MRU-M-MB3-2 单波束和多波束回声测深仪的运动

【产品详情】

MRU适用于任何需要姿态确定和运动补偿的海上作业。Kongsberg的运动传感器系列可在所有动态环境中提供高精度的运动测量。它们涵盖了从小型水道测量船到大型船只和设施的所有海洋活动。

从本质上来说，在海上操作船只是一项极具挑战性的活动。为了承担诸如波高监测、在恶劣天气下使用起重机或确定船舶在何处使用动力定位等任务，需要测量横摇、纵摇、偏航和升沉运动。这就是运动参考单元(mru)的用武之地，KONGSBERG在这一领域已经领先了25年。

典型应用

单波束和多波束回声测深仪的运动补偿

水下机器人和遥控潜水器的方位和姿态测量

高速船运动控制和阻尼系统

海上起重机的升沉补偿

动态定位

水声定位

船舶运动监控

海浪测量

天线运动补偿和稳定

关于MRU应用程序的更多信息

高可靠性

Kongsberg的mru采用固态陀螺仪和加速度计，可提供高动态精度的实时运动测量。在最苛刻的海洋环境中，内部最先进的设计、建造和装配为MRU提供了极高的可靠性。

将技术艺术与应用相融合

在过去的25年里，基于微机电系统(MEMS)的陀螺仪已经有了许多不同的版本，对创新和独创性的持续关注导致了性价比的不断提高。因此，如今基于MEMS的陀螺仪对“易磨损”的机械陀螺仪解决方案以及基于光纤(FOG)技术的陀螺仪提出了挑战。KONGSBERG开发的陀螺仪针对KONGSBERG Motion Reference Unit(MRU)产品系列的高端应用进行了优化，是基于MEMS的陀螺仪设计的典范，展示了该技术的新性能水平。

MRU-M-MB3-2 单波束和多波束回声测深仪的运动

【英文介绍】

The MRU is suitable for any offshore operation that requires attitude determination and motion compensation. Kongsberg's range of motion sensors provides high precision motion measurement in all dynamic environments. They cover all Marine activities from small hydrographic vessels to large vessels and facilities.

By nature, operating a vessel at sea is an extremely challenging activity. To undertake tasks such as wave height monitoring, using a crane in bad weather, or determining where a ship is using dynamic positioning, it is necessary to measure roll, pitch, yaw, and heave motion. This is where the Motion Reference Unit (mru) comes in, and KONGSBERG has been a leader in this area for 25 years.

Typical application

Motion compensation of single beam and multi-beam echo sounder

Azimuth and attitude measurement of underwater vehicles and remotely operated vehicles

Motion control and damping system for high speed ship

Heave compensation of Marine crane

Dynamic positioning

Underwater acoustic location

Ship motion monitoring

Ocean wave measurement

Antenna motion compensation and stabilization

More information about MRU applications

High reliability

Kongsberg's mru uses a solid-state gyroscope and accelerometer to provide real-time motion measurement with high dynamic accuracy. In the most demanding Marine environments, state-of-the-art design, construction, and assembly provide the MRU with extremely high reliability.

The integration of technical art and application

There have been many different versions of microelectromechanical systems (MEMS) based gyroscopes over the past 25 years, and a constant focus on innovation and ingenuity has resulted in ever-improving cost performance. As a result, today's MEMS-based gyroscopes pose a challenge to "wear and tear" mechanical gyroscopes as well as those based on fiber optic (FOG) technology. The KONGSBERG gyroscope, optimized for high-end applications in the KONGSBERG Motion Reference Unit(MRU) product family, is a prime example of MEMS-based gyroscope design, demonstrating new levels of performance for the technology.

MRU-M-MB3-2 单波束和多波束回声测深仪的运动

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