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M7 Flashcards

1
Q

REPRESENT A DANGEROUS SOURCE OF ACCIDENTS, ESPECIALLY WHEN WORKING WITH INSTRUMENT AND DEVICES

A

FATIGUE OF PERSONNEL

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2
Q

ALCOHOL & DRUGS. CAN RENDER A PERSON A HAZARD BOTH TO HIMSELF AND TO HIS CO-WORKERS

A

PERSONAL MALPRACTICES

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3
Q

BOTH IN NORMAL PRÖCESSES AND IN EMERGENCY PROCEDURES IS ESSENTIAL

A

SUPERVISION AND TRAINING

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4
Q

THEY PROHIBIT AN ACTION THAT COULD CAUSE A HAZARD. (RED)

A

PROHIBITION SIGNS

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5
Q

THEY COMMAND A CERTAIN ACTION (BLUE)

A

MANDATORY SIGNS

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6
Q

THEY WARN AGAINST A DANGER OR RISK. (YELLOW)

A

WARNING SIGNS

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7
Q

THEY SHOW ESCAPE ROUTES, EMERGENCY DOORS; FIRST AID DEVICES
OR THe wAy To THeM (GREEN)

A

EMERGENCY SIGNS

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8
Q

LOADS LIFTED MANUALLY SHOULD NOT EXCEED

A

20Kg

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9
Q

MECHANICAL LIFTING EQUIPMENT SHOULD-BE USED FOR LOADS IN EXCESS OF

A

20 Kg

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10
Q

HEAVY ANP BULKY OBJECTS HAVE TO BE LOADED ONTO VEHICLES, UNLOADED FROM VEHICLES OR MOVED AROUND WITHN THE FACTORY ARE DEFINED AS

A

LOADS

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11
Q

HIGH LOADS OR INCORRECT METHODS OF LIFTING (TV/ VAE) CAN RESULT A DAMAGE OF THE INTERVERBRAL DISCS CAUSING CONSIDERABLE PAIN AND THE DAMAGE CAN BE PERMANENT

A

SLIPPED DISC

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12
Q

SHOULD BE APPOINTED WHO IS RESPONSIBLE FOR THE COMPLETION OF THE TASK

A

TEAM LEADER

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13
Q

IF SOUND LEVEL REACH OR EXCEED THE LIMIT (A) AT WORKPLACE THE RESPECTIVE WORKLACE IS REGARDED AS NOISE SECTOR.

A

80 decibels

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14
Q

IF SOULD LEVEL REACH OR EXCEED THE LIMIT (4) THE WORKPLACE IS CLASSIFIED AS IDENTIFIABLE NOISE SECTOR. (NEED TO WEAR EAR PROTECTION)

A

85 decibels

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15
Q

FATAL

A

O. I Amp bis 0. 2 Amp

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16
Q

MUSCULAR CONTRACTION

A
  1. 012 Amp bis 0.02 Amp
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17
Q

MAY FEEL SOME SENSATION

A

0.001 Amp bis 0.008 Amp

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18
Q

USED FOR ALL PNEUMATIC TOOLS LIKE DRILLS, RIVET GUNS, PAINT SPRAY - GUN ETC. (NORMALLY CREATED BY A COMPRESSOR)

A

COMPRESSED AIR

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19
Q

USED TO INFLATE, TIRES AND SHOCK STRUTS

A

COMPRESSED NITROGEN

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20
Q

NITROGEN AND OXYGEN

A

COMPRESSED GASSES

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21
Q

WHEN FULL THEY ARE NORMALLY PRESSURIZED TO

A

2,900 PSI

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22
Q

CARRIED ON AIRCRAFT FOR EMERGENCIES TO SUPPORT BREATHNG AT HIGH ALTITUDES IN THE EVENT OF A CABIN PRESSURE LOST.

A

PRESSURIZED OXYGEN

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23
Q

CAUSES SPONTANEOUS COMBUSTION WHEN IN CONTACT W/ OILS OR GREASES

A

Oxygen

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24
Q

ARE EASY COMBUSTIBLE DUE TO THE CARBON IN THEIR MOLECULAR STRUCTURE AND THEIR LOW FLASH and IGNITION POINT

A

OILS and GREASES

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25
Q

-WHEN WORKING ON A HIGH ATTITUPE WORK PLACE
-HIGHEST POSSIBLE WORK AREA IS THE UPPER END OF VERTICAL STABILIZER

A

> 1m above ground

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26
Q

ARE MAINLY ORGANIC SUBSTANCES WHICH ARE USED TO DISSOLVE, DILUTE OR SUSPEND OTHER MATERIAL IN ORDER TO ENABLE THEIR PROCESSING OR REMOVAL

A

Solvents

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27
Q

HAS BEEN PART OF ACCIDENTS AND UNSCHEDULED MAINTENANCE REPORTS SINCE THE EARLIEST DAYS OF AVIATION

A

FOREIGN OBJECT DAMAGE (FOD)

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28
Q

PROPELLER NICKS, TYRE DAMAGE AND FABRIC TEARS

A

FOD

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29
Q

SOLID MATTER (WOOD, FABRIC, PAPER)

A

CLASS A

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30
Q

LIQUID MATTER OR MATTER THAT WILL BECOME LIQUID (OILS, GREASE)

A

CLASS B

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31
Q

GASEOUS MATTER (HYDROGEN, PROPANE, PETROLEUM GAS)

A

CLASS C

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32
Q

FLAMMABLE METAL (MAGNESIUM, POTASSIUM, NATRIUM)

A

CLASS D

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33
Q

COOKING OIL AND FAT

A

CLASS F

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34
Q

WORK BY COOLING THE FIRE BELOW THE IGNITION TEMPERATURE.

