Deck 12: Security and Card Access System Basics

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Question
A silent alarm is more desirable than an audible alarm.
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Question
Most door and window contacts are "normally closed".
Question
Wiring and cabling for all access control systems must comply with Article 300 of the National Electrical Code.
Question
What size resistor is typically used as an EOL resistor?

A) 1000 ohm
B) 4700 ohm
C) 6800 ohm
D) 10 Kohm
Question
Immediate proximity cards must pass __________ from the reader.

A) Less than 2 mm
B) less than 1 mm
C) 10 cm
D) 30 cm
Question
What type of battery is used for the battery backup in an access control syste?

A) Sealed battery
B) Lead-acid battery
C) Gel-type battery
D) All the above
Question
A good rule with power supplies is to not load them more than _____ of their capacity.

A) 50%
B) 60%
C) 70%
D) 100%
Question
Typically, access control systems only require one power supply.
Question
Diodes are used to protect against inductive kick on an electronic strike.
Question
The primary function of an access control system is to ______.

A) Protect valuables
B) Limit access to a desired location
C) Secure the perimeter
D) All the above
Question
The most important function of a keypad is to ________.

A) Act as an interface between the sensors and the electronic strikes.
B) Provide audible alerts for the occupants.
C) Sense motion in the general area of the keypad.
D) Provide the ability to arm and disarm the alarm.
Question
What type of card reader does not require physical contact to occur?

A) Wiegand
B) Magstripe
C) ATM
D) All the above
Question
You will never connect a magnetic lock directly to AC of any voltage.
Question
The installation of class two power sources must comply with Article 725 of the National Electrical Code.
Question
An electric strike will typically operate from_________.

A) 3 or 6 V
B) 6 V
C) 12 or 24 V
D) 48 V
Question
Most door and window contacts are wired as _________.

A) Normally open
B) Normally closed
C) Always open
D) Always closed
Question
What cable is preferred when wiring a security system?

