Standby Generator Flashcards

1
Q

NFPA

A

National Fire Prevention Association

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2
Q

NEC

A

National Electrical Code

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3
Q

NFPA 37

A

Standard for Installation and Use of Stationary Combustion Engines and Gas Turbines

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4
Q

NFPA 70

A

National Electrical Code

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5
Q

NFPA 110

A

Standard for Emergency and Standby Power Systems

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6
Q

NEC 225

A

Branch Circuits and Feeders

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7
Q

NEC 240

A

Overcurrent Protection

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8
Q

NEC 250

A

Grounding

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9
Q

NEC 445

A

Generators

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10
Q

NEC 700

A

Emergency Systems

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11
Q

NEC 701

A

Legally Required Standby

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12
Q

NEC 702

A

Optional Standby

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13
Q

NFPA 37

A

Installation and Use of Stationary Engines

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14
Q

NFPA 54

A

National Fuel Gas Code

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15
Q

NFPA 58

A

LP Gas Code

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16
Q

LOCATION can determine the ff.?

A

Generator size, Transfer switch location, Fuel type, Fuel Capacity

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17
Q

NFPA 37 Section 4

A

specifies generator clearances for outdoor installation.

18
Q

What is Running Watts?

A

power that the generator can supply all the time. Also called rated watts or continuous watts.

19
Q

What is Starting Watts?

A

extra watts needed for 2 or 3 seconds to start motor-driven products like refrigerator or circular saw. This is the maximum wattage the generator can produce. Also called inrush current, surge watts or peak watts.

20
Q

clean burning, available as a liquid or vapor, stored in pressurized containers that require refilling.

21
Q

most cost effective and readily available, delivered through pipelines so refueling is not necessary, less energy efficient per gallon than most , not for indoor use.

A

Natural Gas

22
Q

good choice for portable generators, this can last for up to 3 yrs if properly stored and combined with fuel stabilizer.

23
Q

high durability, long life, readily available, hard starting in cold weather, and offers the most energy per gallon. Last for 6 months to 1 yr.

24
Q

can burn gasoline/diesel and has a natural gas hook up, as well as flexibility for long - term and short - term use based on available fuels.

25
a self - acting, intelligent power switching device governed by dedicated control logic.
Automatic Transfer Switch
26
only powering partial circuits to your home, you will need a center load (panel)
Load Center Automatic Transfer Switch
27
powering your whole house with generator, install between utilities meter and main panel.
Service Rated
28
a device that converts mechanical energy to electrical energy
Generator
29
offer a steadfast solution to extended outages
Standby Generators
30
installed permanently on a concrete pad in your building and will provide uninterrupted backup for days
Standby Generators
31
safely off the grid, the switch starts up the generator before transferring its power to the buidling's electrical panel.
Hz
32
two main parts of generator?
coil, magnet
33
generator set which consists of an engine coupled with a generator that it drives.
Engine
34
the component in the emergency and standby power system that transfers power from the “normal” power source to the alternate power source when the “normal” source of power fails.
Transfer switch
35
The reliability is paramount in emergency and standby power applications. A common cause of engine generator sets failure to start is a battery failure.
Battery System
36
Both engines and the generator require panels for displaying operating conditions and for mounting the controls, providing protection and displaying alarms.
Controls
37
A typical fuel system consists of a day tank and a bulk storage tank.
Fuel storage and pumping system
38
A means of providing an unimpeded flow of fresh outside air into the generator is necessary and serves two purposes
Air Supply and Exhaust
39
sets are available from several hundred watts to about 100 kW
Petrol Engine
40
sets are available for just under 100 kW to 10,000 kW.
Diesel Engine
41
sets are available up to 10,000 kW.
Gas Turbine/Engine