A

WATER EXTINGUISHERS

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35
Q

SHOULD ONLY BE USED FOR CLASS A

A

WATER EXTINGUISHERS

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36
Q

CAN INTENSIFY THE FIRE WHEN USED IN CLASS D Or CLASS F

A

WATER EXTINGUISHER

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37
Q

WORK BY ELIMINATING OXYGEN FROM A FIRE AID BY DECREASNG THE TEMP.

A

CARBON DIOXIDE EXTINGUISHER

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38
Q

SUITABLE TO EXTINGUISH CLASS A and B FIRES

A

CARBON DIOXIDE EXTINGUISHER

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39
Q

MOST EFFECTIVE ON CLASS A,B,C

A

DRY POWDER EXTINGUISHERS

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40
Q

USE STORED PRESSURE TO DISCHARGE THE AGENT

A

DRY POWDER EXTINGUISHERS

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41
Q

MOST COMMON FIRE EXTINGUISHER FOR AIRCRAFT CABIN FIRES IS HALON

A

HALOGENATED HYDROCARBON

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42
Q

A LIQUEFIED, COMPRESSED GAS THAT STOPS THE SPREAD OF FIRE BY
CHEMICALLY DISPUTING COMBUSTION

A

Halon

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43
Q

USE AN AQUEOUS “ FILM FORMING FOAM “ (AFFF) AGENT THAT BUILD A LAYER OF FOAM WHEN IT IS DISCHARGE.

A

FOAM FIRE EXTINGUISHER

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44
Q

SUITABLE FOR CLASS A and B.

A

FOAM FIRE EXTINGUISHER

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45
Q

FOR FIRES OF CLASS D and F EXTINGUISHING AGENT

A

Sand

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46
Q

USE FOR PEOPLE WHEN THe CLOTHES ARE ON FIRE

A

FIRE BLANKET

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47
Q

DUE TO A SPECIAL USE OR HIGHER FIRE RISK SOME FACILITIES
ARE EQUIPPED WITH SEMI -STATIONARY AND STATIONARY FIRE EXTINGUISHING
DEVICES IN ADDITION TO OTHER MENTIONED EQUIPMENT

A

WALL HYDRANT

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48
Q

IS A COVERING LAW AND SERVICES THE COMPANY’S INTEGRAL
EMERGENCY AND CATASTROPHE PROTECTION AND/OR THE LIMITATION OF DAMAGES IN CASE OF EMERGENCIES.

A

ALARM ORDER (AO)

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49
Q

IS RELATED TO LOCAL ACCIDENTS (FIRE AND MATERIAL DAMAGE

A

ALERT PHASE I

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50
Q

IS RELATED TO CRISIS TYPE EMERGENICY SITUATION

A

ALERT PHASE II

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51
Q

DEFINES THE METER AS THE UNIT OF LENGTH AND THE KILOGRAM
AS THe UNIT OF MASS

A

INTERNATIONAL SYSTEM OF UNITS

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52
Q

IS BASED ON A DISTANCE EQUAL TO ONE TEN- MILLIONTH OF THE DISTANCE FROM THE EQUATOR TO THE POLES MEASURED ALONG A MERIDIAN, ALONG
THE EARTH SURFACE

A

METRIC LENGTH SYSTEM / Length of a meter

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53
Q

ITS UNIT OF LENGTH, TIME AND WEIGHT ARE THE INCH, SECOND AND POUND.

A

IMPERIAL SYSTEM

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54
Q

IS USUALLY GIVEN FOR ALL DIMENSIONS ON A DRAWING AND IS STATED IN A PRINTED BOX ON THE DRAWING.

A

GENERAL TOLERANCE

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55
Q

THE DIFFERENCE BETWEEN THE BASIC DIMENSION AND THE UPPER OR LOWER LIMIT

A

ALLOWANCE / TOLERANCE

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56
Q

ARE FOUND IN ALMOST ALL TOOL KITS IN BOTH 6 AND 12-INCH LENGTHS (15-30 cm)

A

STEEL SCALES / STEEL RULES

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57
Q

VERY USEFUL INSTRUMENT FOR TAKING MEASUREMENT UP TO SEVERAL FEET.

