Vetus BOW28548D Bow Thruster 48V 285 kgf

Vetus BOW28548D Bow Thruster 48V 285 kgf

The Vetus BOW28548D Bow Thruster 48V 285 kgf is engineered to provide exceptional maneuverability for larger boats. With a thrust of 285 kgf, this powerful thruster is ideal for vessels ranging from 12.5 meters to 20 meters in length. The thruster’s reliable 48V DC reversible motor ensures smooth operation, while the robust design provides excellent resistance to corrosion, even in the harshest marine environments.

Key Features:

• Thrust: 285 kgf (or 2800 N) for outstanding maneuverability.
• Voltage: 48V DC for consistent and efficient performance.
• Motor: Reversible DC motor for both forward and reverse propulsion.
• Corrosion Resistance: Synthetic material propeller and durable construction for high-strength and longevity in marine environments.
• Easy Installation: Detailed installation instructions and a straightforward mounting system for quick setup.

Specifications:

• Power: 6 kW (8 hp)
• Operating Time: Continuous operation for up to 4 minutes with 48V DC system.
• Motor Type: Reversible DC motor with low noise and vibration.
• Current Consumption: 490A
• Tunnel Diameter: 300 mm
• Weight (without tunnel): 50 kg

Dimensions of Vetus BOW28548D:

Electrical Requirements:

48VDC:

• Current: 490A
• Maximum Operating Time: 4 minutes
• Delayed Fuse: 400A
• Battery: 1x150 Ah / 1x200 Ah
• Cables (total + and -): 0-24/95 m/mm²
• Battery Switch: 250/48

Why Choose Vetus BOW28548D Bow Thruster?

• Powerful Performance: Delivers 285 kgf thrust for reliable maneuvering, even in challenging conditions.
• Durable Construction: High-quality synthetic material components ensure longevity and resistance to corrosion.
• Reversible Motor: Ensures ease of operation in both forward and reverse directions.
• Advanced Features: Streamlined design for reduced noise and vibration, with a helicoidal gearbox and elastic coupling to minimize power loss and transmission noise.
• Easy Installation: Comes with clear instructions for a hassle-free installation process.