⚙️ Rolls-Royce Remote Control System Node: Ulstein PCC1030C & LKI1032 LCD Card
🧠 Overview
The Rolls-Royce Remote Control System Node, comprising the Ulstein PCC1030C Panel Controller Card and LKI1032 LCD and Keyboard Interface Card, is a vital component in marine propulsion systems. This integrated unit facilitates user interaction and control of the ship’s propulsion system, ensuring precise and reliable operation.
📊 Technical Specifications
Component | Specification |
---|---|
Model | PCC1030C (Panel Controller Card) / LKI1032 (LCD & Keyboard Interface Card) |
Manufacturer | Rolls-Royce Marine AS / Ulstein Propeller |
Part Numbers | PCC1030C, LKI1032 |
Input Voltage | 24V DC |
Signal Types | Digital and Analog |
Communication Protocols | Proprietary Rolls-Royce Communication |
Mounting Type | Panel-mounted |
Operating Temperature | -10°C to +55°C |
Protection Rating | IP20 |
Dimensions | PCC1030C: 250mm x 240mm x 35mm; LKI1032: 200mm x 150mm x 30mm |
Weight | PCC1030C: 1.3 kg; LKI1032: 0.5 kg |
Display | LKI1032: LCD with 16-key membrane keyboard |
Interface | LKI1032 connects to PCC1030C via ribbon cable |
⚙️ Features
- User Interface: The LKI1032 provides a user-friendly interface with a 16-key membrane keyboard and an LCD display, allowing operators to monitor and control the propulsion system effectively.
- Communication: The PCC1030C facilitates communication between the LKI1032 and the main propulsion control system, ensuring seamless data exchange.
- Reliability: Designed for marine environments, both components are built to withstand harsh conditions, ensuring long-term reliability.
- Integration: These modules are part of the Rolls-Royce Helicon MP (Marine Propulsion) system, ensuring compatibility and optimal performance within the system.
🛠️ Applications
- Marine Propulsion Systems: Used in ships and vessels to control and monitor propulsion systems.
- Automation Systems: Integrated into broader automation systems for marine applications.
- Control Stations: Installed at control stations for real-time monitoring and control of propulsion functions.
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