A) Copper clad aluminum
B) 18-22 AWG, twisted 2-wire, stranded
C) Not smaller than 14 AWG copper
D) Any CAT 5 cable
Question
Most access control systems are connected to the buildings network through a CAT 5 cable.
Question
Maglocks are always fail-secure.
Question
The type of sensing device to use in a access control systems typically depends on the layout of the building and the detail in which you need protection.
Question
Match between columns
________ Allow security guards to monitor areas where they do not have to be present
Passive Infrared
________ Allow security guards to monitor areas where they do not have to be present
Active Infrared
________ Allow security guards to monitor areas where they do not have to be present
Ultrasonic
________ Allow security guards to monitor areas where they do not have to be present
Microwave/Radar
________ Allow security guards to monitor areas where they do not have to be present
Vibration
________ Allow security guards to monitor areas where they do not have to be present
Dual-Technology Motion
________ Allow security guards to monitor areas where they do not have to be present
Acoustic
________ Allow security guards to monitor areas where they do not have to be present
Photoelectric Beam
________ Allow security guards to monitor areas where they do not have to be present
Video Motion Detection
Question
Match between columns
________ Combine more than one technology in one enclosure
Passive Infrared
________ Combine more than one technology in one enclosure
Active Infrared
________ Combine more than one technology in one enclosure
Ultrasonic
________ Combine more than one technology in one enclosure
Microwave/Radar
________ Combine more than one technology in one enclosure
Vibration
________ Combine more than one technology in one enclosure
Dual-Technology Motion
________ Combine more than one technology in one enclosure
Acoustic
________ Combine more than one technology in one enclosure
Photoelectric Beam
________ Combine more than one technology in one enclosure
Video Motion Detection
Question
Match between columns
________ Glass break sensor
Passive Infrared
________ Glass break sensor
Active Infrared
________ Glass break sensor
Ultrasonic
________ Glass break sensor
Microwave/Radar
________ Glass break sensor
Vibration
________ Glass break sensor
Dual-Technology Motion
________ Glass break sensor
Acoustic
________ Glass break sensor
Photoelectric Beam
________ Glass break sensor
Video Motion Detection
Question
Match between columns
________ Continually emits an infrared light by infrared light-emitting diode
Passive Infrared
________ Continually emits an infrared light by infrared light-emitting diode
Active Infrared
________ Continually emits an infrared light by infrared light-emitting diode
Ultrasonic
________ Continually emits an infrared light by infrared light-emitting diode
Microwave/Radar
________ Continually emits an infrared light by infrared light-emitting diode
Vibration
________ Continually emits an infrared light by infrared light-emitting diode
Dual-Technology Motion
________ Continually emits an infrared light by infrared light-emitting diode
Acoustic
________ Continually emits an infrared light by infrared light-emitting diode
Photoelectric Beam
________ Continually emits an infrared light by infrared light-emitting diode
Video Motion Detection
Question
Match between columns
________ Must be a direct path from Transmitter to receiver
Passive Infrared
________ Must be a direct path from Transmitter to receiver
Active Infrared
________ Must be a direct path from Transmitter to receiver
Ultrasonic
________ Must be a direct path from Transmitter to receiver
Microwave/Radar
________ Must be a direct path from Transmitter to receiver
Vibration
________ Must be a direct path from Transmitter to receiver
Dual-Technology Motion
________ Must be a direct path from Transmitter to receiver
Acoustic
________ Must be a direct path from Transmitter to receiver
Photoelectric Beam
________ Must be a direct path from Transmitter to receiver
Video Motion Detection
Question
Match between columns
________ Sound waves bounce off the object and back to the sensor's receiver
Passive Infrared
________ Sound waves bounce off the object and back to the sensor's receiver
Active Infrared
________ Sound waves bounce off the object and back to the sensor's receiver
Ultrasonic
________ Sound waves bounce off the object and back to the sensor's receiver
Microwave/Radar
________ Sound waves bounce off the object and back to the sensor's receiver
Vibration
________ Sound waves bounce off the object and back to the sensor's receiver
Dual-Technology Motion
________ Sound waves bounce off the object and back to the sensor's receiver
Acoustic
________ Sound waves bounce off the object and back to the sensor's receiver
Photoelectric Beam
________ Sound waves bounce off the object and back to the sensor's receiver
Video Motion Detection
Question
Match between columns
________ Sense a change in heat
Passive Infrared
________ Sense a change in heat
Active Infrared
________ Sense a change in heat
Ultrasonic
________ Sense a change in heat
Microwave/Radar
________ Sense a change in heat
Vibration
________ Sense a change in heat
Dual-Technology Motion
________ Sense a change in heat
Acoustic
________ Sense a change in heat
Photoelectric Beam
________ Sense a change in heat
Video Motion Detection
Question
Match between columns
________ Detect the sound of breaking glass
Passive Infrared
________ Detect the sound of breaking glass
Active Infrared
________ Detect the sound of breaking glass
Ultrasonic
________ Detect the sound of breaking glass
Microwave/Radar
________ Detect the sound of breaking glass
Vibration
________ Detect the sound of breaking glass
Dual-Technology Motion
________ Detect the sound of breaking glass
Acoustic
________ Detect the sound of breaking glass
Photoelectric Beam
________ Detect the sound of breaking glass
Video Motion Detection
Question
Match between columns
________ Operates at a very high frequency
Passive Infrared
________ Operates at a very high frequency
Active Infrared
________ Operates at a very high frequency
Ultrasonic
________ Operates at a very high frequency
Microwave/Radar
________ Operates at a very high frequency
Vibration
________ Operates at a very high frequency
Dual-Technology Motion
________ Operates at a very high frequency
Acoustic
________ Operates at a very high frequency
Photoelectric Beam
________ Operates at a very high frequency
Video Motion Detection
Question
Match between columns
________ Project pulsed infrared from a transmitter to receiver
Passive Infrared
________ Project pulsed infrared from a transmitter to receiver
Active Infrared
________ Project pulsed infrared from a transmitter to receiver
Ultrasonic
________ Project pulsed infrared from a transmitter to receiver
Microwave/Radar
________ Project pulsed infrared from a transmitter to receiver
Vibration
________ Project pulsed infrared from a transmitter to receiver
Dual-Technology Motion
________ Project pulsed infrared from a transmitter to receiver
Acoustic
________ Project pulsed infrared from a transmitter to receiver
Photoelectric Beam
________ Project pulsed infrared from a transmitter to receiver
Video Motion Detection
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Deck 12: Security and Card Access System Basics
1
A silent alarm is more desirable than an audible alarm.
True
2
Most door and window contacts are "normally closed".
True
3
Wiring and cabling for all access control systems must comply with Article 300 of the National Electrical Code.
False
4
What size resistor is typically used as an EOL resistor?

