Przewód adapter CAN na NMEA 2000 bez izolacji

This Garmin adapter cable, part number 010-12575-00, is designed to facilitate the integration of devices using the CAN (Controller Area Network) protocol into a marine NMEA 2000 communication network. It enables data transmission between these two types of networks.

The exact reference for this adapter cable is 010-12575-00.

The "no isolation" mention means there is no electrical separation (galvanic isolation) between the CAN and NMEA 2000 networks when using this cable. The grounds of both networks will be directly connected. This characteristic must be considered when designing your installation to avoid ground loops or interference in certain environments.

A "non-insulated" cable is typically used in installations where the integrity of the common ground between CAN and NMEA 2000 systems is already ensured, or when insulation is managed by other means within the system. Galvanically isolated adapters are preferable in environments where there is a risk of ground loops or electrical interference, providing additional protection.

Yes, this adapter cable is a Garmin OEM component, ensuring compatibility and optimal reliability within the Garmin ecosystem.

Yes, as a Garmin product intended for integration into marine systems, this cable is designed for use in a marine environment, meeting the quality and durability standards expected for such applications.

No, the adapter cable itself does not require dedicated external power. It integrates into the NMEA 2000 network, which supplies power to the network components.

Yes, by connecting a CAN device to an NMEA 2000 network, this cable enables data transmission, which is inherent to the nature of CAN and NMEA 2000 networks as they allow bidirectional information exchange.

This cable allows connection of generic CAN devices, such as CANnet sensors or equipment, to an NMEA 2000 network. It is designed for applications where CAN device data must be integrated into the NMEA 2000 navigation system.

Yes, this cable is designed to interface with NMEA 2000 networks that comply with standard specifications, enabling seamless integration of compatible CAN devices.

Yes, the product description specifically states that this cable can be used to connect fuel sensors or other CANnet devices to the NMEA 2000 backbone of your vessel.

This cable is designed for generic CAN devices. Proprietary systems such as Mercury SmartCraft or Yamaha Command Link use CAN protocols but may require specific gateways or adapter cables provided by the engine manufacturer for full and correct integration with the NMEA 2000 network.

No, this cable is specifically designed to adapt a CAN network to the NMEA 2000 standard. NMEA 0183 systems use a different communication standard and are not directly compatible with this cable. NMEA 0183 to NMEA 2000 converters are required to interoperate between these two standards.

Yes, if the third-party device uses the standard CAN protocol and its data is structured in a compatible way, this cable can facilitate its connection to an NMEA 2000 network. NMEA 2000 is an open standard for interoperability of marine equipment.

This adapter cable is designed to connect a single CAN device to a NMEA 2000 network. If you have multiple CAN devices to integrate, each device will typically require its own adapter cable or a multi-port CAN gateway.

Installation involves connecting one end of the cable to your CAN device and the other end to a T-port or a free connector on your existing NMEA 2000 network. It is recommended to consult the installation manuals of your devices and the NMEA 2000 network for detailed instructions.

Yes, due to the lack of galvanic isolation, it is crucial to ensure that the electrical grounds of the CAN and NMEA 2000 systems are already common and properly managed to avoid ground loops, electrical interference, or potential damage to equipment. A verification of the common ground integrity is strongly recommended before installation.

Installing this adapter cable generally does not require specialized tools, as it uses standard connectors for CAN and NMEA 2000 networks. However, basic tools for accessing and securing cables on board may be useful.

The adapter cable itself is a physical component and does not require any software configuration. However, the connected CAN device and/or the NMEA 2000 multifunction display may need configuration to recognize and display the transmitted data correctly over the network.

The adapter cable must be connected to a T-connector or to an available expansion port on the backbone (main bus) of your NMEA 2000 network. Each device connected to the NMEA 2000 network must be connected via a T-connector.