Número de pieza
Desmilitarización
Vigencia
UOM
NIIN
Número de pieza:
652bm101-7
Desmilitarización:
Yes - DEMIL/MLI
NSN
Número de acciones nacionales:
TXT
Descripción:
Electronic Gate
Código de nombre del artículo:
00410
MRC:
The dimension measured along the longitudinal axis with terminated points at the extreme ends of the item.ABHP
Overall Length:
11.812 inches
MRC:
The distance measured in a straight line from the bottom to the top of an item.ABKW
Overall Height:
5.500 inches
MRC:
An overall measurement taken at right angles to the length of an item,in distinction from thickness.ABMK
Overall Width:
10.125 inches
MRC:
A term used to denote the specific measurement of duration used to indicate the average life of the item.AFSU
Average Life Measurement:
Not rated
MRC:
The national stock number or the identification information of the end equipment for which the item is a part.AGAV
End Application:
AN/UPA-35
MRC:
The style designation indicating the configuration that most nearly corresponds to the basic appearance of the item.AGTA
Basic Shape Style:
Rectangular or square
MRC:
A designation assigned to the item for purpose of ready identification.AJKH
Identification Designator:
AN1P207UPA35-80058
MRC:
Indicates the type of inclosure provided to coat,cover,protect,or encase the item.AKNA
Inclosure Type:
Encased
MRC:
The installation for which the item is designed.AMQY
Installation Design:
Rack
MRC:
Indicates the type of circuit construction provided in the item.BHSX
Circuit Construction Type:
Solid state
MRC:
The total opposition (resistive and reactive) to the flow of alternating current per channel.BHTN
Impedance Rating Per Channel:
Not rated
MRC:
The time required for one complete pulse per channel.BHTP
Pulse Duration Per Channel:
1.000 microseconds 4TH output channel ERR-100
MRC:
The time required for one complete pulse per channel.BHTP
Pulse Duration Per Channel:
1270.000 microseconds 7TH output channel ERR-100
MRC:
The time required for one complete pulse per channel.BHTP
Pulse Duration Per Channel:
1325.000 microseconds 1ST output channel ERR-100
MRC:
The time required for one complete pulse per channel.BHTP
Pulse Duration Per Channel:
1325.000 microseconds 6TH output channel ERR-100
MRC:
The time required for one complete pulse per channel.BHTP
Pulse Duration Per Channel:
1675.000 microseconds 5TH output channel ERR-100
MRC:
The time required for one complete pulse per channel.BHTP
Pulse Duration Per Channel:
1500.000 microseconds 2ND output channel ERR-100
MRC:
The time required for one complete pulse per channel.BHTP
Pulse Duration Per Channel:
1500.000 microseconds 3RD output channel ERR-100
MRC:
The time required for one complete pulse per channel.BHTP
Pulse Duration Per Channel:
1.000 microseconds 4TH output channel
MRC:
The time required for one complete pulse per channel.BHTP
Pulse Duration Per Channel:
1325.000 microseconds 6TH output channel
MRC:
The time required for one complete pulse per channel.BHTP
Pulse Duration Per Channel:
1500.000 microseconds 2ND output channel
MRC:
The time required for one complete pulse per channel.BHTP
Pulse Duration Per Channel:
1270.000 microseconds 7TH output channel
MRC:
The time required for one complete pulse per channel.BHTP
Pulse Duration Per Channel:
1325.000 microseconds 1ST output channel
MRC:
The time required for one complete pulse per channel.BHTP
Pulse Duration Per Channel:
1675.000 microseconds 5TH output channel
MRC:
The time required for one complete pulse per channel.BHTP
Pulse Duration Per Channel:
1500.000 microseconds 3RD output channel
MRC:
An electrical condition determining the direction in which current tends to flow per channel.BHTS
Polarity Per Channel:
Negative 1ST output channel ERR-100
MRC:
An electrical condition determining the direction in which current tends to flow per channel.BHTS
Polarity Per Channel:
Negative 2ND output channel ERR-100
MRC:
An electrical condition determining the direction in which current tends to flow per channel.BHTS
