Table 1. Main parameters of multichannel instrument systems for surface ships.
Table 1. Main parameters of multichannel instrument systems for surface ships
|
Country, company |
Model |
D, km |
2w, deg. |
2W, deg. |
Dl, µm |
FPU type, number of pixels |
Weight, kg |
Dimensions, mm |
U, B |
Pe, W |
Vsl, deg/s |
asl, deg ./с2 |
Note |
| USA, Contraves Corp. |
LSEOS MARK II |
0 .28-20.5 (4) | 12×8 (1); 1 mrad (4) |
360 (G); 30…+85 (V ) |
8-12 (1); 0.4-0.9 (3); 1, 06 or 1.54 (4) |
KRT | 275 | Zh368?827 | |||||
|
-“- |
Sea Hawk MARK II/LSEOS MARK III | 7 (1) | 3, 16×2,1 (1) |
-“- |
-“- |
KRT | 310/136 | 827x1175x320/ 790?965 |
|||||
| USA, Kollmorgen Electro-Optical |
MARK 46 | 12 (4) | 4 and 12 (1); 7.5 and 30 (3) |
360 (G); 25…+80 (B) |
8-12 (1); 1.54 (4) |
KPT SPRITE, 486×1134 |
760& #215;710 | ||||||
| USA, Mc Donnel Douglas Electronic System Company |
NMMS | 2.8; 10 (1); 2 (3); 8 (3) |
± 190 (G); ± 30 (B) |
8-12 (1); 0.65-0.9 (3); 1.54 (4) |
KPT, 120 | 72.57 | Zh667.7 | accuracy stabilization < 20 microrad; resolution 700 TV lines |
|||||
| USA, Boeing Company |
NMMS | 3; 10 (1); 2; 8 (3) |
± 190 (G); ± 30 (B) |
8-12 (1); 0.65-0.9 (3) |
KPT, 120 | 113.4 (72.57 – turret) |
Zh647.7 |
-“- |
|||||
|
-“- |
TISS | 20 (4) | 1.6×1.2; 6&# 215;4.5 |
±270 (G); 35…+75 (V) |
3-5 (1); 0.65-0.95 (3); 1.54 (4) |
InSb, 480×512 | 363 (70 – turret) |
Zh444.5×520.7 | accuracy stabilization < 15 microrad; tr = –60…+100 C |
||||
| USA, FLIR Systems |
Sea Star SAFIRE | 33×25 (1 ); 4×3 (1); 0.8×0.6 (1); 1.4 – 30 (3); 1 mrad (4) |
360 (G); 120…+30 (B) |
3 – 5( 1); 0.8 – 0.9 (3); 1.54 (4) |
InSb /QWIP, 320×240; 640×480 due to microscanning |
50 | Zh385×445.8 | 60 | there is a laser illuminator with a wavelength of 0.82 – 0.85 µm; accuracy of range measurement ± 5 m |
||||
|
-“- |
Sea FLIRTM | 17.6-1.76 (1); 22.3-2.2 (2) |
360 (Г); 360 (B) |
3-5 (1); 0.4-0.75 (2) |
InSb, 256×256 (1); Si, 811×608 (2) ( NTSC), 795×596 (2) (PAL) |
13.1 | Zh229×386 | 50 | color TV camera format 1.3 |
||||
| France, CS Defense |
NAJIR 2000 | 360 (H); 35…+85 (V) |
200 ( TVP), 295 (processing unit), 80 (power supply unit) |
120 | 200 | TVP + TV + laser rangefinder channels |
|||||||
| France, SAGEM |
Volcan | 2-50 (1) | 8-12(1); 0.4-0.9(3); 1.06 (4) |
KPT, 96 or 128 | 80 (10 – TVP) |
350x100x100 (TVP) | 150 | ||||||
|
-“- |
Vigy 10 | ± 170 (H); ±30 (B) |
8-12 (1) or 3-5 (1); 0.4-0.9 (3) ; 1.54 (4) |
KRT | 150/230 | Zh480×1480/ Ж600×1200 |
30 | ||||||
|
-“- |
Vigy 105/Vigy 200 | 9×11.5 (1); 3×3.8 (1); 9×12 (2) ; 3×4 (2) |
360 (G); 20…+65 (B) |
8-12 (1) or 3-5 (1); 0.4-0.9 (3); 1.54 (4) |
KRT (1), 288×4 or 256×256, or 512× ;512; Si (3), 788×575 |
||||||||
| France, SAT, SAGEM |
Vampir (DIBV-1A)/Vampir MB (DIBV-2A) | 14-27 (PC); 10-25 ( C); 9-16 (PD); 7-10 (Bр) |
5 (1) | 360 (G); 20…+45 (B) |
3-5 (1); 8-12 (1) |
KPT, 288×4 | 180 | Zh550×1500 | ~ 115 V, 60 and 400 Hz |
accuracy tracking targets 0.5 mrad |
|||
| France, SAT |
Pirana Infra-Red Tracker | 10-20 | 8-12 (1); 4-5 (1) |
KPT | 50 | 750x410x410 | ~ 115 V, 400 Hz |
1000 | |||||
| Great Britain, Thales |
Mirador | 25 (1); 20 (4) |