A

FLEXIBLE STEEL TAPE

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58
Q

(TO MINIMIZE THE POSSIBILITY OF READING (PARALLAX) ERROR) EYE SHOULD BE AS NEAR AS POSSIBLE

A
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59
Q

MOST COMMON TOOL FOR TESTING SQUARENESS OF COMPONENTS AND PARTS

A

TRI SQUARE

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60
Q

CONSISTS OF A HALF ROUND DIAL THAT IS GRADUATED FROM 0 to 180° AND IS SUITED FOR MEASURING ANGLES OF COMPONENTS AND PARTS

A

Protractor

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61
Q

ARE USED TO MEASURE EITHER INSIDE OR OUTSIDE RÄDII

A

RADIUS GAUGE

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62
Q

-MADE UP OF A NUMBER OF THIN STEEL LEAVES WITH DIFFERENT THICKNESS
THAT FOLD INTO A HANDLE
- CHECK GAPS BOLT HEADS AND NUT

A

THICKNESS (FEELER) GAUGE

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63
Q

IS A SCALE BASED ON 320 DEGREES FARENHEiT FOR FREEZING POINT OF WATER, AND 212 degrees Farenheit FOR BOILING POINT, - 460 °F FOR ABSOLUTE ZERO

A

FARENHEIT UNIT

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64
Q

IS IN GENERAL USE WHEREVER METRIC UNITS HAVE BECOME ACCEPTED, AND IT IS USED IN SCIENTIFIC WORK.

A

CELSIUS UNIT

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65
Q

IS IN BASE UNIT OF THERMODYNAMIC TEMPERATURE MEASUREMENT IN THE INTERNATIONAL SYSTEM (SI) OF MEASUREMENT

A

KELVIN UNIT

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66
Q

MARKING ON THE MATERIAL ALL THE LINES AND POINTS WHICH ARE
NeEDED TO wORK with

A

MARKING OUT

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67
Q

MARKING OUT RULES
1. NEVER USE A LEAD PENCIL ON TITANIUM, THE CARBON, WHEN HEATED CAN INFUSE THE METAL
AND CAUSE CRACKING
2. FOR MARKING OF ALUMINUM ALLOY USE ONLY SOFT LEAD PENCIL
(EXCEPT FOR CUT -LINES, WHEN SCRIBER MAY BE USED)
3. MARK PREFERABLY THIN LINES AND MARK LINES ONLY ONCE
4. WHEN WORKING WITH ALUMINUM PARTS ONLY SOFT LEAD PENCIL MAY BE USED FOR LAYOUT WORK
5. FOR MARKING OUT LENGTH, A RULE OR STEEL TAPE IS USED
6. TRI-SQUARES ARE USED FOR MARKING OUT RIGHT ANGLES

A
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68
Q

USED FOR SCRIBING ARCS, AND CIRCLES, FOR MEASUFING BETWEEN POINTS
AND FOR TRANSFERRING DIMENSIONS

A

DIVIDERS

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69
Q

IS USED TO MARK PERMANENT LINES ON COMPONENT OR PART OF SURFACE

A

Scriber

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70
Q

HAS A VERTICAL BEAM SCALE FIXED TO A FLAT BASE.

A

VERNIER HEIGHT GAUGE

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71
Q

USED ON A SURFACE PLATE OR A MARKING OUT TABLE

A

VERNIER HEIGHT GAUGE

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72
Q

TO COMPARE MEASURED, DATA OF THE INSPECTION TOOL WITH THE TRUE VALUE OF tHE MEASUREMENT VALUE.

A

CALIBRATING

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73
Q

IS THE AMOUNT OF ROTATIONAL FORCE APPLIED WHEN TIGHTENING A FASTENER

A

Torque

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74
Q

PREVENT OVER-TIGHTENING ACCURATE APPLICATION OF TORQUE IS ACHIEVED BY TORQUE WRENCH

A

Torque

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75
Q

CALIBRATED IN INCH-POUNDS OR FOOT - POUNDS (iMPERIAL) OR Nm (METRIC)

A

Torque

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76
Q

SHOW THE ACTUAL TORQUE ON A MECHANICAL SCALE, A DIAL GAUGE OR AN ELECTRONIC SCALE (MEASURING WRENCH)

A

INDICATING TORQUE WRENCH

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77
Q

ARE PRESET TO THE DESIRED TORQUE VALUE AND ARE STARTING A SIGNAL WHEN TORQUE IS REACHED (CLICK WRENCH)

A

SIGNALLING TORQUE WRENCH

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78
Q

CALIBRATION IS DONE EITHER EVERY 6 MONTH OR ANNUALLY

A
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79
Q

CONTROL FRICTION AND WEAR BY INTRODUCING A FRICTION - REDUCING FILM BETWEEN MOVING SURFACE IN CONTACT THEY MAY BE FLUID, SOLID OR PLASTIC

A

LUBRICATION

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80
Q

HIGH COMPLEX MINERAL OR SYNTHETIC SUBSTANCE

A

Lubrication

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81
Q

DERIVED FROM CRUDE OIL, CRUDE OIL CONSISTS OUT OF CARBON HYRIDE

A

Mineral Oil

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82
Q

ARE MANUFACTURED BY CHEMICAL REACTIONS WHICH HAVE AN ADVANTAGE TO CONCERNING A CONSTANT COMPOSITION AND QUALITY

A

Synthetic oil

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83
Q

IS A LUBRICANT COMPOSED OF OIL AND SOMETIMES THE OIL IS THICKENED WITH SOAP OR OTHER, THICKENER TO MAKE A SOLID OR SEMI- SOLID PRODUCT

A

GREASE

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84
Q

CONCENTRATE THE FORCE FROM A HAMMER BLOW TO THE INMEDIATE AREA OF THE PUNCH TiP

A

PUNCHES

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85
Q

GENERALLY COMPOSED OF STEEL, BUT CAN ALSO BE MADE OF COPPER OR BRONZE

A

PUNCHES

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86
Q

THIS HELPS TO PREVENT WANDER WHEN STARTING TO DRILL A HOLE

A

CENTER PUNCH

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87
Q

IT’S TIP IS GROUND TO AN ANGLE OF APPROXIMATELY 60° AND IS USED
TO MAKE INDENTATIONS IN METAL.

