The is a high-reliability, multi-purpose automation controller specifically engineered for the demanding environments of offshore platforms, marine vessels, and remote industrial sites. Operating on a 230 VAC supply, this controller serves as the central intelligence for Orga’s specialized systems, including navigational aids, helideck lighting, and obstacle warning systems.

 

Product Overview

The MPC500-230 belongs to the modular MPC500 series, which is designed to replace traditional hard-wired logic with a flexible, software-driven architecture. It provides comprehensive monitoring and control capabilities, ensuring that critical safety equipment remains operational under extreme weather conditions. Its robust design minimizes maintenance requirements in locations where access is difficult or costly.

Technical Specifications (Datasheet)

 

Key Technical Features

• Modular Architecture: Easily expandable with specific I/O modules to handle diverse sensors, from visibility meters to photocells.
• Advanced Diagnostics: Continuous self-monitoring of connected field devices, providing real-time alarm status for lamp failure or power loss.
• Programmable Logic: Allows for complex logic sequences, such as synchronized flashing for multiple navigational beacons or ambient light-dependent brightness control.
• Non-Volatile Memory: Ensures that all configuration data and event logs are preserved during a total power failure without the need for battery backup.

 

Country of Origin

Country of Origin: Netherlands (Orga BV)

 

Primary Application Fields

The ORGA MPC500-230 is a standard choice for:

• Offshore Wind Farms: Controlling aviation obstruction lights and marine lanterns on turbine foundations.
• Oil & Gas Platforms: Managing CAP437-compliant helideck lighting and status light systems.
• Telecommunication Towers: Automated control of high-intensity strobe lighting in remote areas.
• Coastal Navigation: Coordinating lighthouse and buoy synchronizations via GPS or network timing.

 

Operating Instructions

1. Mounting: Secure the controller inside an appropriately rated IP66 or explosion-proof enclosure if used in hazardous areas.
2. Power Connection: Connect the 230 VAC supply to the designated terminals. Ensure a dedicated circuit breaker is installed for protection.
3. Field Wiring: Connect sensors and beacons to the I/O terminals according to the system-specific wiring diagram. Use shielded cables for communication lines.
4. Configuration: Access the controller via the local interface or remote software tool to set flashing patterns, intensity levels, and alarm thresholds.
5. Testing: Perform a manual “Lamp Test” and “Battery Test” (if applicable) through the menu to verify the integrity of all connected sub-systems.