Vinciuri liniare hidraulice tip 3 - 12V

The Raymarine Type 3 (M81202) hydraulic linear actuator is designed to integrate with a compatible Raymarine route computer. For successful integration, it is recommended to consult the installation manuals for the SPX systems (reference 87072) and the SPX system commissioning (reference 81287), as well as the SeaTalkng reference manual (reference 81300).

This Raymarine Type 3 (M81202) linear hydraulic actuator requires a 12V power supply to operate.

Installing the Type 3 (M81202) linear hydraulic ram requires a very sturdy mounting structure. It must be secured to a substantial part of your vessel's frame. The mounting structure, as well as the tiller arm or quadrant, must be capable of withstanding the peak thrust levels generated by the unit.

The main length of the Raymarine Type 3 (M81202) linear hydraulic actuator is 452 mm. Other key installation dimensions include offsets of 76 mm, 101 mm, 55 mm, 50 mm, 20 mm, 9 mm, 51 mm, 90 mm, 108 mm, 171 mm, and 102 mm. All measurements are given in millimeters.

The Raymarine Type 3 (M81202) hydraulic linear actuator is fitted with a quick-release tab. In a situation requiring manual release, simply pull the red tab to disengage the R-clip, then lift the drive unit to remove it from the tiller arm or quadrant.

Yes, the Type 3 hydraulic linear actuator (M81202) and Raymarine accessories comply with electromagnetic compatibility (EMC) regulations applicable to recreational marine environments. Proper installation is crucial to maintain this EMC performance.

For a complete and functional installation of this hydraulic linear actuator, you will need a hydraulic pump, a reservoir, and a Raymarine route computer compatible with the system. The installation will also include the electrical connections for the clutch and the route computer.

Absolute cleanliness is essential during installation and handling of hydraulic systems. Even a tiny speck of dirt can prevent the check valves in the steering system from functioning properly, which could lead to reduced performance or oil leaks.