NMEA 2000 atvasinājuma kabelis 1 m

The CZone NMEA 2000 drop cable is a 1-meter cable designed to connect individual devices, such as sensors or displays, to the main backbone of an NMEA 2000 network. It provides both power and data transmission between the device and the network.

This NMEA 2000 CZone extension cable is 1 meter long.

CZone cables stand out with their larger cross-section power conductors (0.8 mm² or 18 AWG), which minimizes voltage drops and improves network reliability. They are also NMEA 2000 certified and comply with strict standards (ABYC, US Coast Guard, UL1007/TR64), featuring IP68 protection and gold-plated connectors for enhanced corrosion resistance.

This CZone t-joint cable features larger power conductors with a cross-section of 0.8 mm² (equivalent to 18 AWG). This design minimizes voltage drops on the NMEA 2000 network.

This CZone extension cable has an IP68 rating, ensuring water resistance and allowing submersion up to 1 meter without compromising its operation.

The outer jacket of this CZone NMEA 2000 drop cable is made of PVC.

The connectors on this cable feature gold-plated copper alloy pins and sockets. This plating ensures stable electrical connections and excellent corrosion resistance, thereby extending the system's lifespan and reliability in marine environments.

Yes, this CZone T-connector cable is NMEA 2000 certified, ensuring compliance with NMEA 2000 network technical specifications for reliable integration.

This cable complies with several safety and quality standards, including ABYC and US Coast Guard requirements, as well as UL1007/TR64 cable classifications. These certifications confirm its robustness and reliability for marine applications.

Yes, the CZone NMEA 2000 splitter cable is designed to simultaneously transmit electrical power and digital data between the connected device and the main NMEA 2000 network bus.

Yes, as a certified NMEA 2000 cable, it is compatible with all devices and components compliant with the NMEA 2000 standard, regardless of brand, provided they use standard NMEA 2000 connectors.

Yes, this NMEA 2000 drop cable complies with NMEA 2000 specifications and can be used to connect other NMEA 2000-compatible devices to the backbone.

No, this cable is specifically designed for NMEA 2000 networks. NMEA 0183 and NMEA 2000 standards are different and require separate cables and interfaces. This cable is not compatible with NMEA 0183 systems.

Yes, this cable is optimized for integration with marine and motorhome electronic systems. Its features, such as large cross-section power conductors and IP68 protection, make it particularly suitable for the demanding environments of recreational vehicles.

Yes, this t-connector is ideal for connecting a multifunction display or any other NMEA 2000-compatible device (such as sensors, GPS, depth sounders) to the main backbone of your NMEA 2000 network.

The spur cable connects on one end to the NMEA 2000 device (sensor, display, etc.) and on the other end to a T-connector on the main NMEA 2000 backbone. It is critical not to exceed the maximum recommended spur cable length to maintain signal integrity.

No, NMEA 2000 drop cables are bidirectional for data and power transmission. However, it is essential to ensure that connectors are properly inserted and secured in the correct ports (device and T-connector).

No, NMEA 2000 connectors are designed to be hand-tightened, ensuring a watertight and secure connection without requiring special tools. It is important not to overtighten to avoid damaging the connectors.

In an NMEA 2000 network, the drop cable connects each individual device to the main bus (the "backbone"). It supplies power to the device and enables data exchange with other connected equipment.

No, it is not recommended to extend an NMEA 2000 drop cable with another drop cable. Each device must be connected directly to the backbone via a single drop cable. Adding multiple drop cables in series can cause signal and power issues. If a longer length is required, use a drop cable of the appropriate length.