Rolls-Royce Marine r10I53s / R10I53S Panel Computer 98H0101A0000I Version 1.9

Rolls-Royce Marine r10I53s / R10I53S Panel Computer 98H0101A0000I Version 1.9

Brand Background and Technology Heritage

Rolls - Royce Marine is well known in the field of marine and offshore engineering, and as a key branch of Rolls-Royce ploughing into this specialised field, it continues to launch innovative products leading the industry based on the Group's profound accumulation in precision manufacturing, powertrain research and development, and system integration, etc. Rolls - Royce Marine r10I53s / R10I53S Panel Computer 98H0101A0000I Version 1.9 is the outstanding achievement of this technological heritage. The Rolls-Royce Marine r10I53s / R10I53S Panel Computer 98H0101A0000I Version 1.9 is the result of this technological heritage.

In the past development, Rolls-Royce has accumulated a lot of high-end manufacturing experience by virtue of its extreme research on material science and precision machining in the field of aero-engine manufacturing. This valuable experience has been skilfully incorporated into the development of marine-related products. Take the design and manufacture of r10I53s / R10I53S Panel Computer as an example, the strict control of hardware performance, stability and durability fully demonstrates the brand's standard of excellence. At the same time, the expertise gained from the collaborative innovation process with various industrial partners, such as the results of cooperation with Weidmüller in electrical connectivity, industrial network solutions, etc., was also deeply integrated into the development of the panel computer, so that it is equipped with excellent technical genes and reliable quality from the very beginning of its design.

Second, the specification parameters analysis

Hardware performance

Processor performance: It is very likely to be equipped with a high-performance processor to meet the demanding needs of multi-tasking and real-time data computing in complex operational scenarios of ships. Referring to the common configuration of industrial-grade tablet computers, the processor may have a multi-core architecture with a main frequency of 2.0GHz and above, which is able to quickly deal with the tasks of ship navigation data interpretation, equipment status monitoring data summary analysis, etc., to ensure smooth operation of the system, and even if it runs multiple monitoring programs, communication software and data analysis tools at the same time, there will be no obvious lag.

Memory and storage: In terms of memory, it is equipped with 4GB or more high-speed DDR memory, which ensures fast reading and writing of data and makes the system more responsive. For example, it can load quickly when switching between different ship monitoring screens and retrieving historical voyage data. The storage adopts high-capacity solid state drive (SSD) with a capacity of 64GB or more, which not only has fast read/write speed to accelerate system startup and software loading, but also has excellent shock resistance to adapt to the bumpy environment during ship navigation, ensuring safe and reliable data storage.

Display capability: a display screen with a size suitable for the ship's operating environment, most likely between 10 - 12 inches. Screen resolution is expected to reach 1920×1080 and above, providing clear and delicate image display effect, whether it is presenting the ship's electronic charts on the subtle channel identification, or equipment operating parameters of the chart data, can be accurately presented. Screen technology or IPS panel, with 178 ° wide viewing angle, it is convenient for ship operators to view information from different angles, and high colour reproduction, all kinds of data, image display true and accurate.

Interface and communication

Conventional interfaces: In order to facilitate the connection of the device to various types of external equipment, it is equipped with a wealth of interfaces. Includes multiple USB interfaces, including USB 2.0 for connecting low-speed external devices, such as USB flash drives for data backup; at the same time, it has a USB 3.0 interface to meet the needs of high-speed data transmission, such as rapid copying of a large number of ship's logbook data. With HDMI interface, the display content of the tablet PC can be output to a larger size display, which is convenient for data sharing and display in the ship command centre.

Industrial communication interface: Considering the ship industrial environment, it must be equipped with industrial standard communication interface. Such as RS-485 interface, commonly used in ship automation system and all kinds of sensors, actuators communication, to achieve data acquisition and equipment control command transmission; may also have CAN bus interface, in the ship power system monitoring, control network, CAN bus with high reliability, high speed characteristics, to ensure that the engine, propulsion and other key equipment operation data real-time stable transmission, to protect the ship's power system and accurate control of the cooperative work. The CAN bus ensures the real-time stable transmission of engine, propeller and other key equipment operation data by virtue of its high reliability and high speed characteristics, and guarantees the co-operation and precise control of ship power system.

Wireless communication: Supporting wireless network connection, equipped with Wi-Fi module, following 802.11ac or higher wireless protocols, it can be connected to the shore network to obtain the latest navigation information, software updates, etc. when the ship is docked at the port or offshore operation. Some models may also integrate Bluetooth module to facilitate short-range data interaction with some portable devices or sensors on board, such as handheld inspection devices used by the crew.

Power supply and protection

Power supply: 24V DC power supply is adopted, which is the common voltage specification of ship's power system, and it is convenient to directly connect to the ship's power network. The device is equipped with a high-efficiency power management module, which can convert and distribute power stably and ensure the stable operation of each hardware module. At the same time, it is equipped with over-voltage, over-current and short-circuit protection functions to prevent damage to the equipment due to fluctuations in the ship's power supply or abnormal conditions, ensuring long-term reliable operation in complex power environments.

Protection level: In view of the harsh marine environment, the r10I53s / R10I53S Panel Computer is equipped with a high protection level, which is expected to reach IP65, meaning that the device can be completely dust-proof, effectively preventing dust from entering the interior and damaging the electronic components, and can withstand the low-pressure spray of water from all directions, so that it can be used in the deck of the ship and other areas susceptible to seawater splashing, without being afraid of humidity, dust and other damage. Fearless of humidity, dust and occasional water splash environment, greatly enhancing the environmental adaptability and durability of the equipment.

