Rolls-Royce SLIO 02 Canman controller network

Rolls-Royce SLIO 02 Canman controller network

Systems Integration: As a systems integrator, Rolls-Royce offers a wide range of products and systems for a wide variety of vessels, covering large adjustable pitch propellers, thrusters, water jets and much more. Its automation systems have evolved over many generations, from simple bathymetric surveys in the 1960s to today's Acon Integrated Automation System (IAS), which is based on a common control platform.

Unified Bridge

Design concept: An integrated human-machine interface for marine systems, designed to reduce operator cognitive load and improve workflow efficiency.

Features: Provides a full-featured and easy-to-use HMI, with ergonomic control bar and touch screen layouts, and a logical presentation of information. The modular design is suitable for a wide range of vessel types. For example, the Unified Bridge of offshore supply vessels has two workstations and bridge wing consoles with a reasonable layout for easy operation.

Dynamic positioning

System composition: Icon DP series dynamic positioning system consists of Icon DP control system and operator station, adopting common control platform hardware and software.

Classification and development: It can meet different ship positioning requirements, from simple systems to those meeting the most stringent redundancy requirements, covering different IMO DP classes. For example, the first IMO DP2-compliant system was delivered in 2006, in 2012 more than 100 ships were using its DP system, and today the DP2+ system is even more available and can be extended to DP3.

Application areas: Suitable for a wide range of vessels, such as offshore support vessels, subsea construction vessels, yachts, etc.

Functional advantages: Complex thrust distribution, waypoint tracking and more, and winner of the Norwegian Design Council's 2015 Design Excellence Award.

Propulsion and thruster control: Provides a control and monitoring system from the HMI to the engines, propellers and other equipment for a wide range of propulsion systems such as diesel-electric, gas-electric and hybrid propulsion. The system is designed for easy and intuitive control by the operator and can be integrated into a unified bridge with redundant control capabilities for a wide range of vessel types.

Specification

SLIO 02 Canman controller network The name of the Rolls-Royce controller network device has a deeper meaning. While ‘SLIO’ most likely represents a specific product range or advanced technology architecture, ‘02’ most likely indicates the second generation of the range, which is a significant iteration in terms of performance, functionality or technology compared to its predecessor. ‘Canman’ clearly reveals its close association with CAN (Controller Area Network) technology, which is widely used in automotive manufacturing and industrial automation due to its efficient data communication capabilities. The ‘controller network’ pinpoints the core function of the product, i.e., to act as a controller network that shoulders the important responsibility of data transmission and control management in various systems. From the specification level, it is designed for system environments with stringent data communication requirements and complex device control logic, and is capable of seamlessly connecting and collaborating with many different types of devices.

Technical Features

High-efficiency communication capability: Based on CAN bus technology, SLIO 02 Canman controller network has high-speed and stable data transmission performance. In industrial automation production lines, ship power systems and other application scenarios that require high real-time performance, it is able to rapidly and accurately transmit key data such as equipment status information and control commands, greatly reducing communication delays and strongly guaranteeing the real-time performance and stability of system operation.

Powerful compatibility: The controller network shows excellent compatibility, and can be well adapted to many different types of equipment and communication protocols. No matter what kind of manufacturers of sensors, actuators and other equipment, it can achieve seamless docking, for the user in the existing system based on equipment updates or system expansion provides great convenience, effectively reducing the difficulty and cost of system integration.

High reliability and stability: Inheriting Rolls-Royce's consistent high quality standards, SLIO 02 Canman controller network has undergone extremely stringent testing and validation processes, and has strong anti-interference ability and wide environmental adaptability. Whether in harsh natural environments such as high temperature and humidity, or in complex electromagnetic environments such as strong electromagnetic interference, or in harsh working conditions such as high loads and prolonged operation, it can continue to work stably and reliably, significantly reducing the probability of system failure.

Model supplement

In-depth analysis of the model ‘SLIO 02 Canman controller network’, ‘SLIO 02’ is a clear product in the Rolls-Royce product line belongs to the second generation of SLIO series, compared with the previous generation, in terms of performance, functions, technology and other aspects are all in the same. Compared to its predecessor, it has been significantly optimised in terms of performance, functionality and technology. The ‘Canman’ further highlights the CAN bus-based control and management features, demonstrating the product's specialisation and focus on data processing and device control. Through the comprehensive interpretation of the model, users can more thoroughly understand the product positioning, characteristics and advantages of adaptation in different application scenarios.

Application Scenarios

Industrial automation field: In the industrial automation production line, SLIO 02 Canman controller network can be connected with robots, CNC machine tools, conveyor belts and other types of automation equipment to achieve efficient communication and collaborative work between equipment. Through real-time collection and processing of equipment operation data, the production process can be finely controlled and optimised, effectively improving production efficiency and product quality, and significantly reducing the cost of manual intervention.

Shipbuilding and shipping industry: On ships, the controller network can connect various key equipment such as ship power systems, navigation systems and monitoring systems. Real-time transmission of engine operating parameters, navigation data, equipment status information, etc., to help the crew timely and comprehensively grasp the ship's operating conditions, to achieve intelligent management and control of the ship, and significantly improve the safety and reliability of ship navigation.

Automobile manufacturing and related industries: In the process of automobile manufacturing, SLIO 02 Canman controller network can be applied to the automation control of automobile production lines to ensure the accurate operation and efficient collaboration of production equipment. In the automotive electronic system, it can also be used as the core component of in-vehicle network to realise data interaction and control between various electronic modules of the vehicle, providing strong support for the development of automotive intelligent and automatic driving technology.