Каталог - Оружие России 2000 c82-795
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GROUP 58 COMMUNICATIONS, DETECTION
AND COHERENT RADAR EQUIPMENT
Class 5840 Radar Equipment, Except Airborne
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PART 4 - . 4
RADARS
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5N84AE OBORONA-14
MOBILE METRIC-BAND 2-D RADAR
Designed to detect, identify and track air targets, includ-
ing «stelth» threats, at long ranges and transmit range
and azimuth data to indicators and other radar-inter-
faced devices.
The radar equipment is carried by six transportation units
(two semi-trailers carry the antenna-mast assembly, two
other semi-trailers carry the radar equipment, and the
remaining two semi-trailers carry the electric power plant).
The radar can be powered by industrial mains.
Since 1999 the radar is equipped with a digital moving-
target indication (DMTI) system, which enhances efficien-
cy of protection against passive noise, ground clutter and
nonsynchronous jamming. A twofold pulse-to-pulse sub-
traction is accomplished throughout the entire operating
zone of the radar. To equip the Oborona radars currently
in service with the
DMTI systems, a com-
plete kit is offered to
their operators.
The radar has two
remote control work-
stations, which can be
set up at a distance of
up to 1,000 m from the
radar. Operators of
these workstations
monitor the air situa-
tion, control function-
ing of the radar sys-
tems, and handle infor-
mation traffic.
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Basic Characteristics
Taget detection zone, deg:
azimuth 360
elevation 12/17 (low/high beam mode)
altitude, km 65 (high-beam mode)
Range of fighter-type target detection
at an altitude of 10,000 m, km, min at least 300
Coordinate measurement accuracy:
range, m 1,200
azimuth, deg 1.2
Noise suppression factor, dB:
active noise at least 20
passive noise at least 26 (DMTI system engaged)
Data update rate, s 10/20
Deployment time, h 24
Power consumption, kW 100
Crew 4
Operating conditions:
temperature,
0
C from –50 to +50
humidity, % up to 98
height above sea level, m 1,000
wind stability, m/s up to 30
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1L13-3-1 NEBO-SV
MOBILE METRIC-WAVE 2-D RADAR
Designed to detect, identify and track air targets,
including «stelth» threats, at long ranges and transmit
range, azimuth and elevation data to indicators and
other radar-interfaced devices.
The radar antennas, equipment and autonomous elec-
tric
power plant
are carried by three cross-country
trucks and two trailers.
The radar can be powered by industrial mains.
The radar has two remote control workstations, which
can be located at a distance of up to 500 m from the
radar. Operators of these workstations monitor the air
situation, control radar systems’ operation, and handle
information traffic.
Basic Characteristics
Fighter-type air target detection range, km:
500 m altitude at least 60
10,000 m altitude at least 250
27,000 m altitude at least 350
Upper limit of target detection in elevation, deg 30
Max target detection altitude, km 40
Measurement accuracy:
range, m 400
azimuth, deg 0.67
Noise suppression factor, dB:
active noise at least 23
passive noise at least 45
Data update rate, s 10/20
Deployment time, min 45
Power consumption, kW 30
Crew 4
Operating conditions:
temperature,
0
C from -50 to +50
humidity, % up to 98
height above sea level, m 1,000
wind stability, m/s up to 45
GROUP 58 COMMUNICATIONS, DETECTION
AND COHERENT RADAR EQUIPMENT
Class 5840 Radar Equipment, Except Airborne
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PART 4 - . 4
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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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AND COHERENT RADAR EQUIPMENT
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PART 4 - . 4
RADARS
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96L6E RADAR
Designed to detect, identify and track air targets and transmit rel-
evant information to users over cable and/or radio links.
It is a 3-D circular-scan radar used in the S-300PMU,
S-300PMU1 and Favorit air defense missile systems as a target
designation radar, which combines the functions of low- and
high-altitude target detection facility, surveillance radar and com-
mand post. It can also be used as part of automated and non-
automated command and control systems as a source of radar
information.
The radar comprises a phased antenna array, equipment con-
tainer and power supply system.
The radar is mounted on the MAZ-7930 self-propelled cross-
country chassis. The antenna system can be mounted atop a
mast, type 40V6M. The mast permits the scanning by three
beams in elevation and mechanical rotation in azimuth. The rate
of rotation in azimuth can be changed depending on the air
situation. The radar features adaptive emission and surveillance
modes, and makes use of special signal processing and display
methods. These qualities enhance the radar’s characteristics in
degraded environments and ensure low level of false alarms.
