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1-2 weeks delivery time The Yacht Devices YDBM-01 Battery Monitor accurately reports voltage, current, and battery health to NMEA 2000. Designed for marine batteries, it can manage a variety of DC sources and loads. It includes a MicroSD slot for easy configuration and firmware updates and requires an external shunt for proper operation. Compatible with various NMEA 2000 networks, it ensures reliable battery management and alerts when critical conditions arise. |
$ 220.04
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1-2 weeks delivery time The Yacht Devices YDTA-01 Tank Adapter connects resistive or voltage type fluid level sensors to NMEA 2000 devices, allowing you to monitor fluid levels on chart plotters and displays. It supports various fluid types and can be configured for up to 16 tanks. Compatible with multiple sensor standards, it offers easy installation and calibration for accurate readings. |
$ 220.04
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1-2 weeks delivery time The Yacht Devices YDTA-04 Tank Adapter allows connection of up to four resistive or voltage type fluid level sensors to NMEA 2000 devices. It supports various fluid types and can be configured for up to 16 tanks. Compatible with multiple sensor standards, it offers easy installation and calibration for accurate fluid level readings on chart plotters. |
$ 289.89
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1-2 weeks delivery time The Yacht Devices YDNG-03 NMEA 0183 Gateway connects NMEA 0183 equipment to NMEA 2000 networks, supporting various message types including AIS and autopilot. It features a configurable baud rate, supports RS-232 and RS-422 connections, and includes a MicroSD card slot for easy configuration and firmware updates. Compatible with a wide range of marine electronics. |
$ 220.04
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1-2 weeks delivery time The Yacht Devices YDRA-01 Rudder Adapter connects resistive type rudder angle sensors to NMEA 2000 networks, providing autopilots, chart plotters, and other devices with accurate rudder angle data. It supports various sensor types and offers easy installation, calibration, and configuration through a MicroSD card slot. |
$ 220.04
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1-2 weeks delivery time The Yacht Devices YDVR-04 Voyage Recorder captures GPS tracks, wind, depth, temperature, AIS, and other NMEA 2000 network data during your voyages. It features an audio input for recording VHF or microphone output, storing data on a MicroSD card for analysis, logbook generation, and diagnostics. Compatible with multiple formats and software for extensive data management. |
$ 336.46
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1-2 weeks delivery time The Yacht Devices YDSR-01 Smart Relay helps manage two loads with a single power switch, ideal for applications like combined deck/steaming lights. It features a bi-stable relay, low power consumption, and can handle 7-28V DC loads up to 10A continuous current. Easy to install, it ensures efficient load switching without constant power draw. |
$ 115.26
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1-2 weeks delivery time The Yacht Devices YDNB-07 NMEA 2000 Bridge unifies two physical NMEA 2000 networks into a single logical network, enabling smooth message exchange and supporting filtering and message processing. It helps bypass network length and device limits, ensures compatibility, and offers diagnostics and programming capabilities. |
$ 289.89
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1-2 weeks delivery time The Yacht Devices BRP CAN (Bombardier Rotax) Engine Gateway Adaptor provides a direct connection between a YDEG-04 Engine Gateway and BRP CAN engine systems. The supported Engine Gateway firmware can process data from up to two BRP engines and transmit engine speed, engine hours, engine temperature, boost pressure, keyswitch battery voltage, fuel rate, fuel tank level and engine warnings to NMEA 2000 instruments. BRP CAN operates at 500 kbps, and engine data is accessed through the BRP CAN diagnostics connector located near the fuse box.