A) 1000 ohm
B) 4700 ohm
C) 6800 ohm
D) 10 Kohm
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5
Immediate proximity cards must pass __________ from the reader.

A) Less than 2 mm
B) less than 1 mm
C) 10 cm
D) 30 cm
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6
What type of battery is used for the battery backup in an access control syste?

A) Sealed battery
B) Lead-acid battery
C) Gel-type battery
D) All the above
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7
A good rule with power supplies is to not load them more than _____ of their capacity.

A) 50%
B) 60%
C) 70%
D) 100%
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8
Typically, access control systems only require one power supply.
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9
Diodes are used to protect against inductive kick on an electronic strike.
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10
The primary function of an access control system is to ______.

A) Protect valuables
B) Limit access to a desired location
C) Secure the perimeter
D) All the above
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11
The most important function of a keypad is to ________.

A) Act as an interface between the sensors and the electronic strikes.
B) Provide audible alerts for the occupants.
C) Sense motion in the general area of the keypad.
D) Provide the ability to arm and disarm the alarm.
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12
What type of card reader does not require physical contact to occur?

A) Wiegand
B) Magstripe
C) ATM
D) All the above
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13
You will never connect a magnetic lock directly to AC of any voltage.
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14
The installation of class two power sources must comply with Article 725 of the National Electrical Code.
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15
An electric strike will typically operate from_________.

A) 3 or 6 V
B) 6 V
C) 12 or 24 V
D) 48 V
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16
Most door and window contacts are wired as _________.

A) Normally open
B) Normally closed
C) Always open
D) Always closed
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17
What cable is preferred when wiring a security system?

