Simrad SD80 Installation Guide

Below you will find brief information for PRO SERIES SD80 Thruster Interface. This installation guide provides comprehensive details for setting up your thruster interface, including a list of included parts, exact dimensions for planning your installation, and clear instructions for mounting the unit. It also features a detailed system wiring diagram illustrating how to connect the SD80 with various components such as autopilots, GPS sensors, compasses, and drive units, ensuring seamless integration into your marine electronic system.

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Simrad PRO SERIES SD80 Thruster Interface | AI Chat & PDF Download | Manualzz

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Key features

  • Detailed installation instructions and diagrams

  • Compatibility with Simrad AP60, AP70/80 autopilots

  • Micro-C CAN bus backbone integration

  • NMEA 0183 IN/OUT connectivity options

  • Comprehensive terminal layout for various I/O signals

  • Compact and robust design for marine environments

  • Includes all necessary fixing hardware, cables, and connectors

Frequently asked questions

The SD80 package includes one SD80 Computer, one cable retainer, six fixing screws (3.5 * 19 mm), ten strips, nine connectors, four 10 Amp Fuses, one Micro-C Drop cable (male), and one Micro-C T-Joiner.

The SD80 measures 211 mm (8.29") in length, 197 mm (7.77") in width, and 60 mm (2.36") in depth for the main unit, with a mounting depth of 48 mm (1.88") from the center of the mounting holes.

For technical specifications, certificates, and declarations, please refer to the product web site on pro.simrad-yachting.com or www.simrad-yachting.com.

User questions

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Patricia W.

How does the Simrad SD80 control thrusters?

It controls thrusters through components and signals like CAN bus backbone, drop cables, drive units, external I/O, solenoids, rudder feedback, and command signals.

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Patricia W.

Can the Simrad SD80 control multiple thrusters?

Yes, it can control multiple thrusters (up to two).

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Patricia W.

How does the Simrad SD80 control a thruster?

The Simrad SD80 controls a thruster using various components and signals, including the Micro-C CAN bus backbone, SimNet/Micro-C cables and terminators, Drive units, External I/O Engage signal, Solenoids control signals (SOL1HI, SOL1LO, SOL2HI, SOL2LO), Rudder feedback signals, and Command signals (CMD).

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Patricia W.

How many thrusters can the SD80 thruster interface control?

The SD80 thruster interface can control two thrusters.

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