Raymarine 10M Quantum Radar Data Cable

Raymarine 10M Quantum Radar Data Cable

The Raymarine 10M Quantum Radar Data Cable is a high‑performance, dedicated data link designed to connect the Quantum radar antenna system with the vessel’s onboard electronics. This cable delivers reliable, low‑latency communication between the radar unit and the shipboard display or processing module, ensuring accurate target tracking and situational awareness.

Key Technical Specifications

• Length: 10 meters (32.8 feet) – ideal for most vessel layouts where the radar antenna is positioned on a mast or deckhouse while the control unit resides in the bridge or electronics bay.
• Connector Type: RJ45 with shielded twisted pair (STP) construction, providing robust immunity to electromagnetic interference from engines and other marine equipment.
• Data Rate: Supports up to 10 Mbps, sufficient for the full data stream generated by Quantum radar sensors, including range, bearing, speed, and altitude information.
• Shielding: Dual‑layer shielding (metallic braid + foil) protects against RF noise and ensures signal integrity even in harsh marine environments.
• Construction: Marine‑grade PVC jacket with reinforced armoring to resist abrasion, UV exposure, and saltwater corrosion.
• Compliance: Meets IEC 60754 (electromagnetic compatibility) and ISO 9001 quality standards, guaranteeing consistent performance across installations.

Compatibility Overview

The cable is engineered specifically for the Raymarine Quantum Q24c, Q25c, and related radar antenna models. It can also be used with any system that requires a standard RJ45 data interface to transmit radar telemetry. The 10‑meter length accommodates typical mast heights while allowing flexibility in routing through conduit or cable trays.

Installation Guidelines

1. Route Planning: Plan the cable path from the antenna mount to the bridge or electronics bay, avoiding sharp bends and ensuring a minimum bend radius of 10 cm to prevent signal loss.
2. Securing the Cable: Use marine‑grade cable ties or clamps at regular intervals (every 1–2 meters) to secure the cable and prevent movement that could cause wear.
3. Connector Attachment: Carefully align the RJ45 connector with the antenna’s data port. Apply a small amount of silicone sealant around the connector housing to protect against water ingress.
4. Testing: After installation, perform a continuity test and verify data transmission using the radar’s diagnostic software. Check for any latency or packet loss that might indicate a faulty connection.

Performance Benefits

• Low Latency: The shielded twisted pair design minimizes signal delay, ensuring real‑time target updates on the display.
• High Reliability: Marine‑grade materials and robust shielding reduce the likelihood of data corruption caused by electromagnetic interference or physical damage.
• Ease of Maintenance: The standard RJ45 interface allows for quick replacement or troubleshooting without specialized tools.
• Versatility: Suitable for both new installations and retrofits on vessels already equipped with Quantum radar systems.

Maintenance Tips

To preserve optimal performance, inspect the cable annually for signs of wear or corrosion. Clean connectors with a dry microfiber cloth and avoid using solvents that could damage the insulation. If any section shows visible abrasion, replace the cable immediately to prevent data loss.

Why Choose the Raymarine 10M Quantum Radar Data Cable?

The combination of dedicated design, robust construction, and compatibility with Raymarine’s flagship radar systems makes this cable a preferred choice for marine professionals seeking dependable data transmission. Its thoughtful engineering ensures that the radar’s full capabilities—precise range, bearing, speed, and altitude measurements—are delivered accurately to the vessel’s navigation suite.

Conclusion

The Raymarine 10M Quantum Radar Data Cable is an essential component for any vessel operating a Quantum radar antenna. Its engineered specifications guarantee reliable, high‑speed data transfer, while its marine‑grade construction withstands the demanding conditions of sea service. By integrating this cable into your radar system, you secure precise situational awareness and enhance overall navigational safety.