The MARE-004-1M-7 NMEA 0183 10 Meter Connection Cable from Maretron is an essential component for marine enthusiasts and professionals. Designed for compatibility with Maretron's SSC200 Solid State compass, the cable extends to a length of 10 meters, providing a versatile and reliable connection for accurately transmitting NMEA 0183 data. Given its specific design for the SSC200 Solid State Compass, it ensures that data is seamlessly and accurately transferred between the compass and connected marine electronics such as chartplotters or radars. The Maretron NMEA 0183 connection cable is distinguished not only by its length but also by its robustness and reliability, making it a preferred choice in marine applications that demand an extended and dependable connection for NMEA 0183 data transmission.
Key Features
- Designed specifically for use with Maretron's SSC200 Solid State Compass for optimal performance
- 10-meter length for extending connections between devices
- Compatible with a wide range of NMEA 0183 devices
- Provides a secure and stable connection for data transmission
- Durable construction ideal for harsh marine environments
- Facilitates accurate heading data transfer for navigation
Frequently Asked Questions
Q: Can I use this cable with other NMEA 0183 devices?
A: Yes, this cable is compatible with other NMEA 0183 devices aside from the SSC200 Solid State Compass, including chartplotters and radars.
Q: How long is the cable?
A: The cable measures 10 meters, providing ample length for various marine setups.
Q: What is the purpose of the SSC200 Solid State Compass?
A: The SSC200 Solid State Compass is a device intended for marine navigation, offering precise heading information essential for accurate course plotting.
Q: Is the connection secure and stable?
A: Absolutely, the Maretron NMEA 0183 10 Meter Connection Cable is built to ensure a secure and stable connection that is crucial for the accurate transmission of NMEA 0183 data.
Q: Is the cable durable?
A: Yes, the cable is constructed with durability in mind, making it well-suited for enduring the tough conditions typically found in marine environments.
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