The radar can be equipped with up to five remote control
workstations.
The radar information is displayed on a raster-type color plan-
position indicator.
A built-in automated test sys-
tem makes it possible to
monitor the operation of the
radar component units down
to a standard replacement
element from any
workstation. A recording sys-
tem continuously registers
the incoming information and
operator actions for five
straight days.
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Basic Characteristics
Waveband centimetric
Target detection and tracking zone limits:
range, km 300
azimuth, deg 360
elevation, deg -3 to +60
speed, m/s 30 to 2,800
Clutter suppression ratio, dB up to 70
Number of target tracks handled automatically up to 100
Permissible number of false tracks for 30 min up to 5
Data update rate, s:
low level 6
medium and high levels 12
Beam pattern width, deg:
azimuth 2.3
elevation 1.5 to 3
Side lobe level, dB -38
Average level of antenna pattern background, dB -50
Time of deployment from march, min 5
GROUP 58 COMMUNICATIONS, DETECTION
AND COHERENT RADAR EQUIPMENT
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PART 4 - . 4
RADARS
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P-18-2 MOBILE
METRIC-WAVE
2-D RADAR
Designed to detect, identify and track air targets, includ-
ing «stelth» threats, at long ranges and transmit their
range, azimuth and elevation data to indicators and oth-
er radar-interfaced devices.
The radar antennas, its basic equipment and the diesel
electric
power plants
are carried by two cross-country
trucks and two trailers. The radar can be powered by
industrial mains.
The radar has a remote control workstation, which can
be set up at a distance of up to 500 m from the radar to
monitor the air situation, con-
trol radar systems operation,
and handle information traffic.
The radar has been upgraded
with a high-power active noise
jamming rejection (ANJR)
equipment. Other enhance-
ments include replacement of
the passive-noise analog pro-
tection system with a DMTI
system, as well as replacement
of some tube-based units with
semiconductor components.
The ANJR system includes
independent channels of auto-
matic noise compensation, which provide protection
against active noise jamming with a maximum total power
of 200 W/MHz and an equivalent range of 200 km.
The DMTI system enhances the effectiveness of the
passive-noise, ground clutter and nonsynchronous jam-
ming protection system.
To equip the P-18-2 radars with the ANJR and DMTI
systems, complete upgrade kits are available.
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*(a, #),^(&"b #) *()&'a _,(!*()#. " &("&a,#&&'a
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:d&#)d #+&,-^(&"2 .#]!-`&#b %(" ()"_ «"),(+")(d»)
. ].""*#)" #) .'#)' _#()
" _," .'#)( &)(&&' =B 10,35 *, $*:
500 * &( *(&(( 60
10000 * &( *(&(( 250
27000 * &( *(&(( 270
f(,a&22 c,&"% ]#&' #+]#, _# -c- *(), c,!. 30
C#1&#)d #_,(!((&"2 $##,!"&):
_# !d&#)", * 1800
_# ]"*-)-, -c. *"&. 60
#ejj"%"(&) _#!.(&"2, !o:
$)".&'a `-*#.'a _#*(a &( *(&(( 23 (_#( *#!(,&"]%"")
_".&'a _#*(a &( *(&(( 26 ( >B:>)
\(,"#! #+&#.(&"2 !&&'a, 10/15/30
f,(*2 ,].(,)'.&"2, *"&. 45
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<+-^".0g"b _(,#&, 1(. 4
p#."2 e$_-)%"":
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.^&#)d, _,#%. !# 98
.'#) &! -,#.&(* *#,2, * 1000
-)#b1".#)d _," $#,#)" .(),, */ !# 30
Basic Characteristics
Fighter-type target detection range, km:
500 m altitude at least 60
10,000 m altitude at least 250
27,000 m altitude at least 270
Upper limit of scanning in elevation, deg 30
Measurement accuracy:
range, m 1,800
azimuth, arcmin 60
Noise suppression factor, dB:
active noise at least 23 (upgraded)
passive noise at least 26 (with DMTI system)
Data update rate, s 10/15/30
Deployment time, min 45
Power consumption, kW 10
Crew 4
Operating conditions:
temperature,
0
C from -40 to +50
humidity, per cent, up to 98
height above sea level, m 1,000
wind stability, m/s up to 30
GROUP 58 COMMUNICATIONS, DETECTION
AND COHERENT RADAR EQUIPMENT
Class 5840 Radar Equipment, Except Airborne
58 !"#, $%&",
'$(()* +$'$)$$ $%$+$!
