q

The cause of rivet damage where upset head is too large

A

rivet length is too long

60
Q

Cause of upset head to crack

A
  • Too heavily squeezed rivet
  • No heat treatment
  • False storage of cooled rivets
61
Q

Cause of rivet shaft to drop during squeeze

A
  • Too long rivet
  • Too large hole
  • Dolly contaminated
  • Dolly is not perpendicular
62
Q

Distance between rivet center and element’s edge

A

Edge margin (for boeing)/edge distance (airbus)

63
Q

Distance between fastener rows

A

Spacing

64
Q

Distance between rivets

A

Pitch