Nfpd 17 (By Ethan K.)

Front 1

NFPA Standard s applied to residential cooking equipment used for commercial cooking operations

Back 1

NFPA 96

Front 2

What term is used for "acceptable to the AHJ"

Back 2

Approved

Front 3

Indicates a mandatory requirement

Back 3

Shall

Front 4

Indicates a recommendation

Back 4

Should

Front 5

A Closure device used to cover an opening, a duct, an enclosure, equipment. Where one night need to get to in the future.

Back 5

Access panel

Front 6

An opening in a building which which is purposed to allow outside air to be drawn in to the structure For a lower concentration of odors suspended particles or heating content

Back 6

Air intakes

Front 7

Equipment and devices used for the purpose of cleaning air passing through them or by them in such a manner as to reduce or remove impurities contained therein

Back 7

Air pollution control devices

Front 8

The opening in a cooking device where vapors, combustion gasses, or both leave the cooking device

The opening in a cooking device where vapors, combustion gasses, or both leave the cooking device

Back 8

Appliance flute outlet

Front 9

An accessory or subordinate part that enables the primary device to preform (or improves) its intended functions

Back 9

Appurtenance

Front 10

What occupancy ratings are used for gatherings of 50 or more persons like a church bus stop, for a special amusement building regardless of occupant load

Back 10

Assembly occupancy

Front 11

Performance of a function without the necessity of human intervision

Back 11

Automatic

Front 12

An object placed in or near an appliance to change the direction of or to redirect the flow of air air fuel mixtures or fume gases

Back 12

Baffle plate

Front 13

An appliance used in the preparation of food whereby foods are exposed to intense radiant heat

Back 13

Broiler

Front 14

What is a continuous passageway for the transmission of air and vapors

Back 14

A duct

Front 15

controls draft or flow of gasses, including air

Back 15

Damper

Front 16

Term for the the time, in minutes or hours, that materials or assemblies have withstood for exposure to fire

Back 16

Fire resistance rating

Front 17

The wall that separates buildings to prevents the spread of fire.

Back 17

Fire wall

Front 18

Devices utilizing intense heat or fire to breakdown and/or oxidize vapors/fumes contained in gasses being exhausted into the atmosphere

Back 18

Fume incinerator

Front 19

A fixed temp. Heat detecting device employed to retain a mechanical control unit. Until designed temp. Is reached

Back 19

Fusible links

Front 20

Disconnects the thermal energy input when the temperature limit is exceeded

Back 20

High limit control device

Front 21

A recognized architectural or mechanical component of a building having a fire resistance rating as required for the structure and who's purpose is to enclose the vapors removal duct for it entire length to the outside

Back 21

Continuous enclosure

Front 22

The testing that is time in minutes or hours that materials or assemblies have withstood a fire exposure.

Back 22

Fire resistance rating

Front 23

An operating device installed as an integral component of a dryer that provides secondary limitation of the grease temp by automatically disconnecting the thermal energy input when temp is exceeded.

Back 23

High Limit Control Device.

Front 24

A device provided for a cooking appliance(s) to direct and capture grease-laden vapors and exhaust gasses.

Back 24

A Hood

Front 25

Manually assembled to another component in such a manner that the operation of one directly affects the others

Back 25

Interconnected

Front 26

Term: to be fixed or set at a desired angle or inclination.

Back 26

Pitched

Front 27

System for control of smoke or vapors from a commercial cooking equipment that do not exhaust outside.

Back 27

Recirculating system

Front 28

Air deliberately brought into the structure, then specifically to the area of combustion process or forced exhaust device, to computers for the vapor being expelled

Back 28

Replacement air

Front 29

Where two or more hazards can be simultaneously involved in fire by reason of their proximity

Back 29

Single Hazard Area

Front 30

Any solid, organic, consumable fuels such as briquettes, mesquite, hard wood or charcoal

Back 30

Solid cooking fuel

Front 31

A substance capable of dissolving or dispersing another substance; a chemical compound designed to convert solid grease to a liquid

Back 31

Solvent

Front 32

A device or method that minimizes the passage of airborne sparks or embers into a plenum.

Back 32

Spark Arrester

Front 33

A device that catches only the heat content of the air for reuse elsewhere, venting all else outside.

Back 33

Thermal Recovery Unit

Front 34

A cup like, or U-shaped configuration located on the inside of a duct system where liquid can accumulate.

Back 34

Trap

Front 35

A system that employs a water spray to clean grease from the plenum of an exhaust hood and portions of the ductwork .

