
.
I
NOTE: Adjusting carburetor linkage can be a little tricky! If you have binding, check for an incorrect amount of offset (bend)
in the pushrod wire at the carburetor. If necessary, re-bend the wire to eliminate the bind. If the throttle servo is binding or
"stalling" because it has too much travel compared to the carburetor travel, you will need to move the pushrod connectors
to different holes in the servo or carburetor arms. You may also have to loosen one of the pushrod connectors to re-adjust
the overall pushrod length. All or some of these things may need to be adjusted to get the carburetor working properly.
Refer to "THE BASICS OF RADIO CONTROL" book for additional help.
Control Horn Basics
1.
Sometimes the holes in molded plastic control horns and servo arms end up being a little undersize, making it very hard to
install the R/C Links and Pushrod Connectors that attach to them. All of the R/C Links and Pushrod Connectors in this kit
have a pin size of 1/16" dia. If you have difficulty getting the pins to go into the holes in the control horns or servo arms,
open up the holes with a 1/16" dia. drill bit. DO NOT USE A BIT LARGER THAN 1/16" DIAMETER!
2.
Nylon control horns should always be mounted so that the adjustment holes in the control arm line up with the hinge line of
the control surfaces! If not, the control surface will have unequal travel in one direction.
3.
Some radios have a feature called "End Point Adjustment" (sometimes called "Adjustable Travel Volume") that allows the
user to electronically adjust the total travel of the servos, and thus, the total travel of the control surfaces. This is a very
handy feature! If you do not have this radio feature, you can still make control surface travel adjustments by mechanical
means. Move the linkages in the directions shown to get more or less travel.
Rudder Control
192.
Locate the Small Nylon Control Horn (4 holes) and two #2 x1/2" Sheet Metal
Screws for the Rudder. Cut the Control Horn and the Retainer Plate apart. Hold
the Control Horn in exact position (see plan) on the left side of the rudder and
mark the location of the mounting holes. Drill pilot holes through the rudder with a
1/16" dia. drill bit (turn the bit with your fingers, a drill is not necessary). Mount the
Control Horn onto the rudder with the Sheet Metal Screws and Retainer Plate.
NOTE: Turn the screws down until both the control horn and retainer plate make
firm contact with the balsa. Then, turn each screw in 1/2 turn further. By
tightening the screws in this manner, the control horn will not crush the balsa.
193.
Cut one of the 10" Threaded Steel Rods to 7" overall length. Cut the plain end of the rod, not the threaded end!
194.
Locate one piece of Small Dia. Nylon Pushrod Tubing (1/8" O.D. x38" long). Slide
the plain end of the 7" long threaded steel rod inside the tubing, all the way up to
the beginning of the threads. Now get a good grip on the threaded portion of the
steel rod, and on the nylon tube, and start screwing the threads into the tubing.
Keep turning the rod until a MINIMUM of 1/8" of threads are inside the nylon
tubing (3/16" is even better).
195.
Screw one of the Nylon R/C Links onto the threads remaining outside the nylon
pushrod tube. Screw it halfway onto the exposed threads - until there are the
same amount of exposed threads in front and back of the R/C Link.
196.
Slide the rudder pushrod (from the rudder end) inside the larger nylon pushrod tube that is already in the fuselage. Slide it
in until the nylon R/C link is even with the rudder control horn. Pry open the R/C link, clip it into the outermost hole of the
control horn, and then snap it shut. Now reach into the fuselage and try operating the rudder pushrod from the servo end.
It should work smooth and easy. If not, figure out why and fix it.
Содержание KADET LT-40
Страница 49: ... ...