Description
Digital Yacht HSC100 Fluxgate Sensor | Boat Supply Store
Achieve superior situational awareness with the Digital Yacht HSC100 High Performance Fluxgate Sensor, engineered for demanding navigation applications. This sensor delivers a critical 10Hz NMEA 0183 HDG output, vital for seamless radar overlays and precise MARPA/ARPA target tracking on complex offshore passages. Its robust, IPx7 waterproof construction ensures reliable external mounting, even on steel hulled vessels, while an automatic calibration routine provides exceptional accuracy for critical heading data.
Key Features
- High-speed 10Hz NMEA electronic fluxgate compass sensor for fluid data updates.
- Ideal for sophisticated radar overlay and MARPA target tracking applications.
- Industry-standard NMEA 0183 HDG output for broad compatibility.
- Gimbaled sensor design compensates for vessel pitch and roll up to 45 degrees.
- Versatile 12/24V DC operation with minimal power draw.
- Rugged IPx7 waterproofing facilitates external mounting on steel hulled vessels.
- Automated calibration routine and manual offset simplify setup for superior accuracy.
- Dedicated AD10 heading output integrates directly with compatible Furuno systems.
Specifications
| Product Specifications | |
|---|---|
| Brand | Digital Yacht |
| SKU | CWR39400 |
| Category | Marine Navigation & Instruments | Compasses |
| MPN | ZDIGHSC100 |
| Output Data Rate | 10Hz |
| Output Protocol | NMEA 0183 HDG |
| Gimbal Range | 45 degrees |
| Power Requirement | 12/24V DC |
| Waterproofing | IPx7 |
| Mounting Suitability | External on steel hulls |
| Calibration | Automatic |
| Additional Output | AD10 (for Furuno) |
| Cable Length | 15m |
| Status Indicator | LED |
Who This Is For
Marine navigators and boat owners requiring highly accurate, high-speed heading data for advanced navigation systems, radar overlays, and MARPA target tracking. System integrators will find its NMEA 0183 output and specialized AD10 interface valuable for complex integrations.
How It Compares
| Feature | Digital Yacht HSC100 Fluxgate Sensor | Competitor |
|---|---|---|
| Output Data Rate | 10Hz | 10 Hz |
| Primary Output Protocol | NMEA 0183 HDG | NMEA 2000, SeaTalkNG / NMEA 2000 |
| Additional Outputs | AD10 (for Furuno) | None specific to AD10 |
| Waterproofing | IPx7 | IPx7 |
| External Mounting on Steel Hulls | Suitable | Typically internal mounting recommended |
| Calibration Routine | Automatic | Automatic |
Common Concerns Answered
The HSC100's calibration can be sensitive. How can I ensure optimal accuracy?
While automatic calibration is user-friendly, ensuring the vessel is stationary and free from significant magnetic interference during the routine is paramount. Minor magnetic deviation adjustments can be fine-tuned manually if specific environmental factors or persistent boat movement impact readings.
I have a modern NMEA 2000 network. Will the NMEA 0183 output of the HSC100 be compatible?
The HSC100 utilizes the industry-standard NMEA 0183 protocol. For integration with NMEA 2000 networks, a compatible NMEA 0183 to NMEA 2000 interface converter or gateway will be required. Many modern multi-function displays have dedicated inputs for this purpose.
Why would I need a dedicated heading sensor if my autopilot provides heading data?
Dedicated heading sensors like the HSC100 typically offer a significantly higher update rate (10Hz) and greater accuracy than many integrated autopilot heading sensors, which is crucial for advanced features like fluid radar overlay and precise MARPA tracking of fast-moving targets. This higher performance level is essential for serious offshore navigation and tactical maneuvering.
Frequently Asked Questions
What is the output data rate of the Digital Yacht HSC100?
The Digital Yacht HSC100 provides a high-speed heading data output rate of 10Hz.
What are the power requirements for the HSC100?
The HSC100 operates on a 12/24V DC power supply.
Is the HSC100 suitable for external mounting on steel hulled vessels?
Yes, the HSC100 is designed with robust IPx7 waterproofing and suitable construction for external mounting on steel hulled vessels.
How does the automatic calibration routine work on the HSC100?
The automatic calibration routine initiates a process that compensates for magnetic variations and deviations, requiring the vessel to be underway in a clear area. The sensor analyzes heading changes over time to establish an accurate baseline, with an option for manual offset adjustments.
What is the typical accuracy of the HSC100 after calibration?
While the specific accuracy can vary based on installation and environmental factors, a properly calibrated HSC100 offers superior accuracy, typically within +/- 1 degree, essential for radar overlay and precise navigation.
