Каталог - Оружие России 2000 c82-795
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SET OF CONTROL EQUIPMENT AND LAUNCH
MODULES FOR THE IGLA-TYPE MISSILES
Intended for automated remotely-controlled single, ripple
or salvo launch of Igla missiles from land-based, airborne
and sea-based platforms.
The set comprises:
- versatile launch module;
- control and communications equipment;
- set of connectors.
It can be used to:
- establish mobile short-range air defense
systems armed with the Igla missiles;
- establish shipborne short-range air
defense systems armed with the Igla mis-
siles on small warships;
- fit out the following weapon systems and equipment with
Igla missiles:
medium-range air defense missile systems and air
defense artillery systems;
helicopters and slow flying aircraft;
shipborne antenna posts and TV surveillance systems.
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618
PART 4. 4.
PORTABLE AIR DEFENSE
MISSILE SYSTEMS
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GROUP 14 GUIDED MISSILES
Class 1410 Guided Missile
Systems, Complete
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Basic Characteristics
Number of launch modules/missiles up to 4/8
Time of:
readiness for launch, s 6.6
tracking, maximum, s 60
full module loading by one man, min 4
Weight, kg:
launch module 70
control and communications equipment 24
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PART 4 - . 4
RADARS
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KASTA-2E1
RADAR
Designed to detect fixed-wing aircraft, flying and
hovering helicopters, remotely piloted vehicles
and cruise missiles, including those operating at
low and extremely low altitudes, against the
background of heavy clutter caused by the
underlying surface, ground features and weather
and determine their range, azimuth and IFF
status.
The radar can detect «stealth» and water surface targets.
The Kasta-2E1 mobile solid-state low-altitude radar
can be used to support the operation of air defense,
coastal defense and border surveillance systems,
rapid deployment forces, and as part of air traffic
control systems of civil aviation.
The radar features:
- modular design;
- fully solid-state transmitter;
- digital signal processing system featuring pulse
compression and controlled Doppler filters;
- automated monitoring and diagnostics system;
- possibility of using a standard antenna system with
a phase center height (h
a
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PART 4 - . 4
RADARS
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na system lifted to a height of up to 50 m on a light
transportable mast.
The radar set includes an electronic equipment
vehicle, an antenna vehicle carrying standard rotary
antenna assembly, AD-30 diesel electric power
plant and external power mains converter. All are
mounted on two high cross-country capacity trucks,
type KamAZ-4310. A back-up AD-30 power plant is
mounted on a single-axle trailer towed by the
antenna vehicle.
The radar set is fitted out with a remote operator
workstation making it possible to control the radar
remotely from a command post located 300 m away.
The radar offers stable operation at an ambient tem-
perature of ±50
o
C, a relative humidity of up to 98%
and wind velocity of up to 25 m/s.
The radar site elevation above sea level is up to 3,000 m.
The Kasta-2E1 radar has proved its operational effi-
ciency against small-size low-flying (including low-
speed) targets and is noted for high noise and jam-
ming immunity, reliability, operating safety and con-
venience, ease of maintenance, as well as low price
and operating costs.
Basic Characteristics
Waveband decimetric
Operating limits:
range, km 5 to 150
azimuth, deg 360
altitude, km up to 6
Target detection range, km:
at 100 m altitude:
at h
a
= 7 m 32
at h
a
= 50 m 53
at 1,000 m altitude:
at h
a
= 7 m 95
at h
a
= 50 m 105
Measurement accuracy:
range, m 450
azimuth, arcmin. 100
Resolution:
range, m 450
azimuth, deg 8
Data update rate, s 5 and 10
Clutter rejection factor, dB 53
MTBF, h at least 300
Mean recovery time, h up to 0.5
Time of continuous operation, days at least 20
Time of:
run-up, min up to 3.3
deployment, min up to 20
Power consumption, kW up to 14
Crew 2
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621
PART 4 - . 4
RADARS
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KASTA-2E2 RADAR
Designed to detect fixed-wing aircraft, flying and hov-
ering helicopters, remotely piloted vehicles and cruise
missiles, including those operating at low and extreme-
ly low altitudes; measure their range, azimuth and flight
level; track these targets (providing their flight paths);
and establish the targets’ IFF status against the back-
ground of heavy clutter caused by the underlying sur-
face, ground features and weather.
The radar can also detect «stealth» and water surface
targets.
The Kasta-2E2 mobile solid-state radar can be used to
support the operation of the air defense, coastal
defense and border surveillance systems, rapid deploy-
ment forces, and as part of air traffic control systems
of civil aviation.
