37
Blockage of exhaust outlets
can cause carbon monoxide
to accumulate in the cabin
and cockpit area even
when the hatches, windows, portholes and doors
are open. Sea walls and other confined spaces
can cause CO levels to be dangerously elevated.
Exhaust from another vessel
alongside your boat, while
docked or anchored, can
emit poisonous CO gas inside the cabin and
cockpit areas.
The “station wagon effect”
or back drafting can cause
CO gas to accumulate
inside the cabin, cockpit/
hardtop or bridge areas when the boat is under-
way, using protective weather coverings (canvas),
high bow angle, improper or heavy loading, slow
speeds, or at rest. This can occur when traveling
behind another boat.
How does CO affect us?
In high concentrations, CO can be fatal in minutes.
However, the effects of lower concentrations over
a extended period of time can be just as lethal.
Our blood uses hemoglobin to carry the oxygen
we breathe to different body parts. Unfortunately,
hemoglobin carries CO more readily than it does
oxygen. The result is when we breathe in CO it
replaces oxygen in our blood and we begin to
suffocate. Also, when we are removed from the CO
source it remains in our blood for hours causing
long term effects. People have been known to
become sick and even lose consciousness hours
after exposure.
Carbon monoxide accumulation requires immediate
attention! Thoroughly ventilate cabin and cockpit
areas. Determine the probable source of the carbon
monoxide and correct the condition immediately.
Anyone with symptoms of CO poisoning should
be placed in a fresh air environment and medical
attention found immediately. Regal has installed
CO detectors on your boat. Have these detectors
professionally calibrated at regular intervals
according to the manufacturer’s recommendations.
A Few Notes About Diesel/CO Poisoning
The diesel engine under normal combustion
produces much smaller amounts of CO. Therefore,
it is far less likely to be fatal to a healthy person.
Other factors including weather, temperature and
engine condition can greatly affect the unsafe
build-up of CO. The best approach is to respect
and treat the engine, generator and other vessel
components the same way you would a gasoline
propulsion system giving particular attention to the
sources and possible effects of CO poisoning!
Diesel exhaust in the combustion process
produces various components and the captain
must be aware that the build-up of these select
components over a period of time can cause CO
or seasickness like symptoms. These include
carbon dioxide, carbon monoxide (CO), nitrogen
dioxide, nitric oxide, sulfur dioxide and others. Be
careful with boats mooring with engine/generator
running overnight. A healthy person breathing
in sulfur dioxide over a period of time through a
diesel engine or generator exhaust can develop
nausea. This condition is not life threatening but the
person may exhibit CO poisoning or seasickness
symptoms. Just never rule out that it could be CO
poisoning! Immediately find the source of the
problem and move the individual to fresh air.
Summary of Contents for 38 SAV 2019
Page 1: ...1 REGAL 38 SAV OWNER S MANUAL NOVEMBER 2019 EDITION...
Page 32: ...32 Navigation Light Rules...
Page 46: ...46 Navigation Rules...
Page 49: ...49 Lateral Aids...
Page 50: ...50 Channel Markers Regulatory Markers...
Page 52: ...52...
Page 53: ...53...
Page 153: ...153 Engine Starting Stopping Controls...
Page 208: ...208 TV SYSTEM COMPONENTS WIRING TV SYSTEM COMPONENTS WIRING...
Page 225: ...225 Dockside Cords...
Page 259: ...259 GENERAL ARRANGEMENTS...
Page 260: ...260 TOP VIEW...
Page 261: ...261 DOMESTIC SEATING OCCUPANCY...
Page 262: ...262 SLING LOCATIONS FOR LIFTING...
Page 265: ...265 YAMAHA OPTIMUS STEERING SYSTEM TWIN O B SHOWN...
Page 266: ...266 YAMAHA OPTIMUS FUEL HARNESS...
Page 267: ...267 GARMIN ETHERNET NETWORK NOTE GARMIN ETHERNET NETWORK LOCATED BEHIND GARMIN STBD PLOTTER...
Page 268: ...268 YAMAHA OPTIMUS NMEA NETWORK...
Page 269: ...269 AMPLIFIER SPEAKER WIRING...
Page 270: ...270 HULL HARDWARE AFT THRU HULLS...
Page 271: ...271 DECK HARDWARE OVERVIEW...
Page 272: ...272 DECK HARDWARE 1 AFT...
Page 273: ...273 DECK HARDWARE 2 BOW...
Page 274: ...274 DECK HARDWARE 4 PORT...
Page 275: ...275 DECK HARDWARE 5 TRANSOM...
Page 276: ...276 AMPLIFIER RCA WIRING SETTINGS...
Page 277: ...277 BATTERY MANAGEMENT PANEL COMPONENTS...
Page 278: ...278 BATTERY MANAGEMENT PANEL SWITCHES HARNESSES...
Page 279: ...279 BATTERY MANAGEMENT PANEL POWER CABLE OVERVIEW...
Page 280: ...280 BATTERY MANAGEMENT PANEL POWER CABLES 1...
Page 281: ...281 BATTERY MANAGEMENT PANEL POWER CABLES 2...
Page 282: ...282 BATTERY MANAGEMENT PANEL POWER CABLES 3...
Page 283: ...283 DECK HARNESS ROUTING 1...
Page 284: ...284 DECK HARNESS ROUTING 2...
Page 285: ...285 DECK HARNESS ROUTING 3...
Page 286: ...286 DECK HARNESS ROUTING 4...
Page 287: ...287 DECK HARNESS ROUTING 5...
Page 288: ...288 D C DISTRIBUTION PANEL FRONT...
Page 289: ...289 D C DISTRIBUTION PANEL REAR...
Page 290: ...290 HELM D C BREAKER PANEL FRONT...
Page 291: ...291 HELM BREAKER PANEL REAR...
Page 292: ...292 120 VOLT AC SHIP S MAIN PANEL FRONT...
Page 293: ...293 120 VOLT AC SHIP S MAIN PANEL REAR...
Page 294: ...294 SEAKEEPER WIRING...
Page 295: ...295 SUMP BILGE PUMP FLOAT SWITCH WIRING...