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ENGINE ROOM SIMULATOR ERS 5000 TECHSIM LCC Tanker MAN B&W 6S60MC-C The detailed multifunctional LCC Tanker Engine Room Simulator provides comprehensive training and assessment for marine engineers in basic familiarization and advanced operation of a tanker’s engineering and electrical systems Familiarization with LCC Tanker Engine Room System layout and flow diagrams Control of the machinery Control, alarm and safety system Watch-keeping and troubleshooting Emission control and fuel economy management Energy management Emergency operations Vessel resource management DNV Standard for Certification of Maritime Simulators №2.14, Edition 2011 IMO Conventions and Resolutions STCW 2010 requirements IEC standards Principles of operation Advanced operations Human Factors training Communications protocols Diagnosis of engineering and electrical systems Emergency operating procedures Machinery disaster management Final training and certification TRAINING OBJECTIVES COMPLIANCE WITH INTERNATIONAL STANDARDS AND REGULATIONS CONFIGURATIONS: SOLO, NETWORK, FULL MISSION Engine control room Networked class Full Mission

LCC Tanker MAN B&W 6S60MC-C ENGINE ROOM ...ENGINE ROOM SIMULATOR ERS 5000 TECHSIM LCC Tanker MAN B&W 6S60MC-C The detailed multifunctional LCC Tanker Engine Room Simulator provides

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ENGINE ROOM SIMULATOR ERS 5000 TECHSIM

LCC Tanker MAN B&W 6S60MC-C

The detailed multifunctional LCC Tanker Engine Room Simulator provides comprehensive training and assessment for marine engineers in basic familiarization and advanced operation of a tanker’s engineering and electrical systems

• Familiarization with LCC Tanker Engine Room• System layout and flow diagrams• Control of the machinery• Control, alarm and safety system• Watch-keeping and troubleshooting• Emission control and fuel economy management• Energy management • Emergency operations• Vessel resource management

• DNV Standard for Certification of Maritime Simulators №2.14, Edition 2011

• IMO Conventions and Resolutions • STCW 2010 requirements• IEC standards

• Principles of operation• Advanced operations• Human Factors training• Communications protocols

• Diagnosis of engineering and electrical systems• Emergency operating procedures• Machinery disaster management• Final training and certification

TRAINING OBJECTIVES

COMPLIANCE WITH INTERNATIONAL STANDARDS AND REGULATIONS

CONFIGURATIONS: SOLO, NETWORK, FULL MISSION

Engine control room

Networked class Full Mission

[email protected] www.transas.com

• Control and monitoring from the Bridge and Machinery Control Room

• Local control and monitoring from Engine Room compartments

• Imitation of Local Operating Panels• Exhaust Gas emission monitoring • Interactive system diagrams • Video Wall• 3D Virtual Reality• Touch Screens

• MAN B&W 6S60MC-C• Joint operation with NTPRO simulator

SHIP MODEL SPECIFICATION

3D Virtual Reality: Test cock opening

Trainee Console Structure

ME LOP LO Purifier LOP

VesselLength, mBreadth, mDraught, mService Speed, knWeight, DWT

MAN B&W 6S60MC-C, 2-stroke slow speed turbocharged reversible main diesel engine,MCR 18,420 PHP at 105 RPMwith electronic governor

Fixed Pitch Propeller

248.9243.814.9515.5115.000

Propulsion2 х Diesel Generator 900 kW, 450V AC, /60 Hz, 3ph; Diesel engine – Yanmar 8N21AL-SV, 1000 kW at 720 RPM

1 x Shaft Generator 1200 kW, 450V AC, /60 Hz, 3 ph; 1 x Steam Turbine Driven Generator 1200 kW, 450V AC, /60 Hz, 3ph;Emergency Diesel Generator 200 kW, 450 V AC, /60 Hz

Electric Power Plant