A

Center punch

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88
Q

INCORPORATES AN ADJUSTABLE SPRING LOADED, TRIP MECHANISM, NEGATING THE REQUIREMENT FOR A HAMMER

A

AUTOMATIC CENTER PUNCH

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89
Q

THIS IS USED TO START WHEN DRIVING OUT A BOLT OR PIN

A

DRIFT (TAPER) PUNCH

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90
Q

ONCE THE TAPER ALMOST FILLS THE BOLT - HOLE THE JOB SHOULD BE FINISHED WITH A PIN PUNCH TO PREVENT DAMAGE OF THE HOLE

A

DRIFT (TAPER) PUNCH

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91
Q

HAVE A PARALLEL SHANK AND ARE ANAILABLE IN DIFFERENT DIAMETERS

A

PIN PUNCH

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92
Q

MOSTLY USED FOR SEPARATING MATERIAL BUT ALSO PRODUCING GROOVES AND NOTES

A

SAWING

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93
Q

HAS MANY TEETH THEIR CUTTING EDGES ARE GROUND

A

SAW BLADE

94
Q

IS THE SPACE FROM ONE TOOTH TO THE NEXT

A

PITCH

95
Q

FOR SOFT MATERIALS (SAW BLADE) (14 TEETH)

A

COARSE

96
Q

FOR NORMAL MATERIALS (SAW BLADE) (22 -TEETH)

A

MEDIUM

97
Q

FOR HARD MATERIALS (SAW BLADE) (32 TEETH)

A

FINE

98
Q

TO PREVENT THE SAW BLADE FROM BINDING AS IT CUTS INTO THE MATERIAL
THe SCOT IT CREATES MUST BE GREATER THAN The BLADE THICKNESS

FORWARD STROKE WITH PRESSURE
RETURN STROKE WITHOUT PRESSURE

A

CLEARANCE

99
Q

IS ACHIEVED MOSTLY BY ARM MOVEMENT. MOVING THE BODY ASSITS THE PROCESS

A

Sawing

100
Q
  • IS A PROCESS WHICH REMOVES MATERIAL FROM METAL OR WOOD
  • A FINISHING PROCESS TO SMOOTH A SORFACE WITHOUT REMOVING SUCH MATERIAL
A

Filing

101
Q

ARE USED FOR FLAT OR CONVEX SURFACES

A

Flat Files

102
Q

HAVE A CROSS-SECTION THAT IS AN EQUILATERAL TRIANGLE. THESE FILES ARE LIMITED TO INTERNAL ANGLES GREATER THAN 60°

A

TRIANGULAR FILES

103
Q

ARE USED FOR FILING KEYWAYS AND FOR ENLARGING SQUARE OR
RECTANGULAR HOLES

A

Square Files

104
Q

ARE USED TO FILE SMALL INNER RADII

A

Round Files

105
Q
  • HAVE A FLAT SIDE AND A SUDE WITH A RADIUS.
  • ARE USED TO FILE MBDIUM AND LARGE / INNER RADII
A

HALF-ROUND FILES

106
Q

ARE DIVIDED INTO SINGLE CUT, DOUBLE CUT, RASP - CUT AND CURVED -TOOTH

A

File Cuts

107
Q

ARE GENERALLY USED TO PRODUCE A SMOOTH SURFACE OR TO FILE A KEEN EDGE AND FOR USE ON SOFT METALS LIKE LEAD ZINC OR ALUMINIUM.

A

SINGLE CUT FILES

108
Q

ARE USED FOR FAST METAL REMOVAL AND WHERE A ROUGH FINISH IS PERMISSIBLE

A

DOUBLE CUT FILES

109
Q

PRODUCES AN EXTREMELY ROUGH CUT IS USED ON VERY SOFT MATERIALS

A

RASP CUT FILE

110
Q

HAS A CURVED FORM SINGLE CUT AND iS USED TO PRODUCE A VERY SMOOTH FINISH ON SOFT METALS SUCH AS ALUMINUM (OFTEN CALLED DREADNOUGHT)

A

CURVED - TOOTH FILE

111
Q
  • UPPER SIDE OF THe BENCH VICE SHOULD BE 5-8 cm (2-3 inch) BELOW YOUR ELBOWS
  • WHEN FILING VERY SOFT METALS ( LEAD OR ALUMINIUM) PRESSURE SHOULD BE APPLIED ON BOTH
    FORWARD AND BACKWARD STROKES
A
112
Q

IS ALSO USED FOR BREAKING EDGES AFTER MACHINING LIKE SAWING OR
STAMPING OF SHEETS OR OTHER PARTS

A

DRAW FILING

113
Q

DRILLS ARE MADE OF CHROMIUM - VANADIUM - STEEL (CV or HIGH SPEED STEEL (HSS)

A
114
Q

IS THE PART DESIGNED TO FIT INTO THE DRILLING MACHINE

A

Shank of the drill

115
Q

IS THE PART BETWEEN THE POINT AND THE SHANK. IT INCLUDES THE SPIRAL FLUTES, THE LANDS AND THE MARGIN,

A

Body of the Drill

116
Q

When the storage tank or steel cylinder are full of compressed air, they are normally pressurized to ____

