This system is provided

with 64 mm (2 ½ in.) hose

connections

for full-scale firefighting at the

following designated building

locations:

This a hose connection

provided with 38 mm (1½ in.) hose or

within thirty seven meters (37 m) of a

hose connection system shall be

provided with 38 mm (1 ½ in.)

A type of standpipe system in

which the pipes are normally not filled

with water. Water is introduced into the system

thru fire service connections when needed.

is an auxiliary fifire line

system with a constant water supply

installed primarily for emergency use

by the occupants of the building.

A pipeline system

filled with water and connected to a

constant water supply for the use of the BFP

and the occupants of the buildings

solely for fire suppression purposes

is a hose

connection at grade or street level for

use by the Fire Service only. It is also

known as Fire Service Connection.

 shall be used

for Class I system.

Wet standpipe system extending from the

cellar or basement into the topmost

storey shall be required in the following:

The size of the

standpipes shall

not be less than

_______

in diameter

Each wet standpipe

outlet shall be supplied

with a hose not less

than ____in

diameter

technique whereby air is

blown into spaces which are designed to be kept

clear of smoke

Fittings and connections

shall be of sufficient

strength to withstand

_____ of

water pressure when

ready for service.

All dry standpipes shall be

tested hydrostatically to

withstand not less than

_____

above the maximum

working pressure

Wet standpipe system

may be supplied from a

sprinkler system only

when in compliance

with _____, Standard

for the Installation of

Sprinkler System.

 All horizontal runs of

dry standpipe systems

shall have a twenty

percent ___ slope

for the purpose of

draining.

The wet standpipe shall deliver not

less than one hundred thirty two

liters ___ of water per minute

Pressure or gravity tanks shall have a

capacity sufficient to furnish at least __ liters of water

per minute for thirty (30) minutes.

Will put out fires in

ordinary combustibles, such as wood and paper.

The numerical rating for this class of fire

extinguisher refers to the amount of water the fire

extinguisher holds and the amount of fire it will

extinguish

should be used on fires

involving flammable liquids, such as grease,

gasoline, oil, etc. The numerical rating for this

class of fire extinguisher states the approximate

number of square feet of a flammable liquid fire

that a non-expert person can expect to

extinguish

are suitable for use on

electrically energized fires. This class of fire

extinguishers does not have a numerical rating.

The presence of the letter “C” indicates that the

extinguishing agent is non-conductive

are designed for use on

flammable metals and are often specific for the

type of metal in question. There is no picture

designator for Class D extinguishers. These

extinguishers generally have no rating nor are

they given a multi-purpose rating for use on other

types of fires

Maximum travel distance to Extinguisher of "Class B hazards " Of Low-Medium-High type of Hazard

Maximum Area per Extinguisher of "Class A Hazard " Low

An integrated system of underground or

overhead piping or both connected to a source

of extinguishing agent or medium and

designed in accordance with fire protection

engineering standards which, when actuated

by its automatic detecting device, suppresses

fires within the area protected.

An integrated network of

hydraulically designed piping system

installed in a building, structure or area with

outlets arranged in a systematic paoern which

automatically discharges water when

activated by heat or combustion products

from a fire.

Identify A

Identify B

Identify C

Identify D

designed to keep the

pressure elevated in a fire-suppression system so

that the main fire pump is prevented from running

unless absolutely necessary. It consists of a motor, a

pump and a controller.

usually refers to a pressure-increasing component of the water supply for fixed-place fire suppression systems such as fire sprinklers, standpipes, and foam systems.

Identify 1

Identify 2

Identify 3

Identify 4

identify 5

Identify 6

Identify 7

SPRINKLER SYSTEM

SPRINKLER SYSTEM