問題一覧
1
an incorrectly set cooling system pressure control
2
rollers bear on the portion of the tube which is in the tube sheet
3
inside diameter of the ring dam
4
pressure
5
the heat of a fire melting the link
6
distance piece
7
Deterioration of paints, seals, metals, and electrical insulation may occur
8
compensating needle valve adjusted by stability
9
by resistance to the fluid flow through the system
10
high exhaust temperature in all cylinder
11
bourdon tube
12
Titanium
13
lubricated properly during engine operation
14
jacket water heater
15
slightest backfire could cause an explosion
16
increased compression ratio
17
Worn shaft seals
18
have gags installed on all safety valve
19
braided inner layers
20
To slow the action of the piston preventing shock and damage due to hammering effects.
21
need replacement if the damper remains closed
22
Volute
23
provide complete gear tooth inspection
24
Suction valve is closed
25
Moisture in the compressed air supply
26
Increased wear of moving parts.
27
away from you to correct alignment
28
Inspect the telltale holes for leakage
29
The torch oxygen inlet hose thread connection is "right"handed
30
in the reservoir return line
31
Quick disconnect coupling
32
The type of metal being joined and the welding process used
33
Compressed air
34
liner surface should have a crosshatch pattern
35
Pumped fluid volume to decrease
36
compensating needle valve adjusted for stability.
37
shield the flame from the incoming air blast while allowing some mixing of fuel and air
38
Run the machine with the bearing housing drain plug open for a short while
39
capacity varies directly as the speed
40
Injector damage
41
Prevent foaming
42
Shut down the power unit and use two wrenches to avoid damaging the tube when tightening.
43
The largest inside diameter ring without loss of oil.
44
gas driven turbocharger because it has a wide speed range and high temperature materials that are subject to resonant vibration
45
burning heavy fuel oil with significant amount of sulphur
46
bridge gauge
47
incorrect connecting rod alignment
48
Turning Gear
49
The steam pressure rise
50
affects the starting ability of a cold engine
51
air in the fuel system
52
ignition quality of the fuel
53
Inspect the telltale holes for leakage
54
volumetric efficiency will be decreased
55
exhaust gases at various locations
56
Decreased compression ratio
57
  low hydraulic oil viscosity
58
exhaust gases at various locations
59
decrease
60
12000 hours
61
Open the make-up feed valve bypass and check the condenser level immediately
62
stuck-up fuel injection pump
63
scaling
64
better heat conductivity
65
increases
66
bourdon tube
67
Welding
68
reduce oxidation
69
Excessive liner wear causes wear between piston rings and grooves.
70
Moisture in the compressed air supply
71
AA automatically bypassing the fluid via an internal valve arrangement
72
Filter
73
poor quality of fuel oil
74
more rapid the rise in combustion pressure
75
1/3 to 1/2
76
shorten the ring break-in period
77
16 mm
78
Å Å viscosity will increase
79
Air motor
80
send to the nearest authorized repairer
81
The stroke
82
flaring tool
83
Blood poisoning
84
protects engine personnel from burns due to accidental contact
85
stock and die
86
reamer
87
motor
88
doubler-plater to be pitted
89
interference fits
90
Reservoir is subjected to a partial vacuum
91
The filters and strainers should be checked frequently
92
Pressurized tank
93
volute type
94
overload engine
95
A A A A Compression set or wear
96
first stage discharge pressure
97
clogged suction air filter
98
outside micrometer
99
continuously throttle steam resulting in wire drawing and erosion of the valve
100
culating fore or aft peak tank
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150問 • 1年前問題一覧
1
an incorrectly set cooling system pressure control
2
rollers bear on the portion of the tube which is in the tube sheet
3
inside diameter of the ring dam
4
pressure
5
the heat of a fire melting the link
6
distance piece
7
Deterioration of paints, seals, metals, and electrical insulation may occur
8
compensating needle valve adjusted by stability
9
by resistance to the fluid flow through the system
10
high exhaust temperature in all cylinder
11
bourdon tube
12
Titanium
13
lubricated properly during engine operation
14
jacket water heater
15
slightest backfire could cause an explosion
16
increased compression ratio
17
Worn shaft seals
18
have gags installed on all safety valve
19
braided inner layers
20
To slow the action of the piston preventing shock and damage due to hammering effects.
21
need replacement if the damper remains closed
22
Volute
23
provide complete gear tooth inspection
24
Suction valve is closed
25
Moisture in the compressed air supply
26
Increased wear of moving parts.
27
away from you to correct alignment
28
Inspect the telltale holes for leakage
29
The torch oxygen inlet hose thread connection is "right"handed
30
in the reservoir return line
31
Quick disconnect coupling
32
The type of metal being joined and the welding process used
33
Compressed air
34
liner surface should have a crosshatch pattern
35
Pumped fluid volume to decrease
36
compensating needle valve adjusted for stability.
37
shield the flame from the incoming air blast while allowing some mixing of fuel and air
38
Run the machine with the bearing housing drain plug open for a short while
39
capacity varies directly as the speed
40
Injector damage
41
Prevent foaming
42
Shut down the power unit and use two wrenches to avoid damaging the tube when tightening.
43
The largest inside diameter ring without loss of oil.
44
gas driven turbocharger because it has a wide speed range and high temperature materials that are subject to resonant vibration
45
burning heavy fuel oil with significant amount of sulphur
46
bridge gauge
47
incorrect connecting rod alignment
48
Turning Gear
49
The steam pressure rise
50
affects the starting ability of a cold engine
51
air in the fuel system
52
ignition quality of the fuel
53
Inspect the telltale holes for leakage
54
volumetric efficiency will be decreased
55
exhaust gases at various locations
56
Decreased compression ratio
57
  low hydraulic oil viscosity
58
exhaust gases at various locations
59
decrease
60
12000 hours
61
Open the make-up feed valve bypass and check the condenser level immediately
62
stuck-up fuel injection pump
63
scaling
64
better heat conductivity
65
increases
66
bourdon tube
67
Welding
68
reduce oxidation
69
Excessive liner wear causes wear between piston rings and grooves.
70
Moisture in the compressed air supply
71
AA automatically bypassing the fluid via an internal valve arrangement
72
Filter
73
poor quality of fuel oil
74
more rapid the rise in combustion pressure
75
1/3 to 1/2
76
shorten the ring break-in period
77
16 mm
78
Å Å viscosity will increase
79
Air motor
80
send to the nearest authorized repairer
81
The stroke
82
flaring tool
83
Blood poisoning
84
protects engine personnel from burns due to accidental contact
85
stock and die
86
reamer
87
motor
88
doubler-plater to be pitted
89
interference fits
90
Reservoir is subjected to a partial vacuum
91
The filters and strainers should be checked frequently
92
Pressurized tank
93
volute type
94
overload engine
95
A A A A Compression set or wear
96
first stage discharge pressure
97
clogged suction air filter
98
outside micrometer
99
continuously throttle steam resulting in wire drawing and erosion of the valve
100
culating fore or aft peak tank