2×1.5 (1); 7.3×5.5 (1); 3×2.25 (1) and 9×6.75 (1) ; 4.3×3.3 (2); 2×1.5 (3) |
360 (G); 30…+120 (B) |
3-5 (1) 8-12 (1) 0.4-0.9 (2, 3); 1.54 (4) |
KRT, 384× 208 | 270 (TVP), 110 (block processing), 120 (control console) |
1000x1108x752 (TVP), 665x1068x445 (processing unit), 800x1087x900 (control console) |
~ 115 V, 60 Hz |
4500 | 230 and 680 |
dynamic range for TV channel (2): 5 – 3×105 lux; DT = 0.02 K for 3 – 5 µm and 0.1 K for 8 – 12 µm; resolution 0.1 mrad |
|
| UK, MSI Defense Systems |
DAS | 2×3 (1); 8×12 (1) |
360 (G); 20…+70 (B) |
8-12 (1) | KPT | 150 (TPV), 182 (support), 650 (column without sensors) |
1820x750x1020 | ~ 400 V, 60 Hz; ~ 115 V, 400 Hz; ~115 V, 60 Hz; =24 V |
2000
250 80 240 |
90 (D); 100 (V) |
245 (G);
400 (V) |
||
| Great Britain, British Aerospace Systems and Equipment Ltd. |
Sea Archer 30 (GSA 8) | 17-3 (1) (diagonally) (G = 3.6-20x); 17 – 3 (2) (diagonal) (Г = 3.6-20х) (2); 1.5 mrad (4) |
± 305 ( G); 35…+75 (B) |
8-12 (1); 0.4-0.75 (2); 1,064 (4) |
KRT | 270 | Zh930& #215;1100 | accuracy tracking better than 3 m at 10 km; range measurement accuracy ± 5 m |
|||||
| United Kingdom, Oerlicon-Contraves Siemens Ples Sey COSYS |
Sea-quard/COSYS | 70/20 | 3×2 (1); 4.9×3.7 (2); 1.6× ;1,2 (2) |
8-12 (1); 0.4-0.75 (2); 1.06 (4) |
KPT | TVP + TV + radar + laser rangefinder; for radar frequency range 5.4 – 5.9 GHz, pulse power 49 kW |
|||||||
| Great Britain, Pilkington Thorn Optronics |
MEOSS | 4 (1) | ± 170 (G); ± 30 (B) |
KPT | 13 (TVP), 11 (NVD based on image intensifier), 22 (accompanying sensor), 9 (display), 5.6 (control unit ), 5.5 (body) |
515x438x407 | =19 – 32 | 114 – 192 | |||||
| Great Britain, Marconi Radar and Control, Visium Ltd., France, SAGEM SAT |
Vistar IM 405 | 16×12 (1); 9.6×5.6 (3); 4.0×2.3 (3) |
340 (G); ± 30 (B) |
8-12 (1); 0.4-0.9 (3) |
KPT | 50 | 240x630x600 | =28 | 140 | 30 | TVP + NVD based on image intensifier | ||
| Germany, Carl Zeiss, STN Atlas Electronic GmbH | 4.8×7 (1); 1.5×2 (1); 2 ,4×3.3 (1); from 2.4×3.3 to 24×33 (2) |
360 (G); 40…+70 ( B) |
7.5-10.5 (1); 0.4-0.9 (2); 1 ,54 (4) |
KPT, 96×4 | 60 (platform) , 20 (block control) |
~ 115 V, 60 Hz |
450 | ||||||
| Germany, Carl Zeiss | MEOSS | 15×7.5 (1); 5×2.5 (1) |
± 180 (G); 30…+60 (B) |
8-12 (1 ) | KPT, 288×4/96×4 | 90 | 700x460x420 | =18 – 32 | 300 | TV channel color or black and white; DT = 0.1 |
|||
| EADS Concern, Reutech Radar Systems (Pty) Ltd. | RTS | > 38 (K) (5); > 21 (missiles) (5) |
2×1.5 (1); 7.2×5 .4 (1); 2.5×1.9 (2); 7.3×5.5 (2) |
3-5 (1); 0.4-0.9 (2); 1.54 (4) |
287 | 344 | TVP + TV + radar + laser rangefinder with a frequency of 20 Hz, the accuracy of measuring angles is 0.6 mrad, range is 5 m |
||||||
| Netherlands, Hollandse Signaal-apparaten BV | IRSCAN | 20 (PC); 12 (PD); 15 (C) |
14.6 (V) | 8-12 (1); 3-5 (1) |
KPT, 1024 | 336; 50 (TVP), 3 (display) |
480x1035x366; 370x400x270 (TVP), 300x300x100 (display) |
~ 115 V, 60 Hz |
4450 | gyrostabilization accuracy of the sighting line < 50 μrad; |
|||
|
-“- |
LIOD | 20 (K); 10 (C) |
1.2-7.5 (1); 2- 30 (3); 1.2-1.5 mrad (4) |
360 (G); 30…+115 (V) |
