Каталог - Оружие России 2000 c82-795
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PITSUNDA INITIAL-LEVEL AUTOMATION
SYSTEM FOR RADAR DATA COLLECTION
AND PROCESSING
44B6E Automation Complex
for Elint Company Control Post
Designed to automate the collection and processing of
radar and radio emission data provided by radar sta-
tions, secondary radars and IFF interrogators; cooper-
ating elint elements; helicopter-based radar surveil-
lance and control systems; elint systems and supply
summarized information to higher-level and direct user-
s (command and control posts), as well as civil ATC
centers.
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Basic Characteristics
Simultaneous reception and processing of data provided by:
radar stations, secondary radars, IFF interrogators
with digital and analog output
(through 46S6-1E automatic input module) up to 5
automated command (control) posts of elint units up to 2
airborne and shipborne radar surveillance
and control systems and elint systems up to 1
Total number of simultaneously tracked
high-threat air targets up to 200
including active jammers
(by triangulation technique) up to 15
Range of aerial situation
data processing:
plane coordinates, km up to 1,600
altitude, km up to 120
speed, km/h up to 8,000
Data processing and output cycle, s 10; 5
Simultaneous data output
to higher-level and direct users
(command and control posts)
and civil ATC centers up to 3
Operation mode continuous, 24 h
Design version stationary
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79B6E Automation Complex for
Elint Battalion Command Post
Designed to automate the collection and processing of
radar and radio emission data provided by radar sta-
tions, secondary radars and IFF interrogators; subordi-
nate and cooperating elint elements; airborne and ship-
borne radar surveillance and control systems; elint sys-
tems and supply summarized information to higher-lev-
el and direct users (command and control posts), as
well as civil ATC centers.
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Basic Characteristics
Simultaneous reception and processing
of data provided by:
radar stations, secondary radars,
IFF interrogators with digital
and analog output
(through 46S6-1E automatic
input module) up to 6
automated command
(control) posts of elint units up to 6
airborne and shipborne radar surveillance
and control systems and elint systems up to 2
Total number of simultaneously
tracked high-threat air targets up to 300
including active jammers
(by triangulation technique) up to 25
Range of aerial situation data processing:
plane coordinates, km up to 1,600
altitude, km up to 120
speed, km/h up to 8,000
Data processing and output cycle, s 10; 5
Simultaneous data output
to higher-level and direct users
(command and control posts)
and civil ATC centers up to 10
Operation mode continuous, 24 h
Design version stationary
82B6E Automation Complex
For Elint Formation (Unit) Command Post
Intended to automate the collection and processing of
radar and radio emission data supplied by subordinate
and cooperating elint formations, units and elements;
airborne and shipborne radar surveillance and control
systems; and elint systems and the delivery of summa-
rized information to higher-level and direct users (com-
mand and control posts), as well as civil ATC centers.
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Basic Characteristics
Simultaneous reception and processing
of data provided by:
automated command (control)
posts of elint formations,
units and elements up to 9
airborne and shipborne radar surveillance
and control systems and elint systems up to 3
Total number of simultaneously tracked
high-priority air targets up to 400
including active jammers
(by triangulation technique) up to 40
Range of aerial situation
data processing:
plane coordinates, km up to 1,600
altitude, km up to 120
speed, km/h up to 8,000
Data processing and output cycle, s 10
Simultaneous data output to higher-
and horizontal-level
command and control posts,
and civil ATC centers up to 7
Operation mode continuous, 24 h
Design version stationary
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83V6E, 83V6-1E, 83V6-2E, 95V6E, 95V6-1E
Automation Complexes for Command Posts of ADM,
Fighter Aviation and EW Units and Elements
Designed for the automated reception and display of
aerial situation data received from higher-level and
subordinate command posts in the areas of respon-
sibility of ADM (83V6E,95V6E), fighter aviation
(83V6-1E, 95V6-1E) and EW (83V6-2E) units and
elements.
Basic Characteristics
Simultaneous reception and indication
of aerial situation data provided by:
higher-level command post up to 1
subordinate command (control) post up to 1
Total number of simultaneously tracked
and indicated air targets up to 120
Range of aerial situation
data processing:
plane coordinates, km up to 1,600
altitude, km up to 120
speed, km/h up to 8,000
Data processing cycle, s 10
Operation mode continuous, 24 h
Design version stationary
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46S6-1E AUTOMATIC RADAR DATA
RECEPTION, PROCESSING
AND TRANSMISSION MODULE
Intended for the automatic reception, primary and sec-
ondary processing of radar data supplied by analog
radar stations, radio altimeters and IFF interrogators
and the transmission of aircraft tracks to higher-level
and direct users (command and control posts), as well
as civil ATC centers.