A

2900psi (200 bar)

117
Q

In the engineering industry, heavy and bulky objects such as machines, large castings and forgings, heavy beams, and plates etc., which have to be loaded onto vehicles, unloaded from vehicles or moved around within the factory are defined as

A

Loads

118
Q

In the event of an injury that occurred at work, it is the employee’s responsibility to ensure that a record of the injury (and subsequent treatment) is recorded in the

A

Accident book

119
Q

Compressed air is normally created by a compressor, stored in a tank and distributed via

A

pressure lines

120
Q

____entering the bloodstream can result in severe injury or death.

A

Compressed gasses

121
Q

itself does not burn, but supports and intensifies a fire with any combustible material.

A

Oxygen

122
Q

Who can assess the dangers when working with oxygen, is allowed to work with oxygen systems?

A

Trained personnel

123
Q

It most effective on class B and C fires

A

Halogenated Hydrocarbon

124
Q

use an aqueous film forming foam (AFFF) agent that builds a layer of foam when it is discharged through the nozzle onto the surface of a burning liquid, starving a fire by removing the oxygen.

A

Foam fire extinguisher

125
Q

-May be used for layout or for marking reference lines in areas that will not be removed
-when working with aluminium parts and components

A

Pencil

126
Q

THe POINT oF A DRILL INCLUDES THE ENTIRE CONE-SHAPED CUTTING END Of The DRill

A

CUTTING EDGE

127
Q

IS THE PERIPHERAL PORTION OF THE
BODY BETWEEN ADJACENT FLUTES

A

Land

128
Q

HELICAL GROOVES CUT OR FORMED IN THE BODY OF THE DRILL TO PROVIDE CUTTING LIPS, TO PERMIT REMOVAL OF CHIPS AND TO ALLOW CUTTING FLUID TO REACH THE CUTTING LIPS.

A

Flutes

129
Q
  • THE RAISED PART OF THE BEVEL CREATES A GAP BETWEEN THE BORE WALL AND DRILL AND PREVENTS THE SEIZURE OF THE DRILL
A

MARGIN

130
Q

HAS A LONG SHANK FOR REACHING LIMITED - ACCESS AREA. THE DRILL SHOULD NOT BE USED UNLESS ABSOLUTELY NECESSARY

A

EXTENSION DRILL

131
Q
  • HAVE A TAPER CALLED THE MORSE TAPER
  • THE SIZE OF TAPER INCORPORATED ON ANY PARTICULAR DRILL DEPENDS ON THE DRILL DIAMETER
A

TAPER SHANK DRILLS

132
Q

DRILL DIAMETER

A

-MORSE 1 FOR SMALL MACHINE
-MORSE 4 FOR LARGE MACHINES

133
Q

FOR VERY HARD OR TOUGH METALS A GREATER ANGLE AT THE POINT IS OFTEN USED, THE POINT ANGLE MAY BE AS GREAT AS

A

140°

134
Q

FOR VERY HARD OR TOUGH METALS A GREATER ANGLE AT THE POINT IS OFTEN USED, THE POINT ANGLE MAY BE AS GREAT AS

A

140°

135
Q

FOR SOFT METALS OR FIBER,
THE INCLUDED ANGLE SHOULD BE

A

130°

136
Q
  • IS A BENCH - MOUNTED OR FLOOR - MOUNTED MACHINE
    -IS DRIVEN BY AN ELECTRIC MOTOR
    THROUGH A HIGH SPEED - CHANGING MECHANISM; EITHER A BELT TRANSMISSION OR A GEAR TRANSMISSON
A

Pillar Drill

137
Q

THE MOST COMMONLY USED HAND HELD DRILL MOTOR FOR DRILLING AIRCRAFT SHEET METAL

A

PNEUMATIC / AIR DRILL

138
Q

SPARKING IN THE MOTOR CAN IGNITE FUEL OR OIL VAPOR

A

ELECTRIC DRILL

139
Q

ARE MOST OFTEN USED TRILL MOTORS. THESE TOOLS ARE ORDERED BY DRILL POWER AND SPEED

A

PISTOL GRIP / STRAIGHT DRILL

140
Q

ARE USED IN ENVIRONMENTS, IN WHICH A STRAIGHT - GRIP OR A PISTOL GRIP DRILL MOTOR CAN NOT BE USED DUE TO LIMITED SPACE AND ACCESS OR DUE TO THE WORK PIECE GEOMETRY

A

ANGLE DRILL MOTOR

141
Q
  • THIS TOOL ALLOWS THE WORK APPLICATION IN LIMITED SPACE AREAS THOUGH ANCILIARY TRANSMISSION.
  • USE IN CLOSE QUARTERS IS THE PORK CHOP
A

FLAT OFFSET DRILLING HEAD

142
Q

Is used only in limited access areas where an angle drill motor cannot be held perpendicular to the surface

A

FLEXIBLE SNAKE DRILL

143
Q

IS A SIMPLE DRILLING DEVICE, IN WHICH A DRILL IS TURNED WITH MANUAL POWER THROUGH A TRANSMISSION

A

Hand drill

144
Q

HAND DRILL HANDLING

A
  • VERTICAL DRILL
  • HORIZONTAL DRILL
145
Q
  • IS A TOOL WHICH TIGHTENS THE DRILL, COUNTERSINKING BIT, REAMER
A

CHUCK OF THE DRILL MACHINE

146
Q

TO SECURE WORK WHEN USING THE PILLAR A VICE, CLAMPS AND DOGS ARE OFTEN USED

A

PILLAR DRILL CLAMPING

147
Q

MOST WORK WILL BE SECURED BY USING A VICE. THE MAIN USE OF THE VICE IS TO HOLD THE WORK DURING DRILLING REAMING ETC.