5840 !"##$%"#&&'( ")(*' " #+#,-!#.&"( ("$012 ."%"#&&#()
633
PART 4 - . 4
RADARS
89:;<;8=:;>>?@
AB8>=::
1L117M RADAR
Designed to detect and identify air targets and measure
three coordinates. It is used in automated air defense
and ATC systems.
Unlike its predecessor 1L117, it incorporates a klystron
transmitter. The klystron transmitter enhances stability
of emitted signals, increases passive noise suppression
characteristics and improves the radar’s ability to
detect low-flying targets.
The radar’s frequency agility improves its resistance to
jamming.
The radar data processing devices perform primary and sec-
ondary processing of the information received from the
primary and IFF radars. These devices generate target coor-
dinates and tracks and send them to users. A remote con-
trol and monitoring system provides for automatic operation
of the radar and switch-over of its operating modes. The sys-
tem carries out functional and diagnostics checks of the
radar equipment, as well as faults diagnosis and indication of
the sequence of repair and maintenance operations.
The radar equipment is mounted on five vehicles:
- vehicle 1 carries the upper and lower antenna systems, as
well as data transmisson/reception equipment of the primary
and IFF radars;
- vehicle 2 carries data readout and processing equipment;
plan-position indica-
tors and remote con-
trol facilities;
- vehicle 3 carries
two diesel electric
power plants
;
- vehicle 4 and 5 car-
ry the auxiliary equip-
ment, spare parts,
tools and
accessories. They are
also used to transport
the collapsible anten-
na system.
+$'$)$" )" 1'117(
Y,(!&Z&1(& !2 #+&,-[(&"2, #\#Z&.&"2 " "Z*(,(-
&"2 ),(] $##,!"&) .#Z!-^&'] #+_($)#.. Y,"*(&2()2 .
.)#*)"Z",#.&&'] ")(*] Y`; " -\,.(&"" .#Z-
!-^&'* !."[(&"(* (a`9).
<A #)"1()2 #) \,(!'!-b(c *#!(" (1<117) "\#d-
Z#.&"(* $"),#&&#e# \(,(!)1"$, 1)# \#Z.#"# \#-
.'")d )+"d&#)d "Z-1(*'] "e&#. ", ##).())-
.(&&#, $#fgg"%"(&) \#!.(&"2 \".&'] \#*(] " --1-
^")d ],$)(,")"$" #+&,-[(&"2 &"Z$#()2b"] %((c.
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$" <A \," ,+#)( . -#."2] $)".&'] \#*(]. 8\\,)--
, #+,+#)$" \,#"Z.#!") \(,."1&-0 " .)#,"1&-0 #+,-
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1- $##,!"&)&#c " ),#.#c ,!"##$%"#&&#c "&g#,-
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&"2 " $#&),#2 #+(\(1".() .)#*)"1($#( g-&$%"#&"-
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)#2&"2 \\,)-,', )$[( \#"$ &("\,.&#)(c #)#-
+,[(&"(* \#(!#.)(d&#)" \,#.(!(&"2 ,+#) \# ,(-
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i:Y; "\#dZ-0)2
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$2345367 89:9;<7:=2<=;=
9"\Z#& ,+#1"] 1)#), * 10
j$"*d&2 !d&#)d, $* 350
ae# #+Z#, . .(,)"$d&#c \#$#)", e,!. 28
B#1&#)d #\,(!((&"2 $##,!"&) (A;):
!d&#)", * 125
Z"*-), -e. *"&. 6
.'#)', * 400
Z,(^0b2 \##+&#)d:
\# !d&#)", * 125
\# Z"*-)-, e,!. 1
#fgg"%"(&) \#!.(&"2 #),[(&"c #) *()&'] \,(!*()#., !k 45
B(*\ #+&#.(&"2 "&g#,*%"", 5 " 10
#"1().# #\,#.#[!(*'] %((c 200
Y#),(+2(*2 *#b&#)d, $`) &( +#(( 50
Basic Characteristics
Waveband, cm 10
Maximum range, km 350
Vertical scan angle, deg 28
Measurement accuracy:
range, m 125
azimuth, arcmin. 6
altitude, m 400
Resolution:
range, m 125
azimuth, deg 1
Ground clutter suppression factor, dB 45
Data update rate, s 5 and 10
Number of tracked targets 200
Max power consupmtion, kW 50
634
PART 4 4
RADARS
ARMs fitted with IR, TV and radar homing heads.
