Vetus BPJ5D Double Hydraulic Thruster Control Panel

SKU: Vetus BPJ5D

€ 1.609,83

1-2 weeks delivery time
Price incl. 19% VAT

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The Vetus BPJ5D Double Hydraulic Thruster Control Panel is a versatile and efficient control panel designed for hydraulic thruster systems. Featuring an on/off button and two five-way joysticks, it allows for both full and 50% power operation, providing precise control over both bow and stern thrusters. Its IP65 water protection rating ensures reliability in harsh marine environments.

Description
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Vetus BPJ5D Double Hydraulic Thruster Control Panel

The Vetus BPJ5D Double Hydraulic Thruster Control Panel is designed to provide efficient and reliable control for both bow and stern thrusters. It features a user-friendly interface with two five-way joysticks and an on/off button, allowing for precise control of the thrusters at full or 50% power settings. The two-stage joystick design enhances maneuverability, making it ideal for docking or navigating tight spaces.

The control panel is built with durability in mind, offering an IP65 water protection rating. This ensures that the panel is resistant to water and dust, making it suitable for demanding marine conditions. Whether you're managing a yacht, boat, or other marine vessels, the BPJ5D provides superior handling and control when you need it most.

Features:
- Hydraulic Control Panel: Designed for use with hydraulic thruster systems, offering precise control for bow and stern thrusters.
- Dual Joysticks: Two five-way joysticks allow for independent control of both bow and stern thrusters, with adjustable power settings for full or 50% power.
- On/Off Button: Quick and easy on/off operation for safety and convenience.
- Water Protection: IP65 rating ensures the control panel is protected from water jets and dust, making it suitable for marine environments.
- Compact Design: The control panel measures 85x136 mm, allowing for easy installation in tight spaces.
Specifications:
- Control Panel Type: Hydraulic
- Operation: On/Off button, Two Five-Way Joysticks
- Power Options: Full Power, 50% Power
- Water Protection Rating: IP65
- Size: 85x136 mm
The Vetus BPJ5D Control Panel is the ideal choice for boat and yacht owners who require reliable and precise control of their hydraulic thruster systems. Its rugged construction and advanced features ensure that it can handle the challenges of even the most demanding marine environments.

FAQs:

How does the IP65 rating enhance the durability of bow and stern thruster panels in marine environments?

The IP65 rating significantly enhances the durability of bow and stern thruster panels in marine environments by ensuring they are watertight and dustproof. This protection level safeguards the panels against saltwater spray and other corrosive elements. The watertight feature prevents moisture ingress that can cause electrical failures, while the dustproof aspect helps maintain the integrity of internal components. These panels are designed for reliable performance even under harsh conditions.

How do bow thruster panels with two-stage joysticks differ from standard control panels?

Bow thruster panels with two-stage joysticks offer enhanced control by allowing for gradual power adjustments. The two-stage design helps prevent sudden movements, making it easier to maneuver the vessel in tight spaces. This feature is especially useful during docking or navigating through narrow channels. Vetus’s two-stage system provides precise and reliable thrust management, offering greater maneuverability compared to standard control panels.

In what types of marine environments are two joystick thruster panels most beneficial?

Two joystick thruster panels are particularly beneficial in environments that require precise maneuvering, such as crowded marinas, narrow channels, or when navigating near obstacles. The dual joystick control allows for independent operation of both bow and stern thrusters, offering high precision in steering and positioning. These panels are ideal for vessels operating in challenging conditions, where fine adjustments are necessary for safe and efficient navigation.