Back 35

Water Wash System

Front 36

Who is responsible for inspection, testing, cleanliness and maintenance of the ventilation control and fire protection of commercial cooking operations.?

Back 36

The Owner

Front 37

Where hoods, grease removal devices, exhaust fans and ducts are not required, _____ of clearance to/from combustible materials

Back 37

18 inches (457 mm)

Front 38

Nitrogen used as an expellant gas shall be standard industrial grade with a dew point of..

Back 38

-60° F

Front 39

___________ shall be capable of detecting and indicating heat, flame, smoke, combustible vapors, or an abnormal condition in the hazard that is likely to produce fire.

Back 39

Automatic Detection Equipment

Front 40

designed that it can be handled by one person, _____ ______shall incorporate a shutoff device to control the flow of dry chemical, can be readily uncoiled with a minimum of delay.

Back 40

Hose Line

Front 41

shall be noncombustible materials of brass, stainless steel, or other corrosion-resistant materials or shall be protected inside and out against corrosion.

Back 41

Discharge Nozzle's

Front 42

Discharge nozzles shall be provided with ______ _______ or other suitable devices or materials to prevent the entrance of moisture, environmental contaminants, or other foreign materials into the piping.

Back 42

Blowoff Caps

Front 43

All operating devices shall be designed for the service they will encounter, shall not be rendered inoperative or susceptible to accidental operation, and shall operate at least from _______ to _______

Back 43

32°F to 120°F (0°C to 49°C).

Front 44

Operating devices shall be marked to indicate their listed minimum and maximum temperature limitations, but all devices shall operate at least from..

Back 44

32°F to 120°F (0°C to 49°C).

Front 45

Manual actuators shall not require a force of more than ____ #'s to initiate operation.

Back 45

40 lbf (178 N)

Front 46

Manual actuators shall not require movement of more than ***** to secure operation.

Back 46

14 in. (356 mm)

Front 47

All readily accessible manual operating devices on systems with fixed nozzles shall identify the ....

Back 47

Hazards they Protect

Front 48

The operating instructions shall be permitted to include the use of pictographs and shall have lettering at least...

Back 48

1⁄4 in. (6.35 mm) in height.

Front 49

All remote manual operating devices shall be identified as to the...

Back 49

hazard they protect

Front 50

_________ _______ shall require manual resetting prior to fuel or power being restored.

Back 50

Shutoff Devices

Front 51

All ______ shall be listed for the intended use, shall be of the quick-opening type, and shall allow free passage of the dry chemical.

Back 51

Valves

Front 52

_______ & _______ shall be of noncombustible material having physical and chemical characteristics such that their integrity under stress can be predicted with reliability. fittings, and connection joints shall withstand the maximum expected pressure in the system

Back 52

Pipe and Fittings

Front 53

shall be galvanized steel, stainless steel, copper, or brass. Special corrosion-resistant materials or coatings shall be required in severely corrosive atmospheres.

Back 53

Pipe and Fittings

Front 54

For _____ ______ ________.. pipe, tubing, and fitting materials shall be in accordance with the manufacturer’s design, installation, and maintenance manual.

Back 54

Pre-engineered Systems

Front 55

Previously installed piping ***** be permitted to be used in new fire-extinguishing systems unless approved by the authority having jurisdiction.

Back 55

Shall Not

Front 56

Systems shall be designed on the basis of the flow and extinguishing characteristics of a specific make and type of ....

Back 56

Dry Chemical

Front 57

Different types of dry chemical shall...

Back 57

Not be Mixed.

Front 58

When used in expellant gas cartridges the vapor phase shall not be less than ____ percent CO2

Back 58

99.5

Front 59

When used in expellant gas cartridges the water content of the liquid phase shall not be more than _____ percent by weight [−30°F dew point].

Back 59

0.01

Front 60

Nitrogen used as an expellant gas shall be standard industrial grade with a dew point of _______ or lower.

Back 60

−60°F (−52.2°C)

Front 61

The ______ _______ ______ used in dry chemical systems shall be designed to meet the requirements of the U.S. Department of Transportation (DOT) or Transport Canada (TC) if used as shipping containers under pressure.

Back 61

Dry Chem Containers

Front 62

The design pressure shall be suitable for the maximum pressure developed at ______° or at the maximum controlled temperature limit.

Back 62

130°F (55°C)

Front 63

Dry chemical systems shall be provided with an ____ or _____ indicator to show that the system is in a ready condition or is in need of recharging.

Back 63

Audible or a Visual

Front 64

During ______, the piping system shall be examined internally to detect and remove contaminants or other foreign materials.