The Gazetchik equipment comprises the following
components:
- autonomous ARM detector;
- distraction devices operating in the frequency band of
the radar to be protected;
- aerosol and chaff dispensers;
- interface with radars under protection.
The protection equipment is available in several ver-
sions, operates in an automatic mode and is supplied
with power from the protected radar.
Basic Characteristics
Space sector under protection, deg:
azimuth 360
elevation up to 90
: ;<=>?@<AB: ;<CDE =:=>DC?C @?ADFD@:G H = >D;I<AJ-
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=LDF=>A K?O:>J.
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>?@:D - <> K?O:O?DC<S .
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[?O:O?DCJS =DB><L ;L<=>L?@=>A?, \L?F.:
;< ?K:CU>U 360
;< U\IU CD=>? F< 90
GAZETCHIK EQUIPMENT
FOR RADAR PROTECTION AGAINST
ANTIRADAR MISSILES
Iintended to protect friendly radars against antiradar
missiles (ARM) by a sort-time interruption of their
emissions on command from a stand-alone ARM
detector, by using distraction devices and by jamming
2345 6789 248:;<8==9>
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2;3 «B638;»
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H, ? >?BVD FIG :=;<IWK<A?@:G <>AIDB?XO:E U=>L<S=>A
A><@<C@JS <T@?LUV:>DIW H
Stand-alone detector
GROUP 58 COMMUNICATIONS, DETECTION AND COHERENT RADAR EQUIPMENT
Class 5865 Electronic Countermeasures, Counter Countermeasures
and Quick Reaction Capability Equipment
B2G@@ 58 3>=8; 5H68, I=2GJ3=8H,
3:3;KKG=8;<8? 8 248:;<8==3 I2G45=83
I?== 5865 DE@:B? L?F:<YIDB>L<@@<S T<LWTJ. LDF=>A? \:FL<?BU=>:ND=B<\< ;<F?AID@:G
635
PART 4 4
ELECTRONIC RECONNAISSANCE
AND WARFARE
SYSTEMS
!
" #$ !
%&%'
GROUP 58 COMMUNICATIONS, DETECTION AND COHERENT RADAR EQUIPMENT
Class 5865 Electronic Countermeasures, Counter Countermeasures
and Quick Reaction Capability Equipment
58 !"# $%&", '(!)!"%,
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=>?? 5865 @ABCD> E>FCGH=@DIEGBBGJ KGELKM. E@F?IO> PCFEG>DQ?ICR@?DGPG SGF>O=@BCT
.$ ."' !"#'- &$.#"
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ELECTRONIC RECONNAISSANCE
AND WARFARE SYSTEMS
MOBILE AUTOMATED
EW SYSTEM
Designed for jamming aircraft multi-threat radars,
including missile guidance radars, missile/bomb seek-
ers, navigation radars and terrain-following radars to
protect area and point targets.
Affected by jamming, aircraft radars are fully disabled
of accurate guidance of missiles/bombs.
The system can simultaneously suppress up to 50 side-
looking, air-to-surface weapon control, navigation and
terrain-following radars installed on planes and heli-
copters approaching from any direction at altitudes
from 30 m to 30,000 m.
The system is composed of:
- one automated battalion command post (ABCP);
- three automated company command posts (ACCP);
- three elint stations (RTR);
- 27 jammers (SPN-2, SPN-4);
- one test/maintenance automobile station.
Functionally, each unit consists of the following elements:
- command posts: communications vehicle, control
vehicle and electric power plant mounted on the
Ural-43203 chassis;
- SPN-2 and SPN-4 jammers: antenna system vehicle,
control vehicle and electric power plant mounted on the
KamAZ-4310 or Ural-43203 chassis;
- RTR station: equipment vehicle and electric power
plant mounted on the Ural-43203 and KamAZ-4310
chassis.
