Digital Yacht HSC100 High Performance Fluxgate Sensor, 10Hz NMEA 0183, IPx7

Ensure unparalleled accuracy in marine navigation with the Digital Yacht HSC100 High Performance Fluxgate Sensor. Designed to deliver reliable, high-speed compass heading data, this robust sensor is essential for critical onboard systems like MARPA target tracking, radar overlays, and autopilot integration. Its advanced fluxgate technology provides stable and precise heading information across a wide range of marine conditions, making it ideal for both recreational and professional vessels. Upgrade your navigation system today for confident, accurate performance on the water.

In the Box:

• Digital Yacht HSC100 Fluxgate Sensor
• 15m Interconnect Cable

Key Benefits & Specifications:

• High-Speed 10Hz NMEA Output: Provides rapid data updates crucial for smooth radar overlay and accurate MARPA target tracking, significantly outperforming standard 1Hz sensors.
• Waterproof IPx7 Rating: Ensures durability and reliable operation, allowing for external mounting even on steel-hulled vessels in harsh marine environments.
• Versatile Power Compatibility: Operates efficiently on 12/24V DC systems with minimal power consumption.
• Industry Standard NMEA 0183 HDG Output: Guarantees seamless integration with a wide array of existing marine electronic systems.
• Gimbaled to 45 Degrees: Maintains precise and accurate heading readings, compensating for vessel pitch and roll.
• Automatic Calibration & Manual Offset: Features an intuitive calibration routine to compensate for magnetic influences, achieving typical accuracies within 0.5 degrees.
• Additional AD10 Output: Offers dedicated compatibility for seamless interfacing with Furuno navigation systems.
• LED Status Indicator: Provides immediate visual confirmation of sensor operational status.

Compatibility & Pairings:

The HSC100 is compatible with autopilots, chartplotters, and integrated instrument systems, allowing for enhanced functionalities such as real-time tidal set and drift calculations when interfaced with a log and GPS.