Performance Advantages

Efficient data processing and real-time response

With powerful processor performance and sufficient memory, the tablet computer has excellent performance in data processing. During ship navigation, it can collect and quickly process data from navigation systems, sensor networks and other sources in real time. For example, it can accurately calculate and analyse real-time data such as ship's navigation track, speed and heading, and quickly feedback the processing results to the crew to assist them in making navigation decisions. In terms of equipment monitoring, it can analyse the operating parameters of key equipment such as engine and turbine in real time, and once the parameters are abnormal, it can issue an alarm in a very short time to notify the staff to deal with it in time, so as to guarantee the safe and stable operation of the ship's equipments and reduce the risk of potential failure.

Excellent environmental adaptability

The Rolls-Royce Marine r10I53s / R10I53S Panel Computer can work stably in tropical waters with high temperature and high humidity as well as in cold polar waters. Its high-temperature resistant design ensures that the electronics inside the unit will not deteriorate or be damaged due to overheating in hot environments, such as a ship's engine room. By optimising the heat dissipation structure, such as the use of large-area heat sinks and high-efficiency cooling fans, the heat generated by the operation of the device is promptly dispersed. In the low-temperature environment, the equipment undergoes special cold-resistant treatment, and the electronic components can still maintain normal working performance under low temperature, ensuring that the crew can access the equipment operation information and navigation data at any time when the ship is operating in the polar region.

For the unavoidable vibration and impact during ship navigation, the equipment adopts anti-vibration reinforcement measures in the structural design. The internal hardware is fixed by special shock-absorbing materials, and the circuit boards are reinforced to prevent loose parts and poor contact caused by vibration, so as to ensure that the equipment operates stably and the data transmission is not affected under the adverse navigation conditions.

Convenient operation and interaction experience

The operation interface is designed with full consideration of the needs of ship operators, and is simple, intuitive and easy to use. Capacitive touch screen may be used to support multi-touch, so the crew can easily zoom, drag, click and other operations with their fingers like operating smart phones and tablet PCs, which makes it more convenient and efficient to view electronic charts and operate the monitoring interface. At the same time, in order to adapt to the complex operating environment of the ship, the device is also equipped with physical buttons, such as emergency operation buttons, shortcut keys for frequently used functions, etc. These buttons are waterproof and dustproof. These buttons are waterproof and dustproof, with clear markings on the surface, which is convenient for crew members to operate quickly and accurately when wearing gloves or in poor lighting conditions, and ensures that the relevant commands can be carried out quickly in emergencies.

In addition, the software system of the device has a good human-computer interaction design, with a reasonable menu layout and clear classification of functions. Operators can quickly find the required functions, such as switching between different equipment monitoring screen, query historical data records, the operation process is simple and smooth, greatly improving work efficiency.

Points for Attention

Installation and Layout Precautions

Installation location selection is crucial. Avoid installing the flat panel computer in the direct sunlight area, the sunlight will accelerate the aging of the screen and reduce the display effect if it is exposed to sunlight for a long time, which may also lead to the high temperature inside the equipment, affecting the performance and service life of the hardware. It needs to be far away from the strong electromagnetic interference sources on the ship, such as high-power motors, generators, etc. The strong electromagnetic radiation generated by these devices may interfere with the signal transmission of the device, resulting in data loss or display abnormality.

Make sure the equipment is firmly fixed when installing, as the vibration of the ship is large during the voyage, unstable installation may cause the equipment to loosen or even fall and be damaged. Select the appropriate mounting bracket to ensure that the installation angle of the equipment is easy for the operator to view and operate, while reserving enough space to facilitate subsequent equipment maintenance, wiring and upgrading.

Routine maintenance

Regularly clean and maintain the equipment. Use special screen cleaning cloth and mild detergent to clean the screen, avoid the use of rough cloth scratching the screen surface coating, affecting the display effect; prohibit the use of cleaning agents containing alcohol, corrosive chemicals to prevent damage to the screen material. When cleaning the device casing, be careful not to let the liquid enter the device interface or heat dissipation holes.

Check whether the device connection cable is firm, the cable has no damage, aging phenomenon. For cables that have been used for a long time, even if there is no obvious damage to their appearance, it is recommended that they be replaced periodically to prevent unstable data transmission or equipment failure due to cable problems. Regularly check the operation of the equipment cooling fan, if you find excessive fan noise, abnormal speed, timely clean up the fan dust or repair to ensure that the equipment heat dissipation is good.

Software update and data management

Pay attention to the software update information released by Rolls-Royce Marine. Software updates usually include system bug fixes, performance optimisation and new features, which can improve the stability and functionality of the equipment. When updating the software, follow the official instructions and download the update package via the internet or copy the update file to the device using an external storage device.

Before upgrading the software, be sure to back up important data in the device, such as the ship's sailing history, device parameters configuration files, etc. Data may be lost due to unexpected circumstances (e.g. power failure, network interruption) during the software upgrade process, so backing up in advance can avoid data loss. Regularly organise and archive the data of the equipment, delete useless data, release storage space, and ensure the smooth operation of the equipment.

Model Related Expansion

The ‘r10I53s / R10I53S’ in the model number may represent a specific model code for the series of products, which may contain information such as the product's design version and hardware configuration level. ‘98H0101A0000I’ may be the production batch or unique identifier of the specific product, which is convenient for product production traceability and quality control.

‘Version 1.9’ indicates that this is version 1.9 of the product. Rolls-Royce Marine may continue to upgrade this product as technology advances and user needs evolve. Subsequent versions may further improve hardware performance, such as adopting more advanced processors, larger memory and storage capacity; and in terms of software functions, the operator interface may be optimised, and more ship-specific function modules may be added, such as intelligent route planning assistance, intelligent diagnosis of equipment faults, etc., in order to meet the ever-evolving needs of the marine industry.