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INTEGRATED LASER AND RADAR WARNING ANDPROTECTION SYSTEM

SAM

DESTINATION

SAM provides protection for armoured vehicles against threats that use activeradiolocation or laser illumination, by warning and launching of appropriateprotection means.

Allows real time protection from the threat detection.

STRUCTURE

SAMintegrated system incorporating:Laser and Radar Illumination Warning System (SAILR)Grenade Launching System (SLG)

SAMprovides:

- laser and radar radiation detection;- laser and radar detection warning, by means of visual signal (on a LCD)

and providing a TTL stepsignal for radio system-acoustic warning;- localization of the threat direction followed by its indication on the LCD;

- determination of the nearest counteracting grenade to cover the detectedradiation area

- detection of the radiation type source and its indication by a graphicsymbol on the LCD;

- automatic, semiautomatic and manual launching of protecting grenadeswithin an angle of 45 to the vehicle axis.

MAIN CHARACTERISTICS

LDU (Laser Detection Unit)

- spectral range 4001540 nm- field of detection in azimuth.. 360

in elevation.-25 90- resolution .15- detection range 8005000m

RDU (Radar Detection Unit)-spectral range 3337GHz

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-field of detection in azimuth.. 360in elevation.+20 +60

-resolution 30-detection range 8005000m

CPU (Central Processing Unit)-display unit..graphic LCD

-operation modes..manualsemiautomaticautomatic

- threat directions displayed.24 for laser12 for radar

- type of icons displayed. 2 for laser (single pulse or repetitive)1 for radar2 for threats (tank or helicopter)

2 for grenades (present or missing )-outputs24V DC for grenades launchingTTLstepsignal for acoustic warningRS 422 interface

.SLG (Grenade launching system - integrated in CPU)

- caliber ..76mm (SGL 76) or 81 mm (SGL 81)- number of launchers6 20 (upon customers request)- launching modes:

- manual - grenades are chosen and launched individuallyby the operator;

- automatic- grenades are chosen and launched, in roundsof 1-2 grenades, automatically by the SIAPsystem, according to the threat direction;

- semiautomatic grenades selected by the SIAP systemin rounds of 1-2 grenades, according to thethreat direction, but launched by the operator.

GENERAL - theresponding time from validation of the radiation signal up to thetriggering control upon the launchers.max. 50ms

- supply voltage.. 2229V dc (from the vehicle)- environmental conditions..according to military standards

CONSTRUCTION The sensor blocks (containing LDUand RDU) are disposed outside,

on the hull (on the turret). The construction of the sensor blocks ismodular and flexible:

SIAP

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- the number and the positions of the blocks may be changed according to thevehicle shape and hull (turret) configuration, in order to provide 360 protection

- on request, the system may contain only laser sensors (protection assuredonly to laser threats)

The CPU- mounted inside the vehicle.

SLGSystem - mounted on the hull (on the turret)System available in different configurations, according to the vehicletype:

For armou red vehic les(8x8, 4x4)Below - an example of an Everything on the hull configuration with 4 sensor

blocks and 6 launchers, which is more used for armoured vehicles due to optimalvehicle coverage against threats.

For l ight vehic les(HMMWV) it can be used only 2 sensors unitswith/without Radar unit and, if desired, no launchers at all, only warning signalsreceived and maneuvers performed.

SIAP

Left front

Left rear

Right rear

Right front

Front of the

vehicle

CPU

Launchers

Launchers

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For light vehicles with /without turret, it can be used a compact system ofsensors grouped in a single block, disposed either on the turret, or on a mast on thehull.

The launchers may be mounted either on the turret (if the sensors are on the

turret) or on the hull (if the sensors are on the hull), in order to have the samereference for detecting an launching.Below - an example of a compact system composed of 1 block containing

only laser sensors and controlling 6 launchers

Launchers

Launchers

CPU

Block of

sensors

Front of the

vehicle

Phone (+4031) 805 87 90Fax (+4031) 805 87 93

www.prooptica.romarketing@prooptica.ro

S.C. PRO OPTICA S.A.

67 Gheorghe Petrascu Street

Bucharest, ROMANIA

http://www.prooptica.ro/http://www.prooptica.ro/http://www.prooptica.ro/