2008 STATISTICS

 

SUPPRESSION

RESPONSES

JAN 177
FEB 173
MAR 179
APR 156
MAY 154
JUN 174
JULY 153
AUG 174
SEP 160
OCT 170
NOV  
DEC  
TOTAL 1670

 

SUPPRESSION

RESPONSE TIME *

JAN 1.79
FEB 1.57
MAR 2.02
APR 2.15
MAY 1.58
JUN 2.10
JULY 1.59
AUG 1.52
SEP 2.02
OCT 1.55
NOV  
DEC  
AVERAGE 1.79

 

SUPPRESSION

TRAVEL TIME *

JAN 4.67
FEB 5.13
MAR 4.60
APR 4.11
MAY 4.32
JUN 4.11
JULY 4.40
AUG 4.38
SEP 4.42
OCT 4.26
NOV  
DEC  
AVERAGE 4.44

 

SUPPRESSION

ALERT TO

ARRIVAL  TIME *

JAN 6.46
FEB 7.10
MAR 6.62
APR 6.26
MAY 5.90
JUN 6.21
JULY 6.39
AUG 6.30
SEP 6.42
OCT 6.21
NOV  
DEC  
AVERAGE 6.39

 

EMS RESPONSES

JAN 531
FEB 502
MAR 453
APR 471
MAY 553
JUN 511
JULY 481
AUG 500
SEP 445
OCT 492
NOV  
DEC  
TOTAL 4939

 

SUPPRESSION / EMS

 COMBINED RESPONSES

JAN 708
FEB 675
MAR 632
APR 627
MAY 707
JUN 685
JULY 634
AUG 674
SEP 605
OCT 662
NOV  
DEC  
TOTAL 6609

 

AVERAGE COMBINED SUPPRESSION / EMS

CALLS PER DAY

JAN 23
FEB 24
MAR 20
APR 21
MAY 23
JUN 23
JULY 20
AUG 22
SEP 20
OCT 21
NOV  
DEC  
AVERAGE 22

 

* DENOTES DATA IN MINUTES

 


 

LAST UPDATE: 11/21/2008 01:22 AM

BY: BAVFC WEBMASTER

MICROSOFT FRONT PAGE 2003

COPYRIGHT © 1999-2008

BEL AIR VOLUNTEER FIRE COMPANY

ALL RIGHTS RESERVED

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

CARBON MONOXIDE (CO) DETECTORS

 Home Dangers

Every year nearly 4,000 Americans die in home fires and more than 25,000 are injured. Children and the elderly are especially at risk in home fires because they are less able to escape when fire strikes. There are a few hundred CO fatalities annually, and many more persons suffer flu-like symptoms from CO exposure. You can improve the chances that your family will survive a home fire or CO leak by installing smoke and CO alarms and knowing what to do if they sound.

Alert your family to danger

The primary fire safety strategy for any home is to warn the occupants early and get everyone out as quickly as possible. The best way to get the earliest warning of danger is by installing enough smoke alarms. Homes should have a smoke alarm near the bedrooms, but not so close to the kitchen that you have problems with alarms from cooking. It's a good idea to have a smoke alarm in each bedroom, especially if you sleep with the door closed.

CO usually comes from faulty heating appliances but may also come from fireplaces or cars running in attached garages. CO cannot be seen, tasted or smelled, so the only way to detect a CO problem is to have a CO alarm. CO alarms should be located near the bedrooms.

If your smoke or CO alarm sounds, get everyone outside.

What kinds are there?

There are two kinds of smoke alarms -- ionization and photoelectric. The ionization smoke detectors activate quicker for fast, flaming fires and the photoelectric type is quicker for slow, smoldering fires. Either one will provide you enough time to get out, but having a mix of the two types is a good idea. Models with both sensors are better than single sensor units, but of course they cost more.

Smoke alarms are powered either by household current (ac), a battery, or ac with a battery that keeps it operating during power outages. The battery type is easy to install in existing homes but the battery must be changed annually. Building codes for new homes require ac powered alarms with battery backup. For greater safety, older ac only smoke alarms should be replaced with ac/battery alarm, and new codes requires any smoke alarm older than 10 years to be replaced.

Many local building codes now require CO alarms when a home uses gas or oil, or has a fireplace. CO alarms are also powered by either household current (ac), a battery, or ac with a battery. Most CO comes from equipment that will not be working during a power outage so plug-in units are good. But if you might heat your home with a fireplace, wood stove, or kerosene heater when the power is out, you may want to use a battery-powered alarm. The sensor element in some CO alarms must be replaced regularly. Consider the cost of the replacement element in making your selection.