A) Copper clad aluminum
B) 18-22 AWG, twisted 2-wire, stranded
C) Not smaller than 14 AWG copper
D) Any CAT 5 cable
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18
Most access control systems are connected to the buildings network through a CAT 5 cable.
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19
Maglocks are always fail-secure.
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20
The type of sensing device to use in a access control systems typically depends on the layout of the building and the detail in which you need protection.
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21
Match between columns
________ Allow security guards to monitor areas where they do not have to be present
Passive Infrared
________ Allow security guards to monitor areas where they do not have to be present
Active Infrared
________ Allow security guards to monitor areas where they do not have to be present
Ultrasonic
________ Allow security guards to monitor areas where they do not have to be present
Microwave/Radar
________ Allow security guards to monitor areas where they do not have to be present
Vibration
________ Allow security guards to monitor areas where they do not have to be present
Dual-Technology Motion
________ Allow security guards to monitor areas where they do not have to be present
Acoustic
________ Allow security guards to monitor areas where they do not have to be present
Photoelectric Beam
________ Allow security guards to monitor areas where they do not have to be present
Video Motion Detection
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22
Match between columns
________ Combine more than one technology in one enclosure
Passive Infrared
________ Combine more than one technology in one enclosure
Active Infrared
________ Combine more than one technology in one enclosure
Ultrasonic
________ Combine more than one technology in one enclosure
Microwave/Radar
________ Combine more than one technology in one enclosure
Vibration
________ Combine more than one technology in one enclosure
Dual-Technology Motion
________ Combine more than one technology in one enclosure
Acoustic
________ Combine more than one technology in one enclosure
Photoelectric Beam
________ Combine more than one technology in one enclosure
Video Motion Detection
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23
Match between columns
________ Glass break sensor
Passive Infrared
________ Glass break sensor
Active Infrared
________ Glass break sensor
Ultrasonic
________ Glass break sensor
Microwave/Radar
________ Glass break sensor
Vibration
________ Glass break sensor
Dual-Technology Motion
________ Glass break sensor
Acoustic
________ Glass break sensor
Photoelectric Beam
________ Glass break sensor
Video Motion Detection
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24
Match between columns
________ Continually emits an infrared light by infrared light-emitting diode
Passive Infrared
________ Continually emits an infrared light by infrared light-emitting diode
Active Infrared
________ Continually emits an infrared light by infrared light-emitting diode
Ultrasonic
________ Continually emits an infrared light by infrared light-emitting diode
Microwave/Radar
________ Continually emits an infrared light by infrared light-emitting diode
Vibration
________ Continually emits an infrared light by infrared light-emitting diode
Dual-Technology Motion
________ Continually emits an infrared light by infrared light-emitting diode
Acoustic
________ Continually emits an infrared light by infrared light-emitting diode
Photoelectric Beam
________ Continually emits an infrared light by infrared light-emitting diode
Video Motion Detection
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25
Match between columns
________ Must be a direct path from Transmitter to receiver
Passive Infrared
________ Must be a direct path from Transmitter to receiver
Active Infrared
________ Must be a direct path from Transmitter to receiver
Ultrasonic
________ Must be a direct path from Transmitter to receiver
Microwave/Radar
________ Must be a direct path from Transmitter to receiver
Vibration
________ Must be a direct path from Transmitter to receiver
Dual-Technology Motion
________ Must be a direct path from Transmitter to receiver
Acoustic
________ Must be a direct path from Transmitter to receiver
Photoelectric Beam
________ Must be a direct path from Transmitter to receiver
Video Motion Detection
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26
Match between columns
________ Sound waves bounce off the object and back to the sensor's receiver
Passive Infrared
________ Sound waves bounce off the object and back to the sensor's receiver
Active Infrared
________ Sound waves bounce off the object and back to the sensor's receiver
Ultrasonic
________ Sound waves bounce off the object and back to the sensor's receiver
Microwave/Radar
________ Sound waves bounce off the object and back to the sensor's receiver
Vibration
________ Sound waves bounce off the object and back to the sensor's receiver
Dual-Technology Motion
________ Sound waves bounce off the object and back to the sensor's receiver
Acoustic
________ Sound waves bounce off the object and back to the sensor's receiver
Photoelectric Beam
________ Sound waves bounce off the object and back to the sensor's receiver
Video Motion Detection
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27
Match between columns
________ Sense a change in heat
Passive Infrared
________ Sense a change in heat
Active Infrared
________ Sense a change in heat
Ultrasonic
________ Sense a change in heat
Microwave/Radar
________ Sense a change in heat
Vibration
________ Sense a change in heat
Dual-Technology Motion
________ Sense a change in heat
Acoustic
________ Sense a change in heat
Photoelectric Beam
________ Sense a change in heat
Video Motion Detection
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28
Match between columns
________ Detect the sound of breaking glass
Passive Infrared
________ Detect the sound of breaking glass
Active Infrared
________ Detect the sound of breaking glass
Ultrasonic
________ Detect the sound of breaking glass
Microwave/Radar
________ Detect the sound of breaking glass
Vibration
________ Detect the sound of breaking glass
Dual-Technology Motion
________ Detect the sound of breaking glass
Acoustic
________ Detect the sound of breaking glass
Photoelectric Beam
________ Detect the sound of breaking glass
Video Motion Detection
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29
Match between columns
________ Operates at a very high frequency
Passive Infrared
________ Operates at a very high frequency
Active Infrared
________ Operates at a very high frequency
Ultrasonic
________ Operates at a very high frequency
Microwave/Radar
________ Operates at a very high frequency
Vibration
________ Operates at a very high frequency
Dual-Technology Motion
________ Operates at a very high frequency
Acoustic
________ Operates at a very high frequency
Photoelectric Beam
________ Operates at a very high frequency
Video Motion Detection
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30
Match between columns
________ Project pulsed infrared from a transmitter to receiver
Passive Infrared
________ Project pulsed infrared from a transmitter to receiver
Active Infrared
________ Project pulsed infrared from a transmitter to receiver
Ultrasonic
________ Project pulsed infrared from a transmitter to receiver
Microwave/Radar
________ Project pulsed infrared from a transmitter to receiver
Vibration
________ Project pulsed infrared from a transmitter to receiver
Dual-Technology Motion
________ Project pulsed infrared from a transmitter to receiver
Acoustic
________ Project pulsed infrared from a transmitter to receiver
Photoelectric Beam
________ Project pulsed infrared from a transmitter to receiver
Video Motion Detection
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