Part Number
DEMIL
Shelf Life
UOM
NIIN
Part Information
Cabinet enclosure 21.0 in. Lg by 21.0 in. W by 56.0 in. H
NSN
National Stock Number:
TXT
Description:
Electrical Dummy Load
MRC:
The total opposition /resistive and reactive/ which the item offers to the flow of an alternating current,expressed in ohms.ACYW
Impedance Rating In Ohms:
50.0
MRC:
Indicates the type of current for which the blower unit motor is designed.AELA
Blower Unit Motor Current Type:
Ac
MRC:
The electrical voltage value for which the blower unit motor is rated,expressed in volts.AELB
Blower Unit Motor Voltage Rating In Volts:
115.0 and 230.0
MRC:
The cycles per second /hertz/ of the blower unit motor alternating current.AELC
Blower Unit Motor Frequency In Hertz:
50.0 and 60.0
MRC:
The number of alternating current phases of the blower unit motor input.AELD
Blower Unit Motor Input Phase:
Single
MRC:
The range of complete cyclic changes,per unit of time,for which an item is rated.AFGQ
Frequency Range Rating:
+2.000/+30.000 megahertz
MRC:
The ratio of the maximum to the minimum amplitude of pressure /voltage/ measured along the path of the waves.AHTW
Voltage Standing Wave Ratio:
1.00 and 1.15
MRC:
The amount of electrical energy that can be dissipated.AJDB
Power Rating:
50.000 kilowatts peak and 25.000 kilowatts average
MRC:
The minimum and maximum values of the frequency range in which the voltage standing wave ratio is specified.AKNK
Voltage Standing Wave Ratio Frequency Range:
+2.000/+30.000 megahertz
MRC:
Indicates the type of facility provided on the device for attaching to another item.AKRZ
Termination Type:
Coaxial line flange
MRC:
The designation or term used to define the nominal size of the coaxial line flange.AKSB
Coaxial Line Flange Size:
3.125 inches
MRC:
The position in which the item is designed to operate.ARNH
Operating Position:
Vertical
MRC:
Indicates the type of coaxial line flange provided.AXDC
Coaxial Line Flange Type:
Rigid
MRC:
The means of cooling used to maintain the required operating temperature of the item.BFMF
Cooling Method:
Forced air