Polarity Per Channel:
Negative 5TH output channel ERR-100
MRC:
An electrical condition determining the direction in which current tends to flow per channel.BHTS
Polarity Per Channel:
Negative 6TH output channel ERR-100
MRC:
An electrical condition determining the direction in which current tends to flow per channel.BHTS
Polarity Per Channel:
Positive 3RD output channel ERR-100
MRC:
An electrical condition determining the direction in which current tends to flow per channel.BHTS
Polarity Per Channel:
Positive 4TH output channel ERR-100
MRC:
An electrical condition determining the direction in which current tends to flow per channel.BHTS
Polarity Per Channel:
Positive 7TH output channel ERR-100
MRC:
An electrical condition determining the direction in which current tends to flow per channel.BHTS
Polarity Per Channel:
Negative 1ST output channel
MRC:
An electrical condition determining the direction in which current tends to flow per channel.BHTS
Polarity Per Channel:
Negative 2ND output channel
MRC:
An electrical condition determining the direction in which current tends to flow per channel.BHTS
Polarity Per Channel:
Negative 5TH output channel
MRC:
An electrical condition determining the direction in which current tends to flow per channel.BHTS
Polarity Per Channel:
Negative 6TH output channel
MRC:
An electrical condition determining the direction in which current tends to flow per channel.BHTS
Polarity Per Channel:
Positive 3RD output channel
MRC:
An electrical condition determining the direction in which current tends to flow per channel.BHTS
Polarity Per Channel:
Positive 4TH output channel
MRC:
An electrical condition determining the direction in which current tends to flow per channel.BHTS
Polarity Per Channel:
Positive 7TH output channel
MRC:
The average rate at which the pulse(s) recurs within a specific time interval per channel.BHTT
Pulse Repetition Rate Per Channel:
200.000 pulses per second operating channel and 600.000 pulses per second operating channel
MRC:
The maximum absolute peak value of the pulse per channel.BHTW
Pulse Peak Amplitude Per Channel:
133.000 volts 3RD output channel ERR-100
MRC:
The maximum absolute peak value of the pulse per channel.BHTW
Pulse Peak Amplitude Per Channel:
106.000 volts 2ND output channel ERR-100
MRC:
The maximum absolute peak value of the pulse per channel.BHTW
Pulse Peak Amplitude Per Channel:
184.000 volts 1ST output channel ERR-100
MRC:
The maximum absolute peak value of the pulse per channel.BHTW
Pulse Peak Amplitude Per Channel:
200.000 volts 5TH output channel ERR-100
MRC:
The maximum absolute peak value of the pulse per channel.BHTW
Pulse Peak Amplitude Per Channel:
200.000 volts 6TH output channel ERR-100
MRC:
The maximum absolute peak value of the pulse per channel.BHTW
Pulse Peak Amplitude Per Channel:
292.000 volts 7TH output channel ERR-100
MRC:
The maximum absolute peak value of the pulse per channel.BHTW
Pulse Peak Amplitude Per Channel:
56.000 volts 4TH output channel ERR-100
MRC:
The maximum absolute peak value of the pulse per channel.BHTW
Pulse Peak Amplitude Per Channel:
133.000 volts 3RD output channel
MRC:
The maximum absolute peak value of the pulse per channel.BHTW
Pulse Peak Amplitude Per Channel:
106.000 volts 2ND output channel
MRC:
The maximum absolute peak value of the pulse per channel.BHTW
Pulse Peak Amplitude Per Channel:
184.000 volts 1ST output channel
MRC:
The maximum absolute peak value of the pulse per channel.BHTW
Pulse Peak Amplitude Per Channel:
200.000 volts 5TH output channel
MRC:
The maximum absolute peak value of the pulse per channel.BHTW
Pulse Peak Amplitude Per Channel:
200.000 volts 6TH output channel
MRC:
The maximum absolute peak value of the pulse per channel.BHTW
Pulse Peak Amplitude Per Channel:
292.000 volts 7TH output channel
MRC:
The maximum absolute peak value of the pulse per channel.BHTW
Pulse Peak Amplitude Per Channel:
56.000 volts 4TH output channel
MRC:
Indicates the type of signal data per channel.BHTZ
