Physical fields control vessel
Project 1806 Zvuk
Project 18061
Project 18061BD
Project 18061K
Project 18065 "Victor Subbotin"
NATO: Onega Class
| Project 18065 "Victor Subbotin"
| | Shipyard | named after A.M. Gorky, Zelenodolsk
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| Main characteristics |
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| Displacement, full load, | t 1450
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| Overall | length, 80 m / 260 feet
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| Width is the greatest, | m 11.4
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| Draft, m | 3.25
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| Main propulsion plant |
The vessel is powered by a two-shaft diesel plant driving controllable pitch propellers.
The main propulsion plant includes two independent port and starboard diesels, each of which drives its controllable pitch propeller.
The electrical power system comprises four 200 kW automated diesel-generators and two 50 kW air-cooled diesel-generators.
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| Main propulsion plant | two-shaft diesel
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| Total MPP capacity | kW2060
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| Electric power sources | 6 diesel-generators
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| Total electric capacity | kW900
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| Number of propellers | 2
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| Speed, knots: |
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| maximum | 14
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| economical | 10
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| Economical cruising speed range with max fuel capacity, n. m. | 2500
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| Endurance, days | 15
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| Complement | 61
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| Electronic and navigation equipment |
To ensure safe navigation, vessel positioning, short-distance navigation situation awareness as well as underwater situation control during the preparation and carrying out of measurements, the following equipment is installed aboard the vessel:
Vesta-K sonar station;
6701R-3 IFF equipment;
Gorizont-25E integrated system consisting of the Gorizont-25 navigation radar, MK-54IS electronic chart display and information system (ECDIS) and NT-300D GPS receiver.
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| Navigation equipment |
Gyuis gyrocompass;
LEM2-1 or LI2-1 log;
NEL-20K navigational echo sounder;
KM145-6 or KAF-1 Magnit magnetic compass;
Kvitok-3N receiver-indicator of coastal radionavigation systems (Loran-S, Chaika, Mars-75, RS-10, Bras);
IPV-92M wind sensor or Syuzhet-KM system;
Peleng autopilot.
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| Measuring instrumentation |
The measurement and analysis of underwater noise from surface ships and submarines with automatic measurement processing is done by the SGAS-496E marine sonar system. With its help, the information gathered on the low-frequency fields of controlled objects is analyzed.
The VSV-205-type system can measure acoustic noise and vibrations of a controlled object.
The low-frequency electromagnetic fields of submarines and surface ships can be monitored by the K-739E or TsU7002 measurement system when the vessel is under way.
The electromagnetic fields of a controlled object are measured and analyzed by the K-751E system complete with F7278E analyzer when the vessel is in stop position and by a K-719E-type measuring instrument when it is under way.
The vertical magnetic component field of a controlled ferromagnetic object is measured by an M-121E-type portable magnetometer when the vessel is in stop position.
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| Features |
capability to measure the field parameters in sea point up to 2 inclusive;
effective operability in a wide range of climatic conditions: ambient temperature of +5 °C to +33 °C, seawater temperature of +14 °C to +25 °C;
low level of its own signature.
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