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Basic Characteristics
Simultaneous reception and processing
of data provided by:
radar systems and radioaltimeters
with analog output,
secondary radars and IFF interrogators up to 3
Total number of simultaneously tracked
high-priority air targets up to 100
Range of aerial situation data processing:
plane coordinates, km up to 800
altitude, km up to 120
speed, km/h up to 8,000
Data processing and output cycle, s 10; 5
Simultaneous data output
to higher-level and direct users
(command and control posts) and civil ATC centers up to 2
Operation mode continuous, 24 h
Design version stationary
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SENEZH-M1E AUTOMATED
CONTROL SYSTEM OF ADM REGIMENT
WITH JOINT DIRECTION POST FOR FIGHTER
AVIATION TARGETING
Intended for the automated combat control of ADM
regiment’s operations and transmission of targeting
data to fighter-interceptors from a direction post com-
bined with the regiment CP.
Basic Characteristics
Simultaneous reception of data provided by:
automated command (control) posts of elint units up to 1
directly interfaced surveillance radars up to 3
Total number of simultaneously tracked
high-priority air targets up to 120
Range of aerial situation data processing
and targeting tasks:
plane coordinates, km up to 1,600
altitude, km up to 40
speed, km/h up to 4,400
Data processing and control cycle, s 10
Simultaneous control of area AD assets:
ADM units and battalions up to 17
firing channels up to 77
fighter directing channels up to 6
Time of transition to combat duty mode, min 4 - 7
Design version mobile
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AUTOMATED CONTROL SYSTEMS
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BAIKAL-1ME AUTOMATED COMBAT
CONTROL SYSTEM FOR AD MISSILE
FORMATION (BRIGADE, REGIMENT)
Serves for the automatic control of combat operations of AD
mobile division, brigade or regiment armed with organic
long-, medium- and short-range AD missile systems.
Basic Characteristics
Simultaneous reception of aerial situation data provided by:
automated command (control) posts of
elint formations, units and elements up to 5
directly interfaced surveillance radars up to 3
AWACS up to 1
Total number of simultaneously tracked
high-priority air targets up to 120
Range of aerial situation data processing
and targeting tasks:
plane coordinates, km up to 1,600
altitude, km up to 120
speed, km/h up to 10,000
Data processing and control cycle, s 3
Simultaneous targeting of area and tactical AD assets:
AD missile units up to 7
AD missile battalions and batteries up to 24
firing channels up to 144
EW units up to 2
Simultaneous automatic interaction
with command posts of neighboring area
and tactical AD missile formations and units up to 3
Time into action, min 3
Design version self-propelled
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AUTOMATED CONTROL SYSTEMS
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RUBEZH-ME AUTOMATED CONTROL SYSTEM
OF FIGHTER AVIATION REGIMENT
Intended to automate the process of combat control of
AD fighter aviation regiment’s operations.
Basic Characteristics
Simultaneous reception of aerial situation data provided by:
automated command (control) posts of elint elements up to 1
directly interfaced radars up to 3
Total number of simultaneously tracked high-priority air targets up to 76
Range of aerial situation data processing and targeting tasks:
plane coordinates, km up to 1,600
altitude, km up to 40
speed, km/h up to 4,400
Data processing and control cycle, s 10
Simultaneous control of fighter aviation:
fighter-interceptors (or their groups) up to 21
fighter-aviation direction posts up to 3
fighter-aviation home airfields up to 3
Simultaneous automated interaction with command posts
of neighboring fighter aviation regiments 1
Time into action, min 3
Design version mobile
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AUTOMATED CONTROL SYSTEMS
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UNIVERSAL-1E AUTOMATION SYSTEM
FOR AD CORPS (DIVISION)
COMMAND POST
Intended to automate combat control of ADM, fighter-
interceptor, EW and elint units and elements of AD
corps (division) to respond to air threat and during rou-
tine combat duty.
Basic Characteristics
Simultaneous reception of aerial situation data provided by:
automated command (control) posts of
elint formations, units and elements up to 12
AWACS up to 3
Total number of simultaneously tracked
high-priority air targets up to 300
Range of aerial situation data
processing and targeting tasks:
plane coordinates, km up to 3,200
altitude, km up to 100
speed, km/h up to 6,000
Data processing and control cycle, s 10
Simultaneous control of area and tactical AD assets:
AD missile formations and units up to 17
fighter-aviation units up to 6
fighter-aviation direction posts up to 7
fighter-interceptors (or their groups) up to 10
EW units up to 3
Simultaneous automated interface
with command posts of
neighboring area and tactical AD
formations and units up to 6
Time into action, min 5
Design versions mobile, stationary
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PART 4 4
AUTOMATED CONTROL SYSTEMS
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Class 1210 Fire Control Systems,
Complete
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KRYM-E AIRSPACE CONTROL
AUTOMATION SYSTEM
Krym-VE Automation System for Input,
Processing and Transmission of
ATC Flight-Plan Data at Airfields
Intended for the automation of flight planning at military
airfields and the transmission of flight plan information
to an AD zone (area) command post.
Basic Characteristics
Number of flight requests up to 100
Volume of flight plan library, flights up to 1,000
Operation mode continuous, 24 h
Design version stationary
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