-€329.10

Class B linear actuator - Type 2 for GHP 12

Name: Class B linear actuator - Type 2 for GHP 12
Brand: Garmin

The Class B linear actuator is a Garmin power unit for the GHP 12 autopilot, suitable for sailboats up to 35.8 tons.

GARMIN - CLASS B LINEAR ACTUATOR - COMPACT AND POWERFUL

The Type 2 linear actuator from Garmin complements the GHP 12 autopilot, which is supplied without a power unit. The GHP 12 has no power unit, for the simple reason that it depends entirely on your boat. Your choice of linear actuator will therefore depend on the weight of your boat.

The Type 2 linear actuator from Garmin can be used for sailboats up to 35.8 tons.


	RUDDER ANGLE SENSOR It incorporates a rudder angle sensor to display your rudder position on the autopilot controller, allowing you to: Know your rudder position without having to turn around Ensure smooth maneuvers and avoid "overcompensation Avoid excessive wear or damage to the actuator when it reaches its limit stop.

CYLINDER DIMENSIONS 1 : Pivoting radius of cylinder around mounting foot (360°). 2 : Distance between maximum extension and maximum retraction (305 mm ). 3 : Distance from center of cylinder mounting foot to bar bolt at maximum retraction (603.2 mm ). 4 : Distance from center of cylinder mounting foot to bar bolt when bar is at zero (754.9 mm ). 5 : Distance from center of cylinder mounting foot to bar bolt when cylinder is at maximum extension (906.8 mm ). 6 : Maximum angle of inclination of cylinder at end of stroke.Exceeding it may damage the control box. ( 5° to either side of center) . 7 : Maximum adjustment distance of bar bolt adapter from end of cylinder rod (15 mm ). 8 : Maximum angle of inclination of bar bolt at end of stroke (10° either side of center) . 9 : Bar bolt adapter thickness (24.9 mm ). 10 : Distance from center of rod to mounting foot (51 mm ).

	EXAMPLE OF CYLINDER INSTALLATION 1 : Distance from center of cylinder mounting foot to bar bolt when bar is at zero (753.3 mm ). 2 : Angle from zero to installed end stops (35° ). 3 : Distance from cylinder foot to bar bit (210.4 mm ). 4 : Distance from center of bar bolt to bar bit (257 mm ). 5 : Distance from cylinder foot to bar bit when bar is at zero ( 753.7 mm ).