A

VICE

148
Q
  • ARE USED IF THE PART CAN NOT BE CLAMPED BY A VICE DUE TO THE PART’S DIMENSIONS
A

CLAMPS AND DOGS

149
Q

IS USED AS A BLOCK AND IS AVAILABLE IN THE MOST COMMON DRILL DIAMETERS.

A

Drill Stop

150
Q

KEEPS THE DRILL 90° TO THE SKIN SURFACE

A

HAND HELD DRILL GUIDE

151
Q

IS DESIGNED FOR ACCURATE DRILLING OF RIVET HOLES FOR NOT PLATES (SOMETIMES CALLED “ANCHOR NUT”)

A

NUT PLATE DRILL JIG

152
Q

-SOMETIMES CALLED “BACK- MARKER”
- CONSISTS OF TWO METAL STRIPES LYING UPON ANOTHER AND IS SLIPPED SIDEWAYS OVER THE NEW
SKIN

A

HOLE FINDER

153
Q

THE SIZE OF A DRILL IS STAMPED ON ITS SHANK. IF SIZE CANNOT BE
READ IT CAN BE DETERMINED BY

A

Drill gauge

154
Q

THE CIRCUMFERENTIAL SPEED OF THE DRILL, IS GIVEN IN FT/MIN or M/MIN.

A

CUTTING SPEED

155
Q

CONSIST OUT A HARDENED METAL PLATE WITH HOLES IN DIFFERENT SIZES

A

Drill gauge

156
Q

ARE RECOMMENDED FOR DRILLING, REAMING AND COUNTER SINKING

A

LUBRICANTS AND COOLANTS

157
Q

IS USED TO IMPROVE TOOL LIFE, HOLE TOLERANCE AND HOLE FINISH

A

LUBRICANTS AND COOLANTS

158
Q

IS A NON - TOXIC FROM THE FATTY ALCOHOL CHEMICAL FAMILY

A

Cetyl Alcohol

159
Q
  • IT IS SUITABLE FOR MANY PRODUCTION OPERATIONS AND IS MANUFACTURED IN SOLID, PASTE AND LIQUID FORMS.
A

Cetyl Alcohol

160
Q

WHEN HOLES ARE DRILLED THROUGH . TWO SHEETS OF MATERIAL, SMALL BURRS ARE FORMED AROUND THE EDGES OF THE HOLES AND CHIPS CAN BE PUSHED BETWEEN THE TWO SHEETS.

A

Deburring

161
Q

THIS TOOL IS DESIGNED TO DEBURR HOLES ON THE BACK SIDE WHICH YOU COULD NOT REACH WITH STANDARD DEBURRING TOOLS , DUE TO LIMITED ACCESS.

A

SPECIAL DEBURRING TOOL

162
Q

IS A FINISHING OPERATION THAT PROVIDES CLOSER CONTROL OF HOLE SIZES AND BETTER
FINISH THAN DRILLING ALONE

A

Reaming

163
Q

MOSTLY HAVE A CYLINDRICAL
SHAFT WITH A SQUARE END

A

Hand Reamers

164
Q

REAMERS ARE CYLINDRICAL OR MORSE TAPERED.

A

SHAFT OF MACHINE

165
Q

ARE THE SPACES BETWEEN THE SINGLE TEETH, ALL CHIPS ARE COLLECTED AND TRANSPORTED IN THESE SPACES.

A

CHUCKING GROOVES

166
Q

IS DESIGNED WITH A LARGE CUTTING ANGLE , SHORT MAJOR CUTTING EDGES AND SHORT OVERALL CUTTING EDGES

A

MACHINE REAMER

167
Q

IS DESIGNED WITH A SMALL CUTTING ANGLE, LARGE MAJOR CUTTING EDGES AND LARGE OVERALL CUTTING EDGE

A

HÄND REAMER

168
Q

HAS A CYLINDRICAL BEGINNING AND IS GUIDED INTO THE HOLE THROUGH A
MATCHING BUSHING

A

PILOT REAMER

169
Q
  • THIS REAMER IS USED VERY OFTEN IT IS GUIDED VERY WELL BY THE FIRST SECTION, WHOSE DIAMETER IS MATCHING WITH THE PILOT HOLE AND ASSURES THROUGH THE DEFAULT REAMER STEP DIAMETER A SUPERIOR FINISH
A

PILOT CHUCK REAMER

170
Q

IS USED WHEN THE HOLE MUST BE CUT A FEW THOUSANDTH OF AN INCH FOR FITTING PURPOSES

A

EXPANSION HEAD REAMER

171
Q

THIS REAMER IS USED TO FINISH A TAPER HOLE ACCURATELY AND WITH A SMOOTH FINISH ADJUSTABLE HAND - REAMER

A

TAPER REAMER

172
Q

THIS REAMER IS THREADED ITS ENTIRE LENGTH AND PITTED WTH TAPERED SLOTS IS TO RECIEVE THE ADJUSTABLE BLADES.

