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Capacity and location of
tanks for stationary
and fuel oil engines,
185

Carbon, how to remove, 149
Carburetor, how to adjust,

152

how connected to engine,
73

how a regular is made, 73
how a regular one works,
73

how a simple one works,

72

why used, 70
Carburetors, 132

for motor boat engines, 94
for motor cars, 84
Care and attention of sta-
tionary and fuel oil
engines, 185

Cellular radiators, 87
Centennial exposition, gas
engines at, 12

Centrifugal shaft type gov-
ernor, 113

Circuit breaker jump spark
ignition, 175

Circuit breaker spark coil
system for motor
cars, 85

City gas, 132

Cleanliness, economy of,

139

Clutches, cone, 161

Clutches, disk, 162

for mobile engines, 161
for stationary engines,
164
friction, 161

magnetic, 161, 163
Coal oil, 117

Combustion chamber of oil
engines, 115

Commercial gas engine, first,

9

Compression stroke, 18, 19
Cone clutches, 161
Connecting rod, 38

Constant pressure gas en-
gine, 9

Cooling Diesel engines, 127
Cooling oil engine cylinders,

115

Cooling schemes, cylinder,
81

Cooling system, air, 81
for motor boat engines, 95
for airplane engines, 101
See Water Cooling Sys-
tems
water, 81

Cooling tank system, water,
60
Crankshaft, 39

Cross head pins, 38
Crude fuel oils, 116, 133,

175

Crude oils for Diesel en-
gines, 176

[blocks in formation]

experiments showing prin-
ciple of, 32

four stroke cycle, 128

four stroke cycle engine,
120

governors for, 126
how started, 127
longitudinal cross section
of, 124

scavenging pump, 126
transverse cross section of,
125

how it works, 31

See also Internal Com-
bustion engine

Diesel engines, 103

lubricating oil, 145
piston rings, 145
seat of trouble, 142
when engine knocks, 139
when engine overheats,

139

when engine works badly,
142

Disk clutches, 162
Distillate, 117

Distilling apparatus, water,
136

Distributor ignition system,
175

for timing device, 86
Distributors for ignition
systems, 76

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Engine, how a Diesel works, | Engine, scavenging pump

31

how to find horsepower

of, 32

how to remedy defects,
150

how to use the power of

your, 176

the electrical way, 176
the mechanical way, 176
kind you want, 169
second hand engines,

171

small versus large con-
cerns, 169
Knight sleeve valve, 93
lag of, 151

lead of an, 152
most economical, 119
motor boat gasoline, 94
motor car gasoline, 83
motor-cycle, 70
muffler for motor car,
89

overheats, when the, 149
cause of the disturb-
ance, 149
power, loss of, 138
radiators, 152

room of stationary and

fuel oil engines, 188
runs smooth, how, 21
See also Gas Engine

See also Internal Combus-

[blocks in formation]

tion Engine

stroke engines, 172

Engines, type of engine in

relation to fuel avail-
able, 173

vertical versus horizon-
tal engine, 171
cooling Diesel, 127
cooling systems for air-
plane, 101

crude oils for Diesel,
176

Diesel, 103

Diseases of, 139, 142
See Diseases of Engines
electric ignition systems
for motor boat, 94
governors for Diesel, 126
governors for oil, 112
hot ball, 32

hot bonnet, 32
hot head, 115

how to install, 180, 182
ignition devices for oil,
109

lubricating Diesel, 128
lubricating, systems for,
176

lubrication of oil, 116
mixing valves and injec-

tors for oil, 104
mixing valves for oil, 103
mobile, 69

motor boat lubrication
systems, 95

mufflers for airplane en-
gines, 101

Engines, oil, 102
oiled, how, 57
portable gasoline, 62
See also Gas Engines
See also Portable Gaso-
line Engines

See also Stationary En-
gines

semi-Diesel, 103

single cylinder versus mul-
ticylinder, 173

size in relation to fuel
economy, 173
starters for airplane, 101
stationary gasoline, 62
two stroke versus four
stroke, 171
vertical versus horizontal,
171

Exhaust pipe, 61

for motor boat engine,
96

for stationary and fuel
oil engines, 187
Exhaust pot, 61

for stationary and
fuel oil engines,

187
Exhaust stroke, 20
Exhaust valve, 16
for a gas engine, 36
how they work, 20
Experiments showing prin-
ciple of Diesel en-
gine, 32

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