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$ 45.41
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1-2 weeks delivery time The Yacht Devices CATERPIL-D12 is a 12-pin adaptor cable designed to connect a Caterpillar engine display interface to the YDEG-04 Engine Gateway. It uses Deutsch DT04-12PA (male), Deutsch DT06-12SA (female) and Deutsch DT06-6S (female) connectors and enables Caterpillar J1939 engine data to be transferred through the YDEG-04 to NMEA 2000 instruments. Supported gateway data includes engine speed, engine hours, coolant temperature, boost pressure, keyswitch battery voltage, fuel rate, fuel tank level and engine warnings transmitted with J1939 PGN 65226. The YDEG-04 supports Caterpillar through its J1939 engine interface, which operates at 250 kbps. |
$ 57.05
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1-2 weeks delivery time The Yacht Devices CATERPIL-D9 is a 9-pin adaptor cable designed to connect compatible Caterpillar engines to the YDEG-04 Engine Gateway through the J1939 interface. It is suitable for Caterpillar C7, C9, C12, C18 and C32 engines and uses a Deutsch HD16-9-96S connector together with a Deutsch DT06-6S female connector. The cable provides the physical connection required for communication between the Caterpillar engine network and the YDEG-04 gateway. |
$ 57.05
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1-2 weeks delivery time The Yacht Devices CATERPIL-J17 is a robust adaptor cable designed for seamless connectivity to Caterpillar J1708 engine gateways, ensuring reliable data transfer and optimal engine performance. Easy to install and built to withstand demanding marine environments, it enhances engine diagnostics and monitoring for both professionals and boat enthusiasts. |
$ 57.05
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1-2 weeks delivery time The Yacht Devices Caterpillar round 9-pin adapter cable is designed for connection to the YDEG-04 Engine Gateway interface. It provides a dedicated round 9-pin connection between compatible Caterpillar engine equipment and the YDEG-04 gateway. |
$ 57.05
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1-2 weeks delivery time The Yacht Devices EFI-10PIN is a 10-pin Engine Gateway adaptor cable designed to connect supported EFI gasoline engines to the YDEG-04 Engine Gateway. It is intended for engines equipped with MEFI4B ECU or later, including petrol models from 2004/2005 with or without EVC, and enables supported engine data to be displayed on NMEA 2000 instruments, including engine speed, engine hours, engine temperature, boost pressure, keyswitch battery voltage, fuel rate, fuel tank level and engine warnings transmitted via J1939 PGN 65226. The YDEG-04 manual confirms support for EFI engines with MEFI4B or later controllers and specifies use of an adaptor cable for the Marine Data Link Connector. |
$ 57.05
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1-2 weeks delivery time The Yacht Devices EVC-A-EC12 enables connection for up to eight Volvo Penta EVC-A EC 12-PIN X5 engines on a network, providing essential engine data like speed, hours, temperature, boost pressure, battery voltage, fuel rate, fuel level, and warnings via NMEA 2000 instruments. |
$ 57.05
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1-2 weeks delivery time The Yacht Devices EVC-A-M is an Engine Gateway adaptor cable with Y-connector designed to connect the YDEG-04 to the Fuel/Multisensor port of Volvo Penta EVC-A systems. The adaptor uses separate Device and Multisensor wiring, with CAN HIGH, CAN LOW, GND and VCC carried between the Multisensor connection and the gateway, while the white and brown wires of the 6-wire Multisensor Y-connector are not connected to the Device. With supported Engine Gateway firmware, up to eight Volvo Penta EVC-A engines can be handled on a network, with engine speed, engine hours, engine temperature, boost pressure, keyswitch battery voltage, fuel rate, fuel tank level and engine warnings available on NMEA 2000 instruments. |
$ 45.41
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1-2 weeks delivery time The Yacht Devices EVC-A MC 12-Pin C5 adaptor is designed to connect the YDEG-04 Engine Gateway to Volvo Penta EVC-A MC C5 engine systems. With supported Engine Gateway firmware, up to eight Volvo Penta EVC-A MC 12-Pin C5 engines can be handled on a network, with engine speed, engine hours, engine temperature, boost pressure, keyswitch battery voltage, fuel rate, fuel tank level and engine warnings available on NMEA 2000 instruments. |
$ 57.05
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1-2 weeks delivery time The Yacht Devices EVC-VODIA is an 8-pin Engine Gateway adaptor designed to connect the YDEG-04 Engine Gateway to compatible Volvo Penta EVC/Vodia engine systems. It uses Deutsch DT06-6S female, Deutsch DT04-08PA male and Deutsch DT06-08SA female connectors and supports up to eight Volvo Penta EVC engines on a network with updated Engine Gateway firmware. Supported NMEA 2000 data includes engine speed, engine hours, engine temperature, boost pressure, keyswitch battery voltage, fuel rate, fuel tank level and engine warnings transmitted in J1939 messages with PGN 65226. |
$ 45.41
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What are the primary functions of Yacht Devices marine electronics?
Yacht Devices marine electronics primarily function to integrate various onboard systems using NMEA 2000 and NMEA 0183 protocols. The Engine Gateway YDEG-04, for example, allows engines to connect to the NMEA 2000 marine electronics network, providing data such as engine revolutions, fuel rate, and fluid levels to chart plotters and instrumental displays. These devices are compatible with equipment from many brands and they support bi-directional communication, enabling seamless data exchange and system control across the entire marine digital network. Yacht Devices, established as a leader since 2015, focuses on NMEA-2000 marine electronics, adhering to standards set by the National Marine Electronics Association. Their products, such as the NMEA 0183 gateway, allow you to connect NMEA 0183 equipment to a NMEA 2000 network and vice versa, ensuring versatile integration. The gateway YDWG-02 and other devices like the Garmin NMEA 2000 and Simrad offer broad compatibility. They allow users to see and manage data on chart plotters and PC screens, update firmware, and handle various navigation data, including AIS messages from vessels and aircraft. These gateways also support engines with a J1939 serial interface, enabling monitoring of fluid levels on NMEA 2000 devices. Yacht Devices' electronics, such as the bi-directional converter, provide wide support for message types, ensuring comprehensive system integration and control.
