Page 1016 - Industrial Power Engineering and Applications Handbook

Index 961
minimum oil. 633-4 multispeed motors. 100 control type couplitip ICY-20 I
operating conditions. 63 I-?. reactors. 85 I controlgear awmhlies. 3334 I8
wlphur hexatlouride gas. 63743 connectors ,see joints drawout chassis centres. 376-7
cwv-pole. ox I con\tant tilled fluid couplings. 19X. 190. installation. 384--7
iiicuutn. 643-6 200 niaintcnance, 3x4-7
vw ci/.w breakers: circuit interrupters: constant torque speed control. 101-3 painting, 400- I7
motor protection circuit constants, metals. 7 12 conversion formulae. 374
breakers contact bouncing. 57 1-2, 576-7 conversion table%. .329
c i rc ti i t i lit crruprer5. 627-5 6 contact resistance. soil. 7 IO convertcr unit$. I 17.- 19, 132-3
i\tance techniques. 642-3 cwitactors: cooli tip:
arc extinction. 640-1 air brcak. 317-18 air. 255
comparisons, 650-5 duty cycles. 3 I7 curves, 56-8
cmxmt c hoppi 118. h4GX motor ctimponent selection. 3 12- I3 induction motor\. Ih. 24-7. 5h-X
difierent mediums. 632-46 \;icLIuIll. 31 1-12. 315 isolated phase hu\ \! \tenis. 042
inediunis. 632-46 continuous current capacity. 954 .;y.;tems. 16. 24-7
puffer technique. 640-1 continuous current ratings. 345-6. 37 1-2 water teniperaturc. IO
\tandai-ds. 656 continuous duty motors (CMR). 5 I. 53-5 copper:
\witch closure>. 629 continuous enclosures see cnclosures cable current ratin?. -37 1-2
\witching mediuni\. 629-30 continuous operating voltage. maximum. current ratings. 371-2. 915-lh. 910
t heory. 629-30 593 current-carrying capacity. 9 16-34
thermal blast techniques. 642-3 continuous rating, 942 electrical propertic\. 9 17- I8
circuits \cc pow’er circuits control: mechanical properties. 9 I7
circulation theory. 711. 742 a\\ernbly types centres, 336 physical propertic\. 9 I7
c.las\ificatioii: niotors. 1-240 propertic\. 9 15- I S
chcinical \apour. I79 d.c. link \moothing. 128-9 ctandard\. 02.5
pses. 170 bipolar junction transistors, I 12 core losses. 18
constant d.c. voltage source. 129 core-balanced current transformer\
current sources. I79 (CBCT). 4x8. 685-8
cyclo converters. I27 design parameters. 0x54
surge mcsterc. 0 13-1 5 Ditrlington transistors. I 12-1 3 grwnd leakage cui-i-cnts. OX7
I:HV \ystem. 736 dircct torquc. 108- I I insulation. 686
volatile liquid. 179 energy conservation, 131-8 mounting. 686-X
\ oltagl‘ \y\tem. 730 feedback devices. I I1 wiring incthods. 6Xh
cleaning bcarings. 236 frequency converters. I27 coreles5 i-ciictor\. 848 9
clcaning prior to painting. 100 I gate turn-off rwitche\. 1 IS. 125 corrcction:
clearances. 434. 87 I-? induction motors. 8 1-96 V-belt factors. 2 I I
closing coil. 383 insulated gate bipolar transistors. power factors. 765-72
CMR sev continuoils duty niotors 113-14 relay\. 169-72
coaling.;, 400-4. 409 inverter units. I IO. 1 19-25 coupling\:
COD scv chemical oxygcn demand MOSFETs. 113 carrier equiptneiir. 73X
colliery motors. 187 rectifier unit configurations. 120-1 constant tilled Iluid. 198. 199. 200
commissioning motor checks. 234 regenerative schemes. 127-8 construction. 108-202
c(jiiiiiiuiiiciiti[)ii service disturbances. 73(i-9 shrouding centres, 374-5 control type. 199-201
commutation. I I6 \ilicon rectifiers, 115-16 delaqed action. 107-8
components: slip recovery systems. 140-2 dircct. 197
electric motors. 3 I8 slip-ring induction motors. 81-96 eddy current couplings. 202. 20.;
niotors. 3 I?- I7 soft starting. I3840 environincnt-friend14. 198
ratings. 3 18 \olid-state technology. I 11-16 tlcxible. I97
sclection for motor\. 3 12- I7 \piice heater\ centres. .374-5 fluid couplings. IOX-201
short-time rating guidelines. 367 speed variation, I45 dc. drivc comparisons. 1 -4X-~SO
condenser\. Fenerators. 501 -2 static. 97- I64 comparisons. 148-50
conductivity. 7 IO. 0 I6 static drives, 138-45 static drivc comparison. 115-6
conductors: \toppins. 140 hydi-aulic, 198-201
electrical propcrtic\. 9 IS- I6 switchgcar assembly centrcs. 37h- linc devices. 738
iwlated phase bus \ystems, 944-5 7 magnetic. 202
mechanical properties. 91 5 thyristors. 114-16 operation principle\. 198-202
metals. 701-3 torque. 108-1 1 rigid. 197
ininimum sile. X66 p;rnels. 337-9. 507-9. 759-60. 767 speed control. 1-45
niouiiting precautions. 905 rectiticr unit configuration\. 120-1 speed \iiriati(iii. 145
physical properties. 9 15 silicon rectifiers. I 15-1 6 traction type, 199
properties. 905. 913. 915-16 slip-ring induction motors, X 1-96 variable speed fluid couplings. 14s.
proximity effects. X73. 878-00 solid-state technology. I I 1-16 148-50. 201
ratings. 9 13 25 5tiitic. 97-164 v~i~i;iblc~tillinp. I9‘)-71)1
scctions. 8x0-2. 934-5 \upply schemes, 3x3. 384, 385 criiiic ni(otoi-\. l6X-9
size determinaiion. 941-5 switchgcar assemblies diagrams, 387- creepage. 433. 87 I-?
skin effects. 873-8. 938-9 07 critical installations. I83--5
space factors. 870 thyristors. I 14-16 CSI .see current sourcc inserters
,\w cilso aluminium. copper: silver \oltage transformer schemes, 168 CT operated thermal o\ el-current iclaqs
connection\: .sc’c O/S(J motor control centre\ 286
currcnt transformer\. 490- I control triinsfbrniers. 4.55. 406-9. 49 1-4 Curie point\. 303-4