Back 64

Assembly

Front 65

All extinguishing agent storage containers shall be examined to ensure that they are fastened securely to their ______ ______.

Back 65

Mounting Brackets

Front 66

Any hazard that will allow fire propagation from one area to another shall constitute a _______ hazard.

Back 66

Single Fire

Front 67

Where two or more systems are used to protect a common hazard, they shall be arranged for _______ _______. Operation of a single actuator shall cause all systems to operate.

Back 67

Simultaneous Operation.

Front 68

Where two or more hazards could be simultaneously involved in fire by reason of their proximity, the hazards shall be protected by either...

Back 68

individual system installed to operate simultaneously or to protect all hazards that could be simultaneously involved

Front 69

Any hazard that will allow fire propagation from one area to another shall constitute a...

Back 69

Single Fire Hazard.

Front 70

Where systems protect hazards that are normally heated, the power or fuel supply to heaters shall be ______ automatically upon actuation of the extinguishing systems.

Back 70

shut off

Front 71

Where systems protect hazards that have flowing flammable or combustible fluids or gases, the systems shall be provided with automatic means to ensure shutoff of _______&_____< upon operation of the extinguishing systems.

Back 71

power and fuel valves

Front 72

Expellant gas that is used to pneumatically operate shutoff devices shall be taken ___ to its entry into the dry chemical containers

Back 72

prior

Front 73

Where manual actuation is used for protection of hazards other than mobile equipment, the manual actuation device shall be installed no more than ____ and no less than _____ above the floor.

Back 73

48 in. (1200 mm) 42 in. (1067 mm)

Front 74

Where automatic systems protect only common exhaust ducts, a remote manual actuator ______ be required.

Back 74

shall not

Front 75

The amount of _____ _____ in the system shall be at least sufficient for the largest single hazard protected or for the group of hazards that is to be protected simultaneously.

Back 75

Dry Chem

Front 76

Where a dry chemical system protects multiple hazards by means of selector valves, sufficient _______ and ______ shall be kept on hand for one complete recharge of the system.

Back 76

dry chemical, expellant gas

Front 77

Where excessive ________ or mechanical exposures are expected, suitable enclosures or guards shall be provided.

Back 77

climatic

Front 78

The dry chemical container and expellant gas assemblies utilizing nitrogen shall be located where the ambient temperature is normally

Back 78

−40°F to 120°F (−40°C to 48.9°C)

Front 79

Assemblies utilizing carbon dioxide shall be located where the ambient temperature is normally _______.

Back 79

32°F to 120°F (0°C to 48.9°C)

Front 80

The dry chemical container and expellant gas assemblies shall be ______ where they will be accessible for inspection, maintenance, and service.

Back 80

located

Front 81

All ____ shall be laid out to produce the desired dry chemical flow rate at the nozzles.

Back 81

piping

Front 82

All piping shall be installed to _______ possible restrictions due to foreign matter, faulty fabrication, or improper installation.

Back 82

avoid

Front 83

The piping system shall be _____ supported and shall not be subject to mechanical, chemical, or other damage

Back 83

securely

Front 84

All hangers and components shall be ______.

Back 84

steel

Front 85

Ordinary cast-iron hangers/supports, conduit clamps, or “C” clamps shall...

Back 85

not be used.

Front 86

All pipe supports shall be designed and installed to prevent _________ movement of supported pipe during system discharge while permitting __________ movement due to expansion and contraction caused by temperature changes.

Back 86

Prevent latitude, permit longitudinal

Front 87

Pipe thread compound or ____ shall not be used.

Back 87

tape

Front 88

Where the pipe or conduit penetrates a duct, plenum, paint spray booth, hood, or other protected areas, the penetration shall have a ________ continuous external weld or be sealed by a listed device.

Back 88

liquid-tight

Front 89

A _____ ______ _______ shall be used only where there is a permanent enclosure surrounding the hazard that adequately enables the required concentration to be built up.

Back 89

total flooding system

Front 90

The total area of unclosable openings shall not exceed _______ of the total area of the sides, top, and bottom of the enclosure.

Back 90

15 percent

Front 91

Where the total area of unclosable openings exceeds 15 percent of the total enclosure surface area, a _______ ______ ____ shall be used to protect the entire hazard.

Back 91

local application system

Front 92

____ ______ fires involving solids subject to smoldering shall be protected by multipurpose dry chemical systems where the dry chemical can reach all surfaces involved in combustion.

Back 92

Deep-seated