To maximize combat efficiency, all system’s assets are
employed in a group. Its operation is managed by
ABCP linked with three ACCPs. Aerial situation data
(radar data to ABCP, radar and sigint data to ACCP) is
+'("*!0- $'+"&"'$!!0- #'+*#
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3 DGqS=@DI>;
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?I>BsCT SGq@A (n-2, n-4) - 27 DGqS=@DIGO;
- DGBIEG=LBG-E@qGBIB>T >OIGqGKC=LB>T ?I>BsCT - 1.
zQBDsCGB>=LBG D>vFMJ DGqS=@DI E>oF@=@B:
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- ?I>BsCC - B> q>{CBQ >SS>E>IBQt C H=@DIEG?I>B-
sCt, DGIGEM@ E>oq@p@BM B> >OIG{>??C «yE>=-43203» C
>q"-4310.
636
PART 4 4
ELECTRONIC RECONNAISSANCE
AND WARFARE
SYSTEMS
!
" #$ !
%&%'
GROUP 58 COMMUNICATIONS, DETECTION AND COHERENT RADAR EQUIPMENT
Class 5865 Electronic Countermeasures, Counter Countermeasures
and Quick Reaction Capability Equipment
58 !"# $%&", '(!)!"%,
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>=LBG?IL SGF>O=@BCT $, Dq GI 30 FG 130
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@=7FAI
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G=CR@?IOG GFBGOE@q@BBG S@=@BPQ@qMA s@=@J FG 60
>=LBG?IL GKB>EQv@BCT $, Dq 70 - 150
nE@F@=M E>KGIM, PE>F.:
SG >oCqQIQ 0 - 360
SG QP=Q q@?I> 0 - 30
E@qT E>oO@EIMO>BCT, qCB. FG 20
Basic Characteristics
Command posts ABCP ACCP
Distance, km:
to radar information source up to 20
to subordinate units 40 20
Number of simultaneously managed targets 50 20
Time:
data processing, s 5 7
deployment, min up to 45
Jammers SPN-2 SPN-4
Operating waveband, cm 2 3
Effective jamming power, kW 440 580
Jamming range, km 30 - 130
Time of deployment, min up to 20
RTR elint station
Operating waveband, cm 2 and 3
Number of simultaneously directionally located targets up to 60
Maximum detection range, km 70 -150
Scanning range, deg
azimuth 0 - 360
elevation 0 - 30
Time of deployment, min up to 20
System Element Interaction
Radar information
source
Electronic
reconnaissance
Radar information
source
ABCP
ACCP
SPN-2
SPN-2 SPN-2
SPN-4 SPN-4
SPN-4 SPN-4
SPN-4 SPN-4
SPN-2
SPN-2 SPN-2
SPN-4 SPN-4
SPN-4 SPN-4
SPN-4 SPN-4
SPN-2
SPN-2 SPN-2
SPN-4 SPN-4
SPN-4 SPN-4
SPN-4 SPN-4
ACCP ACCP
Electronic recon-
naissance station
Radar information
source
Electronic recon-
naissance station
Radar information
source
=T FG?ICv@BCT q>D?Cq>=LBGJ H||@DICOBG?IC KG@OM@
?E@F?IO> DGqS=@D?> GKr@FCBTtI?T O PEQSSCEGODQ. >KG-
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I@IBG?IC CA SGF>O=@BCT.
processed by computers to classify high-threat targets
by class, speed, range, altitude, and bearing and iden-
tify their priority.
637
PART 4 4
ELECTRONIC RECONNAISSANCE
AND WARFARE
SYSTEMS
!
" #$ !
%&%'
GROUP 58 COMMUNICATIONS, DETECTION AND COHERENT RADAR EQUIPMENT
Class 5865 Electronic Countermeasures, Counter Countermeasures
and Quick Reaction Capability Equipment
58 !"# $%&", '(!)!"%,
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>?@@ 5865 ABCDE? F?GDHI>AEJFHCCHK LHFMLN. FAG@JP? QDGFH?ER@JDSA@EHQH THG?P>ACDU
AKUP-1 GROUND-BASED
JAMMER CONTROL SYSTEM
Designed to control a group of jammers, comprising
three companies.
Each company comprises nine jammers (six SPN-4s
and three SPN-2s) and an automated company control
post (ACCP).
The operations of the companies are coordinated from
an automated battalion control post (ABCP) of the
AKUP-1 system.
A group of jammers is used to prevent airborne side-
looking and air-to-surface weapon control radars from
detecting ground-based military facilities with an
equivalent effective reflective area (ERA) of up to 10 m
2
located within an area of about 100 x 100 km (forma-
tion command posts, missile and artillery units, air-
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