产品简介

快速工作船的主要任务是维护海上信号装置和物体，如浮标和灯塔，运输灯塔的工作人员和货物供应。船尾的开放式工作甲板区配备了电动液压起重机。轮机舱和住宿空间都有空调。

快速工作船是根据克罗地亚船级社的规则建造的，用于商业目的的船只。它是由耐海铝合金（AlMg4,5Mn）制成，纵向框架，焊接结构。此外，还满足了受损的稳定性要求。

两台四冲程柴油机，涡轮增压，电动启动，机械调节转速，发动机最大制动功率为2 x 275千瓦，可以达到23节的服务速度。

V型齿轮箱是可逆的。推进装置由舵手室控制台远程控制。电力来自电池（24 V DC）和柴油发电机（220 V，50 Hz，9 kW）。

船上配备了VHF无线电电话，用于对外通讯。导航系统包括：雷达、GPS、磁罗盘、回声测深仪和速度记录仪。为3名船员和9名乘客提供住宿。此外，还有4个客舱铺位和4个辅助铺位。

这艘快速工作船是第一艘建造的船（来自我们船厂建造快速船的发展计划）。由于工作船的特殊目的和对速度、安全、适航性和舒适性、载重能力和行动半径的高技术设计要求，设计被特别仔细地开发。最后，它形成了最佳的快速工作船设计。

英文介绍

Fast workboat's primary task is maintenance of maritime signalling devices and objects, such as buoys and lighthouses, transportation of lighthouse's crew and cargo supply. Open working deck area at stern is equipped with electro-hydraulic crane. Wheelhouse and accomodation spaces are air-conditioned.

Fast workboat is built according to rules of Croatian Register of Shipping for boats for commercial purposes. It is made of sea resistant aluminium alloy (AlMg4,5Mn), longitudinally framed, welded construction. Furthermore, damaged stability requirements are satisfied.

Two four-strokes diesel engines, turbocharged, electrically started, mechanicaly regulated revolution, maximal engine brake power 2 x 275 kW, enable service speed of 23 knots.

V-type gearboxes are reversible. Propulsion plant is remotely controlled from wheelhouse control console. Electrical power is provided from batteries (24 V DC) and from diesel generator (220 V, 50 Hz, 9 kW).

Boat is equipped with VHF radio telephone for external communication. Navigation system consists of: radar, GPS, magnetic compass, echo sounder and speed log. Accomodation is provided for 3 crew members and 9 passengers. In addition, there are 4 cabin berths and 4 auxiliary berths.

This fast workboat is first craft built (from development program of building fast craft at our shipyard). Design was particularly carefully developed, because of specific purpose of workboat and high technical design requirements regarding speed, safety, seaworthiness and comfort, load carrying capacity and action radius. Finally, it resulted in optimal fast workboat design.