Signal Data Type Per Channel:
1ST output channel pulse ERR-100
MRC:
Indicates the type of signal data per channel.BHTZ
Signal Data Type Per Channel:
2ND output channel pulse ERR-100
MRC:
Indicates the type of signal data per channel.BHTZ
Signal Data Type Per Channel:
3RD output channel pulse ERR-100
MRC:
Indicates the type of signal data per channel.BHTZ
Signal Data Type Per Channel:
5TH output channel pulse ERR-100
MRC:
Indicates the type of signal data per channel.BHTZ
Signal Data Type Per Channel:
4TH output channel pulse ERR-100
MRC:
Indicates the type of signal data per channel.BHTZ
Signal Data Type Per Channel:
7TH output channel pulse ERR-100
MRC:
Indicates the type of signal data per channel.BHTZ
Signal Data Type Per Channel:
6TH output channel pulse ERR-100
MRC:
Indicates the type of signal data per channel.BHTZ
Signal Data Type Per Channel:
1ST output channel pulse
MRC:
Indicates the type of signal data per channel.BHTZ
Signal Data Type Per Channel:
2ND output channel pulse
MRC:
Indicates the type of signal data per channel.BHTZ
Signal Data Type Per Channel:
3RD output channel pulse
MRC:
Indicates the type of signal data per channel.BHTZ
Signal Data Type Per Channel:
4TH output channel pulse
MRC:
Indicates the type of signal data per channel.BHTZ
Signal Data Type Per Channel:
6TH output channel pulse
MRC:
Indicates the type of signal data per channel.BHTZ
Signal Data Type Per Channel:
5TH output channel pulse
MRC:
Indicates the type of signal data per channel.BHTZ
Signal Data Type Per Channel:
7TH output channel pulse
MRC:
The physical configuration of the output wave.BJBJ
Output Wave Shape:
Rectangular and pulse gate
MRC:
The cycles per second /hertz/ of the operating alternating current.BJBQ
Operating Ac Frequency In Hertz:
60.0 1ST voltage
MRC:
The cycles per second /hertz/ of the operating alternating current.BJBQ
Operating Ac Frequency In Hertz:
60.0 2ND voltage
MRC:
The cycles per second /hertz/ of the operating alternating current.BJBQ
Operating Ac Frequency In Hertz:
60.0 3RD voltage
MRC:
The value(s) of the potential supplied from an exterior direct current source to operate the item,expressed in volts.BKFB
External Dc Operating Voltage In Volts:
220.0 1ST voltage ERR-100
MRC:
The value(s) of the potential supplied from an exterior direct current source to operate the item,expressed in volts.BKFB
External Dc Operating Voltage In Volts:
-180.0 2ND voltage ERR-100
MRC:
The value(s) of the potential supplied from an exterior direct current source to operate the item,expressed in volts.BKFB
External Dc Operating Voltage In Volts:
-350.0 3RD voltage ERR-100
MRC:
The value(s) of the potential supplied from an exterior direct current source to operate the item,expressed in volts.BKFB
External Dc Operating Voltage In Volts:
-180.0 2ND voltage
MRC:
The value(s) of the potential supplied from an exterior direct current source to operate the item,expressed in volts.BKFB
External Dc Operating Voltage In Volts:
-350.0 3RD voltage
MRC:
The value(s) of the potential supplied from an exterior direct current source to operate the item,expressed in volts.BKFB
External Dc Operating Voltage In Volts:
220.0 1ST voltage
MRC:
The value(s) of the potential supplied from an exterior alternating current source to operate the item,expressed in volts.BKFC
External Ac Operating Voltage In Volts:
6.3 1ST voltage
MRC:
The value(s) of the potential supplied from an exterior alternating current source to operate the item,expressed in volts.BKFC
External Ac Operating Voltage In Volts:
6.3 2ND voltage
MRC:
The value(s) of the potential supplied from an exterior alternating current source to operate the item,expressed in volts.BKFC
External Ac Operating Voltage In Volts:
6.3 3RD voltage
MRC:
The number of alternating current phases.FAAZ
Phase:
Single
MRC:
Describes the capabilities,intended use,and/or purpose for which the item is provided.FTLD
Functional Description:
Provides basic timing gates for indicator azimuth and range IP-207/UPA-35
