NMEA 2000 backbone cable, 10m

A NMEA 2000 backbone cable is the main line of a NMEA 2000 network. It carries both power and data between all connected devices. It forms the "backbone" of the network to which devices are connected via drop cables and T-connectors.

This NMEA 2000 CZone backbone cable has a length of 10 meters.

This CZone cable uses thicker conductors, 0.8 mm² (or 18 AWG). This feature is designed to minimize voltage drop and ensure stable power supply and uninterrupted data communications, even over long cable lengths.

Yes, this cable has an IP68 rating, meaning it is submersible to 1 meter. It provides essential protection against water and dust, making it perfectly suited for demanding marine environments.

The connectors on this cable feature gold-plated copper alloy pins and sockets. These materials ensure superior electrical connections and excellent resistance to corrosion in a marine environment.

This cable is designed to meet ABYC and US Coast Guard requirements. It also holds UL1007/TR64 certification, confirming its quality and safety for marine applications.

The outer jacket of this NMEA 2000 CZone backbone cable is made of PVC, a durable and resistant material suitable for marine environments.

Yes, the NMEA 2000 backbone cable is designed to carry both data and power to devices connected to the network. It is essential to have a single power source connected to the network via a dedicated power connector.

Although the context does not provide an exact specification for the bending radius, NMEA 2000 cables are generally designed to be flexible enough for typical onboard installation. It is always recommended to avoid tight bends to maintain cable integrity and signal quality.

This cable is manufactured by the CZone brand.

Yes, a NMEA 2000 network absolutely requires two 120-ohm terminations, one at each physical end of the backbone cable. Without these terminations, the network will not function correctly and data communications will be unstable or impossible.

NMEA 2000 devices connect to the backbone via T-connectors and drop cables. The backbone forms the main line, and T-connectors allow branching drop cables to each device.

The NMEA 2000 network power supply must be connected to the backbone cable via a dedicated power connector. For optimal performance, it is often recommended to place it at the center of the network to minimize voltage drop, but it can be placed anywhere on the backbone. Only one power feed point is required.

It is not recommended to cut pre-assembled NMEA 2000 backbone cables. These cables are manufactured with molded connectors and precise specifications to ensure signal integrity and waterproofing. It is preferable to use appropriately sized cables or extend the network with backbone connectors and additional backbone cables if necessary.

Secure the backbone cable firmly using cable ties or cable clips every 30 to 45 cm (12 to 18 inches) to prevent movement, chafing, or damage from vibrations or boat motion. Ensure the cable is not pinched and leave a slight slack for thermal expansion and contraction.

Yes, thanks to its IP68 rating and PVC jacket, this cable is specifically designed to withstand harsh marine environments, including humid areas, splashes, and even temporary immersion up to 1 meter.

Yes, as a standard NMEA 2000 backbone cable, it is compatible with all NMEA 2000-certified devices, regardless of brand, that use connectors compliant with the NMEA 2000 standard.

Yes, the NMEA 2000 standard is designed for interoperability. You can mix backbone cables, drop cables, and connectors from different brands, provided they are all NMEA 2000 certified and comply with the standard.

No, this cable is specifically designed for NMEA 2000 networks. NMEA 2000 is a different communication protocol from NMEA 0183 and requires specific wiring and connectors. A conversion interface is needed to link the two network types.

This NMEA 2000 backbone cable for CZone is fitted with standard NMEA 2000 connectors featuring gold-plated copper alloy pins and sockets to ensure reliable electrical connections and corrosion resistance. These connectors comply with the NMEA 2000 standard for interoperability.