Rolls-Royce, the world’s leading Marine and aerospace technology company, has announced the launch of its new Marine controller H1111.0103RR, revolutionizing the Marine industry with its advanced automation and control technology. With its superior performance, reliability and ease of use, the H1111.0103RR controller meets the demands of modern ships for efficient and safe operation.

Product features:

The H1111.0103RR controller integrates the latest Rolls-Royce technology in automation and control systems. It supports the Modbus protocol, a standardized digital communication protocol widely used in industrial automation for reading data from and writing data to industrial devices. The controller is able to process and control signals from a variety of sensors and actuators, ensuring accurate operation of the ship’s systems.

Technical specifications:

The H1111.0103RR controller has the following technical specifications:

Support Modbus communication protocol, to achieve compatibility with a variety of industrial equipment.
Designed to be ergonomic and provide an intuitive user interface that reduces the operator’s cognitive load and improves operational efficiency and safety.
The highly integrated system design can be supplied as a standalone product or integrated into a wider range of ship control systems.

Application field:

The H1111.0103RR controller is suitable for all types of vessels, including merchant ships, naval vessels, workboats, fishing boats and yachts. It can be used to control and monitor the ship’s propulsion system, steering gear, dynamic positioning system, and alarm and monitoring system.

Market response:

The introduction of the Rolls-Royce H1111.0103RR controller has received a lot of attention in the industry. Its high performance and versatility make it an ideal choice for shipping companies, port authorities, and Marine services ancillary industries. Users generally believe that the versatility and flexibility of the controller greatly improve the stability and reliability of the system.