A

ADJUSTABLE HAND - REAMER

173
Q

REAMING SPEED DEPENDS ON THE MATERIAL AND THE DIAMETER OF THE REAMER

A

…

174
Q
  • MOST COMMONLY USED COUNTERSINKS FOR A NORMAL FASTENER IS 100 DEGREES
A

Countersinking

175
Q
  • MOST COMMONLY USED COUNTERSINKS FOR A NORMAL FASTENER IS 100 DEGREES
A

Countersinking

176
Q

FOR SPECIAL FASTENER THERE ARE COUNTERSINKING TOOLS WITH 82° AND 120 ° TO CREATE COUNTER SUNK IS CALLED

A

NACA RIVETS

177
Q

STANDARD COUNTER SINKING TOOL HAS ONE, THREE OR EIGHT CUTTING EDGES (COMMON)

A

….

178
Q

IS USED IF A LARGE AMOUNT OF HOLES HAVE TO BE COUNTERSUNK WiTH
HIGH QUALITY AND UNIFORM DEPTH

A

MICRO STOP COUNTERSINKING TOOL

179
Q

IS USED TO COUNTERSINK INACCESIBLE HOLES

A

BACK COUNTERSINKING TOOL

180
Q
  • IS A OPERATION TO CREATE A FLAT AREA
    ~ IS ALSO USED TO CREATE A FLAT SURFACE ON AN UNEVEN COMPONENT SURFACE
A

SPOT SPACING

181
Q
  • IS THE TOOL USED TO HOLD AND TURN A THREADING DIE WHEN PRODUCING THREADS BY HAND
A

Stock

182
Q

HAVE THREE OR MORE FLUTES TO FORM CUTTING EDGES ON THE INTERNAL THREADS AND CAVITIES FOR REMOVAL OF CHIPS

A

DIE

183
Q

ARE TOOLS USED TO HOLD AND TURN A TAP WAHEN CUTTING INTERNAL THREADS BY HAND

A

TAP WRENCH

184
Q
  • CUT THE THREAD IN ONE GO
  • ARE LONGER THEN HAND TAPS AND THEY HAVE A LONG CHAMFER
A

MACHINE TAPS

185
Q

HAS LONG CHAMFER

A

TAPER TAP

186
Q

HAS A SHORT CHAMFER

A

INTERMEDIATE TAP

187
Q

HAS A CONTINUOUS THREAD

A

BOTTOMING TAP

188
Q

IS MADE OF ABRASIVE MATERIALS
BONDED TOGETHER

A

ABRASIVE WHEELS

189
Q

ARE USED WIDELY IN THE METAL INDUSTRY BECAUSE OF THEIR FLEXIBLE MEASURING AND SIMPLE CONSTRUCTION. THEY CAN MAKE INSIDE OR OUTSIDE AS WELL AS DEPTH

A

VERNIER CALIPER / SLIDING GAUGES

190
Q

ARE USED IF AN ACCURACY IS DEMANDED WHICH CAN NOT BE REACHED WITH VERNIER CALIPER

A

MICRO METER

191
Q

IS A HIGH PRECISION MEASUREMENT TOOL WITH AN ACCURACY OF 0.01 mm IT IS ESPECIALLY USED IN MECHANICAL ENGINEERING FOR COMPARISON, SMOOTHNESS OR ROUNDNESS MEASURING

A

Dial Indicator

192
Q
  • FOR VERY HIGH CURRENTS WITH CORRESPONDING LARGE CLAMP
  • MILLIAMMETER FOR SMALL CURRENTS IN LINES THAT CANNOT BE DISCONNECTED
A

CURRENT CLAMP METER

193
Q

IS DEFINED AS ELECTRONS AT A TIME AND SO THE AMPERE METERING IS A FLOW METERING

A

Ampere

194
Q

DEFINED AS POTENTIAL DIFFERENCE OF THE ELECTRICAL CHARGE BETWEEN TWO PONTS

A

Voltage

195
Q

IS DEFINED BY CURRENT FLOWING AT A DESIGNATED VOLTAGE

A

Electric resistance

196
Q

FOR MEASURING MILLIOHMS (BONDINGS AND GROUNDINGS) THE SO CALLED _____IS

A

KELVIN-MEASUREMENT-METHOD

197
Q

FOR LOW RESISTANCES MEASUREMENTS
SPECIAL MEASUREMENT DEVICES ARE USED
T477W INDICATES THE FAULTY CONTACT VIA FLASHING DECIMAL POINTS ON THE DISPLAY
THe METRAHIT 471 ON THE OTHER HAND, SHOWS THE FLASHING MESSAGE “LEAD OPEN”

A

BONDING METER

198
Q

DETECTING AND LOCATING DEFECTS IN COAXIAL
CABLES OR TWISTED WIRE PAIR CABLES

A

TIME DOMAIN REFLECTOMETRY (TDR).

199
Q
  • IMPULSE REPLECTURY TESTER
  • CONSISTS OF AN IMPULSE GENERATOR
A

TIME DOMAIN REFLECTOMETRY (TDR).