The radar features:
- unit/modular design;
- built-in computer system based on high-capacity
computers;
- fully solid-state transmitter;
- digital signal processing system featuring pulse com-
pression and controlled Doppler filters;
- built-in automated monitoring and diagnostics system;
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622
PART 4 - . 4
RADARS
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- standard rapidly deployable antenna system with a
phase center height (h
a
), of about 14 m and a light
mast that allows the phase center to be elevated to
about 50 m.
The radar set includes an electronic equipment vehi-
cle, antenna vehicle and electric generator carried by
three high cross-country capacity trucks, type
KamAZ-4310. The radar set is fitted out with a remote
operator workstation making it possible to control the
radar remotely from a command post located 300 m
away.
The radar offers stable operation at an ambient tem-
perature of ±50
o
C, a relative humidity of up to 98%
and wind velocity of up to 25 m/s.
The permissible radar site elevation above sea level is
up to 3,000 m.
The Kasta-2E2 radar is a promising automated radar
that has proved its operational efficiency against smal-
l-size low-flying (including low-speed) targets and is
noted for high noise and jamming immunity, reliability,
high level of automation, operating safety and conve-
nience, ease of maintenance, as well as low price and
operating costs.
Basic Characteristics
Waveband decimetric
Operating limits:
range, km 5 to 150
azimuth, deg 360
altitude, km up to 6
elevation, deg 25
Target detection range, km:
at 100 m altitude:
at h
a
= 14 m 41
at h
a
= 50 m 55
at 1,000 m altitude: 95
Target flight levels, km 0 to 2; 2 to 4; over 4
Number of tracked targets (paths) 50
Measurement accuracy:
range, m 100
azimuth, arcmin 40
axes x and y, m 900
speed, m/s 20
Resolution:
range, m 300
azimuth, deg 5.5
Data update rate, s 5 and 10
Clutter rejection factor, dB 54
MTBF, h at least 700
Mean recovery time, h, up to 0.3
Time of continuous operation, days at least 20
Time of:
run-up, min up to 3.3
deployment, min up to 20
Power consumption, kW up to 23
Crew 2
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623
PART 4 - . 4
RADARS
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GAMMA-DE RADAR
Designed to detect a broad range of aerial targets,
including small-size high-altitude air-launched mis-
siles, measure their range, azimuth and elevation
and track these targets in natural clutter and jam-
ming environment.
This is a target acquisition, guidance and target
designation radar equipped with a solid state
phased antenna array. The radar is used in auto-
mated control systems of the Air Defense and Air
Force and in non-automated systems. The radar can
also be used to control civilian ATC systems.
The radar features:
- modular design;
- transmission/reception phased array: active trans-
mission mode and semi-active in reception mode;
- isoaltitude (ISA) and isorange (ISR) observation
modes;
- solid state transmitter;
- digital processing of signals with coordinate and
route data output;
- microprocessors and microcomputers used to
process radar data and exercise automated control
and monitoring;
- built-in automated test and diagnostics system;
- interface with dedicated antiradar missile protec-
tion systems;
- comprehensive crew training facilities.
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AND COHERENT RADAR EQUIPMENT
Class 5840 Radar Equipment, Except Airborne
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The radar comprises:
- rotary antenna assembly;
- data processing, control and transmission equipmen-
t;
- ground-based radio interrogator;
- electric power plant;
- spares, accessories, test and measuring instruments.
The radar equipment is carried by six transport
vehicles. Provision is made for a remote control post
which comprises four operator workstationss locat-
ed up to 1 km away from the radar and connected
with the radar via a fiber optic line.
Gamma-DE is an advanced air target detection
radar. It is noted for the higher upper boundary of
the coverage zone in elevation and altitude, making
it possible to detect and track ballistic and aerobal-
listic targets; high noise and jamming immunity; high
level of automation of the radar control and opera-
tion monitoring; low operating costs.
The radar operates reliably at an ambient tempera-
ture of ±50
o
C, a relative humidity of up to 98% and
wind velocity of up to 25 m/s. Maximum height of
deployment above sea level is 2,000 m.
