Attribute | Value |
---|---|
Rudder Angle | SCAN-STEERING |
PS Range | 50-0-50 SB |
Type | BW192 |
Input | 4-20MA |
Load | Less than 50 Ohm |
Order No | 100083019.20 |
0801–10 | — |
Weight | 1.350 kg |
Condition | Used 1 pcs |
Reference No | 36386 |
What is the Rudder Angle?
The rudder angle is the angle at which the rudder of a ship is turned from its neutral, or centerline, position. The angle of rudder turn decides the direction and sharpness of a vessel’s turn. It is crucial to measure and control the rudder angle for effective navigation, safety, and maintaining desired courses.
The BW192 Model: Overview
The BW192 is a high-end rudder angle indicator system commonly used in the maritime industry. It is recognized for its accuracy and durability, ensuring that the position of the rudder is well measured to give ship operators the information they need to make necessary adjustments in real time.
Key features of the BW192 include:
High Accuracy: Ensures precise readings for optimal steering.
Robust Design: Built to withstand harsh marine environments.
Easy Integration: Compatible with a wide range of vessel control systems.
Digital and Analog Outputs: Has the flexibility to work with both modern and traditional layouts.
Why is Rudder Angle BW192 Significant?
There can never be enough emphasis on a trusty rudder angle indicator. Here are some reasons:
Optimum Navigation: Proper rudder angle calculation helps ensure a course or a set of hard turns.
Safety: Eliminates oversteering and understeering, which would lead to an accident or grounding.
Fuel Economy: Improved steering minimizes drag and saves fuel.
Compliance: It complies with the regulations of maritime navigation systems.
How Does the BW192 Work?
The BW192 works by using sensors fitted on the rudder stock. These sensors measure the rudder’s position and send the information to the indicator panel mounted on the ship’s bridge. The system’s advanced algorithms ensure that the information displayed is accurate and real-time.
Applications of BW192
The BW192 is versatile and finds applications in various types of vessels, including:
Commercial Ships: Tankers, container ships, and bulk carriers.
Passenger Vessels: Cruise ships and ferries.
Naval Ships: Warships and submarines.
Specialty Vessels: Tugboats, research vessels, and icebreakers.