What role does a NMEA 0183 multiplexer play in a yacht's electronic system?
A NMEA 0183 multiplexer plays a crucial role in a yacht's electronic system by allowing multiple NMEA 0183 data sources, such as GPS, AIS, and depth sounders, to be combined and transmitted through a single output. This ensures seamless integration and communication between various marine devices and the yacht's navigation system. Additionally, it can interface with NMEA 2000 networks via a gateway, enhancing the overall efficiency and functionality of the yacht's electronics.
What role does the Seatalk adapter play in connecting Raymarine devices to NMEA 2000 networks?
The Seatalk adapter plays a crucial role in connecting Raymarine devices to NMEA 2000 networks by acting as a bridge between the proprietary Seatalk protocol and the standardized NMEA 2000 marine digital network. This adapter allows you to see data from a NMEA 2000 network on Raymarine devices and vice versa, ensuring seamless integration and communication. It is equipped with NMEA 2000 functionality, enabling yacht owners to connect 0183 equipment to a NMEA 2000 network and providing a reliable interface to manage engine data, fluid levels, and other navigation information. For robust and trusted marine data interfaces, explore Actisense, a leading brand in marine electronics integration.
How does a Yacht Devices NMEA 2000 Wi-Fi gateway help monitor boat navigation data on smartphones and tablets?
A Yacht Devices NMEA 2000 Wi-Fi gateway helps monitor boat navigation data by connecting to the vessel's digital backbone and accessing live data streams, creating a local wireless network for personal devices, converting proprietary NMEA 2000 PGNs into universal Wi-Fi protocols, feeding data into compatible navigation apps such as Navionics and iNavX, and allowing several tablets or phones to display synchronized real-time data on a multi-screen dashboard.
What is the purpose of an engine gateway YDEG-04 for Volvo Penta and other J1939 engines in a NMEA 2000 marine network?
Think of the YDEG-04 as your engine's personal interpreter on a modern boat. It listens to the specialized digital chatter from J1939 engines to NMEA 2000, like your Volvo Penta or Mercury, and translates every detail into a common language. This gateway allows you to see real-time vitals—from RPM to coolant temperature—right on your chartplotter screen or sleek web gauges. Ultimately, it bridges the gap, weaving your propulsion data seamlessly into the boat's central digital network on a PC for smarter oversight.
How do Yacht Devices USB and Wi-Fi gateways differ when connecting NMEA 2000 marine electronics to a PC or laptop?
The USB gateway offers a simple, plug-and-play wired link, perfect for a stable connection at the nav station to log NMEA 2000 data. Conversely, the NMEA 2000 Wi-Fi gateway acts as a wifi server, creating a local wifi network that broadcasts data wirelessly to tablets and phones. Key distinctions include: Link Type - a physical cable versus a versatile Wi-Fi network; Device Access - single-computer use versus multi-crew access via apps like Aqua Map; Data Protocol - direct stream versus network broadcast using UDP or TCP protocols.
What role does a Seatalk NG to NMEA 2000 converter play when integrating Raymarine Seatalk NG equipment with other onboard systems?
This compact device is the essential peacemaker for a mixed-brand electronics suite. It allows your Raymarine Seatalk NG gear, such as an autopilot, to communicate freely with devices from Furuno or Simrad Simnet on the same backbone. Without it, critical data like GPS position or water depth remains trapped within brand-specific silos. The converter ensures all your instruments share network data cohesively, creating a unified situational picture.
How can Yacht Devices digital switching and switch control modules simplify AC and DC monitoring on a boat?
These modules transform traditional, manual electrical panels into intelligent, networked systems. The NMEA 2000 digital switching replaces physical switches with solid-state circuit control, managed from a screen. This provides remote operation and real-time status of lights, bilge pumps, and outlets; switch control allows viewing precise current draw for each circuit, aiding in load management; and the capability to program automated sequences for anchoring or docking.
What should be considered when configuring a Yacht Devices NMEA 2000 router or Wi-Fi router in a marine electronics network?
Setting up these devices focuses on creating a reliable and secure data highway. For a Wi-Fi router (YDWG), choosing an unused channel prevents interference, and securing your Wi-Fi network keeps your NMEA data private. You must match the device's output settings (like UDP/TCP) to the input requirements of your navigation apps to ensure they receive the network data flawlessly. Consider physical placement for best signal strength and use a dedicated drop cable for clean power to avoid glitches in your connected devices.