8-12 (1); 0.4-0, 9 (1); 1.06 (4) |
220 (platform) | ~ 115 V, 400 Hz; ~ 115 V, 60 Hz |
2500
700 |
130 | 300 | |||
|
-“- |
LIOD Mk2 |
-“- |
1×2 (1); 7.5×15 (1 ); 2-20 (3); 1.5 mrad (4) |
-“ – |
-“- |
225 (platform) | ~ 115 V, 400 Hz; ~ 115 V, 60 Hz |
1600
4000 |
130 | 300 | |||
|
-“- |
LIROD | 20 (K); 10 (C); 0.2-32.766 (4) |
3 (1); 3-20 (3); 2-20 (3 ); 1.2-1.5 mrad (4) |
360 (H); 25…+150 (V) or 30 …+85 (V) |
-“- |
325 (platform), 930 ( total mass) |
120 (D); 80 (V) |
The radar has a frequency band of 35 GHz, output power of 100 W |
|||||
| Netherlands, SPAR Aerospace Ltd. | SIRIUS | 35 (PC); 21 (PD); 30 (C); 70 (RB) |
3.8 (V) | 360 (G); 70 (B) |
3 – 5 (1); 8 – 12 (1) |
KRT, 256, 300×10, 300×8 | 180 (sensors), 830 (support) |
8000 | resolution 0.25 mrad; FPU TVP: 300×10 elements; 300×8 elements |
||||
| Sweden, Celsius | 9LV100 | 2×3 (1); 9.5×6.3 (1); 2×3 (3) |
360 (H); 25…+80 (V) |
2-12 (1); 0.4-9 (3); 1.06 (4) |
KRT | 85 | 400 | ||||||
|
-“- |
9LV Mark 3 | 2× 3 (1); 9.5×6.3 (1); 2.5×2 (3) |
-“- |
-“- |
|||||||||
| Sweden, Saab Combitech | EOS-400 | 2×5 (1) | 360 (H); 30…+85 (V) |
8-12 (1); 0.4-0.9 (3); 1.06 (4) |
220 (platform), 75 (console) |
1500x1000x800 (sensors), 900x800x600 (console) | ~ 115 V, 400 Hz; ~ 115 V, 50- 60 Hz; ~ 115 V, 400 Hz |
150 | 115 (G);
172 (B) |
||||
| Sweden , Bofors | LEMURTM SW | 3 and 9 (1); 2-20 (2) |
360 (H); ± 90 (V) or –20…+50 (V) |
8-12 (1); 0.4-1.1 (3) ; 1.54 (4) |
KRT | 300 | Zh830×900 | 150 | 300 (G);
230 (B) |
||||
| Italy, Alenia | NA-18L | 0.3-20 (4) | 3.2×2.4 (1); 8×6 (1); 2.5×1 .67 (1); 6.7×4.4 (1) |
360 (G); 40… +85 (B) |
8-12 (1); 1.54 (4) |
KPT, 288×4; KPT SPRITE, 8 lines |
  ; | 115 (G); 86 (V) |
there is a daytime color TV camera with a working illumination range 10 – 2×105 lux, the accuracy of range measurement ±5 m |
||||
|
-“- |
MEDUSA MK 3 |
-“- |
2.5×1.67 (1); 6.7×4.4 (1) |
360 (G); 40…+85 (V) |
8-12 (1); 1,064 (4) |
-“- |
there is a daytime color TV camera with a working range of illumination 10 – 2×105 lux, accuracy of distance measurement ± 5 m, for NTVS the working illumination is 10-3 lux |
||||||
| Italy, Officine Galileo SpA | OG 30 | 0.4-15 (4) | 3×6 (1); 1.8×2.4 (3) |
360 (G); 25…+85 (B) |
-“- |
65 | 86 (G); 126 ( B) |
||||||
| Spain, Fabricade Artilleria de Bazan (FABA) | Meroka | 26 (5) |
-“- |
4500 (radar) | Zh3360×4200 | 90 | TVP + TV + radar + laser rangefinder; radar (AN/PVS-2) provides coordinate measurement with an accuracy of 0.20 | ||||||
| Israel, El-Op | MSIS | 11-17 (1) (K); 8-18 (N); 10-14 (3) (K); 6-17 (3) (N) |
1; 2; 7; 24.5 (1); 1.5 (3); 0.4 mrad (4) |
360 (G); 35…+85 (V) |
8-12 (1); 0.4-0.9 (3); 1.064 (4) |
KRT, 120×2 | 100 60 (support) |
Х600×780 | 60 (D); 90 (B) |
target range measurement accuracy ± 5 m, line of sight stabilization accuracy 20 microrad, tracking accuracy better than 150 microrad | |||
| Israel, Rafael | Sea Eye Thermal Imager | 1.7-12.5 (1). > | 650x550x550 | 20 | accuracy of line of sight stabilization 40 microrad | ||||||||
| Russia, Rosoboronexport | Palma SU | 6 (B, S, P); 15 (K) |
± 150 (H); 20…+80 (V) |
780 | TVP + TV + laser rangefinder |