Basic Characteristics
Waveband decimetric
Observation modes ISA ISR
Operating limits:
range, km 10 - 360 10 - 330
azimuth, deg 360
elevation, deg -2 to +30 -2 to +45
altitude, km 30 60
Target detection range, km:
ERA = 1 m
2
360 330
(limited by instrumental range)
ERA = 0.13 m
2
250 220
Number of tracked targets (routes) 100 - 200
Measurement accuracy:
range, m 100
azimuth, arcmin 10 - 15
tilt angle, min 15 - 20
altitude, m 600
Resolution:
range, m 300
azimuth, deg 1.35
Data update rate, s 10
Clutter suppression
factor, dB 45
MTTF, h 300
Mean recovery time, h 0.5
Time of:
run-up, min 1.5
deployment/close-down, h 1.5
Power, kW:
emitted, average 12.5
consumed 190
Crew 5
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PART 4 - . 4
RADARS
9:;<=<9>;<??@A
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GROUP 58 COMMUNICATIONS, DETECTION
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625
PART 4 - . 4
RADARS
89:;<;8=:;>>?@
AB8>=::
GAMMA-S1E RADAR
Designed for use as part of automated control systems
of the Air Defense, Air Force, and in non-automated
units and rapid deployment forces. It can also be used
as a source of information for automated air traffic con-
trol posts of civil aviation.
The Gamma-S1E mobile three-dimensional, target
acquisition, weapon guidance and target designation
radar equipped with a phased antenna array detects
and tracks a wide range of current and prospective air
targets, including air-launched missiles, in natural clut-
ter and jamming environments.
The radar features:
- modular design;
- flat phased array antenna;
- digital processing of signals and generation of target
coordinates and target path data;
- integration with other automated control systems;
- use of microprocessors and microcomputers for dig-
ital processing of radar information and computeriza-
tion of radar control and monitoring;
- built-in automated function test and diagnostics system;
- integration with dedicated anti-radar missile protec-
tion systems;
- comprehensive crew training facilities.
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626
PART 4 - . 4
RADARS
89:;<;8=:;>>?@
AB8>=::
The radar set comprises:
- vehicle M1 carrying the antenna assembly, recep-
tion/transmission equipment and built-in ground-based
radio interrogator;
- vehicle M2 carrying control, data processing, display
and transmitting equipment;
- vehicle M3 carrying SPT&A, test equipment and
cables;
- trailers towed by vehicles M1 and M2, carrying pow-
er generating systems.
Optionally, the radar can be provided with remote con-
trol equipment comprising four operator workstations
linked with the radar by a fiber-optic line when
deployed up to 1 km away from it, and by radio line
when located at a distance of up to 15 km.
The Gamma-S1E is a prospective air target detection
radar.
It is noted for high mobility, short deployment (close-
down) time, possibility of operation from a trench or
embankment, high energy potential and jamming
immunity, and high degree of automation of target
detection and dynamic parameter measurement, sys-
tem operation control and monitoring.
The radar stably works at ambient temperatures of
±50
o
C, relative humidity of up to 98% and wind velocity
of up to 25 m/s. The maximum elevation of the radar
site above sea level is 2,000 m.
Basic Characteristics
Waveband centimetric
Target detection zone:
in range, km 10 to 300
10 to 400 (auxiliary mode)
azimuth, deg. 360
elevation, deg -2 to +30
-2 to +55
altitude, km 30
Clutter suppression factor, dB 45
Scan period, s 10
Target paths generated per scan 100
Coordinate measurement accuracy:
range, m 50
azimuth, arcmin 15
elevation, min 10 to 15
altitude, m 400
Resolution:
range, m 250
azimuth, deg 1.4
Power, kW:
mean generated 10 to 12
consumed (summer/winter) 70/90
MTBF, h 500
Mean recovery time, h 0.5
Time of:
run-up, min 5 (3 in emergency)
deployment/close-down, min 40
Crew 3
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627
PART 4 - . 4
RADARS
9:;<=<9>;<??@A
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PROTIVNIK-GE RADAR
Designed to detect
air targets and
determine their
coordinates (range,
azimuth, altitude)
when used as part
of air defense auto-
matic control and
air traffic control
systems.
The Protivnik-GE
mobile three-
dimensional radar is
noted for a high
degree of automa-
tion of the target
dynamic parameter
measurement, high
resolution and
immunity to natural
clutter and
jamming. In service,
the radar requires
no adjustment or
tuning. The radar
processes target
path data and can
be interfaced with
other automated
control systems. It
features an auto-
mated continuously
operating equip-
ment diagnostics, monitoring and fault detection sys-
tem and has an automatic operation mode. The system
is equipped with a secondary air traffic control radar
and can be operated in any climatic environment.
All information is displayed in digital form on a three-
color wide-scope plan position indicator. The radar can
also be used for terrain mapping.
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Basic Characteristics
Band L
Air target detection range
in circular scan mode, km at least 400
Altitude measurement boundaries, m:
lower up to 50
upper 120,000
Coordinate measurement accuracy:
range, m 50
azimuth, arcmin 10
altitude, m 350
elevation, min 8
Data output rate, s 10
MTBF, h at least 1,000
Crew 2