200
Q

WITHOUT SPEED, THE PLANE
CANNOT GAIN HEIGHT.

A

MNEMONIC PHRASE:

201
Q

PRESSURE AND VACUUM ARE
GENERATED AND MAINTAINED.

A

CONTROL MODE

202
Q

THE UUT( UNIT UNDER TEST) IS ISOLATED AND THE PRESSURE MEASURING PART OF THE AIR DATA SET IS ACTIVE ONLY

A

MEASURE MODE

203
Q

PITOT AND STATIC SYSTEM ARE DRIVEN ON AMBIENT PRESSURE IN A CONTROLLED MANNER.

A

VENT MODE

204
Q

THE CONNECTED SYSTEM IS INSPECTED
BY AN AUTOMATIC LEAK TEST.

A

Leak Mode

205
Q

THE CURRENT LIMITS OF ALL FUNCTIONS CAN BE CHANGED.

A

LIMITS MODE

206
Q

TO ENSURE THAT THE STANDBY COMPASS MUST BE CALIBRATED
AND COMPENSATED
THIS IS REALIZED BY

A

Compass swing

207
Q

IS A TEST DEVICE WITH WHICH A
COMPLETE FUNCTIONAL TEST AND A CALIBRATION ON THE FUEL GAUGING SYSTEM CAN BE CARRIED Out IN THE BuILT- IN AS WELL
AS THE REMOVED STATE

A

FUEL QUANTITY GAUGING SYSTEM TEST SET

208
Q
  • NETWORK TESTING EQUIPMENT
    -USED TO CHECK THE WIRING WITH
    HIGH FREQUENCY SIGNALS AND METER
A

FLUKE NETWORK TESTER

209
Q
  • PROTECTED WITH AN OVER - BRAIDED SHIELD AGAINST MECHANICAL DAMAGES AND ELECTRO-MAGNETIC INTERFERENCES.
A

CABLE LOOMS

210
Q

TOTAL LENGTH THAT ADD TO THE WIRING SISTEM OF A380.

A

400km

211
Q

= WIRING DIAGRAM MANUAL

A

-AIRCRAFT SCHEMATIC MANUAL (ASM)
- AIRCRAFT WIRING MANUAL (AWM)
- AIRCRAFT WIRING LIST (AWL)

212
Q

BEFORE: STANDARD PRACTICES ATA 2O
NOW: AIRBUS MANUAL

A

ESPM (Electrical Standard Practices Manual)

213
Q

SHALL FACILITATE THE PRACTICES
IN THE AREAS OPERATION
TROUBLESHOOTING AND MAINTENANCE OF ELECTRICAL AND ELECTRONIC SYSTEM.

A

Manuals

214
Q

ACCESS VIA ALPHABETICAL INDEX

A

ASM OR AWM

215
Q
  • ACCESS WITH KNOWN FIN VIA EQUIPMENT LIST OR HOOK - UP - LIST
  • ACCESS WITH KNOWN WIRE NUMBER VIA MASTER WIRE LIST
A

AWL

216
Q

ARE RESERVED FOR SPECIAL REQUEST BY
AN AIRLINE FOR SYSTEM REFERENCE:

A

LETTERS A AND B

217
Q

IN AIRBUS MANUAL THE UNIT OF LENGTH IS

A

Centimeter

218
Q

EXCLUSIVELY CONTAINS THE MANUALS
OF THE RESPECTIVE CUSTOMER OR A GROUP OF CUSTOMER,

A

WDM

219
Q

SHOWN AT THE BOTTOM OF EACH PAGE.

A

CUSTOMER CODE and REVISION DATE

220
Q

INDICATES FOR WHICH AIRCRAFT THE PAGE IS AVAILABLE
(THE FIRST 3 DIGITS REPRESENT THE FSN OF THE FIRST AIRCRAFT AND THE LAST 3 DIGITS THE FSN OF THE LAST AIRCRAFT OF AN AIRCRAFT BATCH, FOR WHICH THE PAGE ARE APPLICABLE)

A

EFFECTIVITY (EFF)

221
Q

FSN

A

Fleet Serial Number

222
Q

MSN

A

Manufacturer Serial Number

223
Q

IS THE LISTING CRITERIA TO DETERMINE THE PART NUMBER OF EVERY ELECTRICAL / ELECTRONIC COMPONENTS

A

FUNCTIONAL ITEM NUMBER (FIN)

224
Q

THE EQUIPMENT ON THE A/C IS
IDENTIFIED BY A UNIQUE IDENTIFIER.

A

FIN

225
Q

ARE RESERVED FOR SPECIAL REQUEST BY AN AIRLINE FOR SYSTEM REFERENCES

A

A & B

226
Q

ARE RESERVED FOR ELECTRICAL FINS

A

Below 5000

227
Q

ARE RESERVED FOR MECHANICAL FINS.

A

Above 5000

228
Q

ARE IDENTIFIED LIKE EQUIPMENT , BEING GROUPED BY ROUTE AND BY TAPE

A

VS splice

229
Q

IDENTIFIED IN FICTITIOUS CIRCUIT
VT BY A NUMERICAL DESIGNATOR

A

VT terminal block

230
Q

IDENTIFIED IN FICTITIOUS CIRCUIT
VU BY A NUMERICAL DESIGNATOR.

A

VU panel and racks

MTP (2 decks)

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