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12 000 WATT FM BROADCAST TRANSMITTER
XL12
Safety (Page 3)
01 January 2002
ELECTRIC SHOCK - RESCUE METHODS
Electricity can damage the body in a number of ways. It may interfere with the proper functioning of the nervous
system and the heart action, it can subject the body to extreme heat and can cause severe muscular contractions.
The path that the current of electricity takes through the body is important. Currents which pass from hand to hand
or from hand to foot may pass directly through the heart and upset its normal functioning. This threat to life is
related to the amount of current or amperage that will flow through a victim's body. Very little current (as little as
10 milliamps) can result in severe shock or death.
Speed in the application of first aid measures is absolutely essential in cases of electrical injury. As soon as the
victim is freed safely from the source of the electrical current, if breathing has stopped, artificial respiration should
be commenced immediately. If the carotid pulse cannot be felt, external cardiac massage should be commenced
simultaneously. Resuscitation should be continued until the patient is breathing on his own or until medical aid
arrives. Survival rates can be quite high if cardio-pulmonary resuscitation is started within 3 to 4 minutes of the
injury being received.
ACT AT ONCE - DELAY OR INDECISION MAY BE FATAL
1.
Turn
OFF
the electrical source.
2.
Commence artificial respiration immediately.
3.
Treat for burns, bleeding and shock.
REMOVING A CASUALTY FROM ELECTRICAL CONTACT
LOW VOLTAGE
- 0 to 240 volts (household use)
Switch off the current, if possible and time permits. If the switch cannot be located immediately and the supply is
through a flexible cord or cable, the current may be shut off by removing the plug or even breaking the cable or
wrenching free. Never attempt to shut off current by cutting cord with a knife or scissors.
If the current cannot be shut off, the greatest care is necessary in removing the casualty. Household rubber gloves,
rubber or plastic hose (if there is no water in them), a dry unpainted stick or a clean dry rope can be used to free
victim.
HIGH VOLTAGE
- 240 volts and up (industrial machines and power lines)
Do not touch any person or equipment in contact with a wire.
Use a dry unpainted pole , clean dry rope, dry rubber or plastic water hose to separate the casualty from the
contact.
Keep as far away as possible.
Do not touch the casualty until he is free.
Summary of Contents for XL12
Page 194: ...Figure SD 2 Electrical Schematic Exciter Stage Page SD 2 01 January 2002...
Page 195: ...Figure SD 3 Electrical Schematic RF Drive Stage Page SD 3 01 January 2002...
Page 196: ...Figure SD 4 Electrical Schematic RF Power Stage Page SD 4 01 January 2002...
Page 197: ...Figure SD 5 Electrical Schematic Control Monitor Functions Page SD 5 01 January 2002...
Page 198: ...Figure SD 6 Electrical Schematic AC DC Power Stage Page SD 6 01 January 2002...
Page 199: ...Figure SD 7 Electrical Schematic Remote Interface PWB NAPI25A Page SD 7 01 January 2002...
Page 200: ...Figure SD 8 Electrical Schematic Exciter Interface PWB NAPI22E Page SD 8 01 January 2002...
Page 201: ...Figure SD 9 Electrical Schematic RF Drive Tuning PWB NAPI60 Page SD 9 01 January 2002...
Page 202: ...Figure SD 10 Electrical Schematic Distribution PWB NAPI50B Page SD 10 01 January 2002...
Page 203: ...Figure SD 11 Electrical Schematic DC Power Supply PWB NAPS16C Page SD 11 01 January 2002...
Page 210: ...Figure MD 3 Assembly Detail NAC101 Control Monitor Panel Page MD 3 01 January 2002...
Page 212: ...Figure MD 5 Assembly Detail NAPI25A Remote Interface PWB Page MD 5 01 January 2002...
Page 213: ...Figure MD 6 Assembly Detail NAE73A Exciter Panel Page MD 6 01 January 2002...
Page 214: ...Figure MD 7 Assembly Detail NAPI22E Exciter Interface PWB Page MD 7 01 January 2002...
Page 215: ...Figure MD 8 Assembly Detail NAE83 RF Drive Panel Page MD 8 01 January 2002...
Page 216: ...Figure MD 9 Assembly Detail NAAA02 RF Drive Amplifier Page MD 9 01 January 2002...
Page 219: ...Figure MD 11 Assembly Detail NAPS10B Regulated Power Supply PWB Page MD 11 01 January 2002...
Page 220: ...Figure MD 12 Assembly Detail NAPI50B Distribution PWB Page MD 12 01 January 2002...
Page 221: ...Figure MD 13 Assembly Detail Fan Tray P N 183 8350 Page MD 13 01 January 2002...
Page 222: ...Figure MD 14 Assembly Detail NAF102 RF Output Filter Top View Page MD 14 01 January 2002...
Page 223: ...Figure MD 15 Assembly Detail NAF102 RF Output Filter Rear View Page MD 15 01 January 2002...
Page 224: ...Figure MD 16 Assembly Detail NAFP90 Forward Reflected Power Probe Page MD 16 01 January 2002...
Page 225: ...Figure MD 17 Assembly Detail NAX161 Static Drain Choke Page MD 17 01 January 2002...
Page 228: ...Figure MD 20 Assembly Detail NAPP02 RF Current Probe PWB Page MD 20 01 January 2002...
Page 229: ...Figure MD 21 Assembly Detail Capacitive Divider Assembly 176 8253 Page MD 21 01 January 2002...
Page 231: ...Figure MD 23 Assembly Detail NASR108 AC DC Power Supply Top View Page MD 23 01 January 2002...
Page 232: ...Figure MD 24 Assembly Detail NASR105 01 Power Transformer Assembly Page MD 24 01 January 2002...
Page 233: ...Figure MD 25 Assembly Detail 3 Rectifier UP28 Page MD 25 01 January 2002...
Page 234: ...Figure MD 26 Assembly Detail NAPS16C DC Power Supply PWB Page MD 26 01 January 2002...
Page 235: ...Figure MD 27 Assembly Detail NAPI48B DC Power Supply Monitor PWB Page MD 27 01 January 2002...