Simrad LFI3000MK2 Linear Feedback Interface
In stock
Technical specifications
Technical specifications
| Type d'interface | Bridge |
| Sortie réseau | NMEA 2000 |
| Operating voltage | 12 V |
| Max power consumption | 0.9 W |
| Typical power consumption | 0.9 W |
| Signal de sortie | NMEA 2000 |
| Type de capteur | Rudder angle |
Detailed description
Detailed description
Designed to modernize existing navigation systems, the Simrad LFI3000MK2 Linear Feedback Interface converts analog rudder position data into an NMEA 2000 format. This interface is a solution for refit projects, allowing the retention of existing analog rudder feedback units, such as the Simrad LF3000, when upgrading to a contemporary NMEA 2000 autopilot system like the Simrad NAC series.
NMEA 2000 Conversion and Integration
The Simrad LFI3000MK2 is an active interface that takes an analog electrical signal from a linear feedback unit and converts it into NMEA 2000 data. This functionality ensures that rudder angle information is broadcast across the NMEA 2000 network, making it visible on connected multifunction displays (MFD) and autopilots. The system is compatible with Simrad autopilot computers, including the NAC series, and offers immediate recognition for simplified installation.
Technical Specifications and Installation
Powered via the NMEA 2000 bus, the LFI3000MK2 interface has a power consumption of 0.9 watts. It is protected against the marine environment with an IP56 rating and is constructed in black ABS for durability. Its weight is 0.7 kg, including cable. It operates within a temperature range of 0 to +70°C and can be stored from -30 to +80°C. Installation can be performed on the deck or a bulkhead. The output signal features a polarity-independent variable frequency with a resolution of 3400Hz at center, ±10Hz/degree, equivalent to a 1.7 mm travel. Linearity is ±3 degrees up to 45 degrees of rudder angle. The device is supplied with a 1.5 m shielded TP cable. Rudder feedback calibration is automatically set during the autopilot configuration process.
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