Каталог - Оружие России 2000 c82-795
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792
PART 5 5
FUZES
GROUP 13 AMMUNITION
AND EXPLOSIVES
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FUZES FOR MULTILAUNCH
ROCKETS
9E260-1 Fuze
Designed to com-
plete multilaunch
rockets equipped
with HE fragmen-
tation warheads.
Type: electro-
mechanical, nose-
mounted, time
and contact, with
an explosive train
of safety type.
301V (9E285)
Electronic Time
and Percussion Fuze
Designed to complete rockets for upgraded MLRS.
Type: electromechanical, nose-mounted, time and
contact, with an explosive train of safety type.
328V Electronic Time Fuze
Designed to complete rockets for upgraded MLRS.
Type: electromechanical, nose-mounted, time, with an
explosive train of safety type.
Basic Characteristics
9E260-1 301V 328V
Weight, kg 1.0 1.0 0.8
Height, mm 298 - -
Maximum length, mm - 296.0 194.2
Operating temperature
range,
o
C ±50 ±50 ±50
Fuze action setting time, over time, over
three-wire link induction link
Probability of failure-free
operation 0.98 - -
Guaranteed storage life, yr 10.5 - -
9E268 Safety and Arming Mechanism
Designed to complete cluster and HE fragmentation
warheads of multilaunch rockets.
Type: electromechanical, with an explosive train of
semisafety type.
Basic Characteristics
Weight, kg 1.1
Height, mm 109
Operating temperature range,
o
C ±50
Probability of failure-free operation 0.99
Guaranteed storage life, yr 11.5
793
PART 5 5
FUZES
GROUP 13 AMMUNITION
AND EXPLOSIVES
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9B172 Electronic
Timing Device
Designed to complete HE fragmentation
and cluster warheads.
Type: time, electronic, nose-mounted.
Ensures output of electric commands to
other units of the fuzing device for sep-
aration of the rocket nosecone, cluster
warhead opening, parachute system
deployment and connection of the con-
tact target sensor to the firing circuit.
9B174 Unit of Electronic
and Measuring Equipment (UEME)
Designed to complete the onboard con-
trol system (OBCS) of a multilaunch
rocket.
The 9B174 UEME is intended for:
- flying mission data reception;
- phantom acceleration measurement;
- computation;
- transformation of signals from the angular displace-
ment meter;
- providing the required parameters of the OBCS power
supply.
Upgraded Unit of Electronic
and Measuring Equipment
Designed to complete the onboard control system of a
multilaunch rocket.
It is intended to function the same as the 9B174 UEME
and to provide higher accuracy and consistency of fire
with a simultaneous increase in firing range.
794
PART 5 5
FUZES
GROUP 13 AMMUNITION
AND EXPLOSIVES
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FUZES FOR SHIPBOARD
ANTISUBMARINE TORPEDOES,
MINES AND ANTIMINE WEAPONS
I-239 Fuze
Designed to complete electrically propelled shipboard
antisubmarine torpedoes.
Type of fuze: electromechanical, body-mounted, con-
tact, with an explosive train of safety type.
I-346 Fuze
Designed to complete electrically propelled homing
torpedoes.
Type of fuze: electromechanical, central, contact, with
an explosive train of safety type.
I-296 Fuze
Designed to complete seabed mine seeker-killers.
Type of fuze: electromechanical, time, with an explo-
sive train of safety type.
Arming and Safety Mechanism
(Detonating Device)
Designed to complete self-propelled seabed mines,
antisubmarine mine systems and sea-shelf mines.
Type: electromechanical, all-way, with an explosive
train of safety type.
Basic Characteristics
I-239 I-346 I-296 MZU
Weight, kg 3 1.7 3.5 1
Height, mm 167 260 198 170
Operating temperature from from from from
range,
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C -10 to +50 -5 to +40 -10 to +35 -2 to +40
Probability of
failure-free operation 0.98 0.986 0.99 0.98
Guaranteed
storage life, yr 10 10 10 10
795
PART 5 5
FUZES
GROUP 13 AMMUNITION
AND EXPLOSIVES
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FUZE CHECKOUT AND SETTING EQUIPMENT
9P612 Remote Setting Equipment
Designed to complete combat vehicles as a constituent
part of the ground equipment for prelaunch preparation
and launch.
Provides programming of the 9E260-1 electronic time
and contact fuze (power supply activation and input of
the remote-action estimated time) in the automatic
mode of prelaunch preparation and launch of rockets
with separable nosecones for single-shot, group and
salvo firing.
329U Remote Input Equipment
Designed to complete an upgraded MLRS combat vehi-
cle as a constituent part of the automated comman-
der’s work station.
Provides programming of the 9E285 and 328V fuzes
(charging of the capacitive power supply and input of
the remote-action estimated time) in the automatic
mode of prelaunch preparation and launch of rockets
with separable nose-cones for single-shot, group and
salvo firing.
9P618-1M Remote
Input Equipment
Designed to com-
plete a combat
vehicle as a con-
stituent part of the
ground equipment
for prelaunch
preparation and
launch.
Provides program-
ming of the 9B191
onboard control
system (input of
flight mission data
in the prelaunch
mode), the 9B172
computer, the
9E268 and 9E269
safety and arming
mechanisms (input
of the remote-
action estimated
time and warhead
action setting in the launch mode) for all modifications
of rockets for single-shot, group and salvo firing.
9V932-1 Checkout Equipment
Designed to complete arsenal equipment.
Ensures the functional check of the onboard control
system and the 9B172 electronic timing device during
scheduled maintenance of rockets in the modes corre-
sponding to the standard modes of prelaunch prepara-
tion and launch in accordance with a strictly set algo-
rithm.