User manual FUTABA FP-7UAP

[. . . ] Futaba DIGITAL PROPORTIONAL RADIO CONTROL FP-7UAP PCM 1024 SYSTEM FP-7UAF FM SYSTEM D60460 Thank you for purchasing a Futaba digital proportional radio control set. Please read this manual carefully before using your set The last page of this manual is a double foldout showing the name of each part of the transmitter. Please open it when reading this manual. foldout · FEATURES · High resolution and fast response PCM 1024 system (FP-7UAP) FM system (FP-7UAF) 7 channels system Dual rate switch w/combination function · Normal display mode · Error display mode · Edit display mode · RF module Liquid crystal panel displays all the information necessary in each display mode. Six edit keys provide f o r easy data setting. · Set data is not lost even when the battery is changed. · Trainer system (Trainer cable optional) · Complete mixing functions --Snap-roll! [. . . ] Set the direction of operation with the keys. + : Normal direction --: Reverse direction R/U: Right or up L/D: Left or down Set another direction by repeating steps and Mixing rate setting Set the flashing display to "%" with keys. Set the same as the mixing rate with the keys. (When the + and -- keys are pressed simultaneously, 50% is set. ) Set the same as Set To PMX2 -- 11 -- · FUNCTION AND DATA SETTING Press the [MODE SELECT] To normal display mode PMX2 PROGRAMMABLE MIXING 2 This mixing is useful in correcting bad tendencies of the aircraft and in making operation more pleasant. · Mixing of any two channels is possible. · The left and right (up and down) mixing rate can be set independently. Mixing activate/inhibit mode setting Set the mode with the keys. + : Activate -: Inhibit Master channel selection Set the flashing display to the mark with the keys. Select the channel to be set with the keys. Slave channel selection Set the flashing display to the mark with the keys. Select the channel to be set with the keys. Mixing servo direction of operation setting Set the flashing display to "+' (or "--") with the keys. Held as long as the master channel stick ( V R or switch) is in the R/U or L/D direction. Set the direction of operation with the keys. + : Normal direction - : Reverse direction R/U: Right or up L/D: Left or down Set another direction by repeating steps and Mixing rate setting Set the flashing display to "%" with keys. Set the same as Set the mixing rate with the keys. (When the + and -- keys are pressed simultaneously, 50% is set. ) Set the same as To 2 - 6 --12-- · FUNCTION AND DATA SETTING Pressthe [MODE SELECT] To normal display mode 2-6 Mixing activate/inhibit mode setting Set the mode with the keys. + : Activate -: Inhibit ELEVATOR ->> FLAP MIXING This is used to apply mixing from elevator to flap. Mixing is usually used so that the flaps are lowered when the elevator is raised. It makes circular maneuvers with stunt aircraft smoother. Mixing servo direction of operation setting Set the flashing display to "+" (or "--") with the keys. Held as long as the elevator is in the R/U or L/D direction. Set the direction of operation with the keys. + : Normal direction -- : Reverse direction Set for another direction of the by repeating elevator steps and (INH: Inhibit state) · The elevator up side and down side mixing rate can be set independently. Mixing rate setting ON side Set the flashing display to "%" with the keys. R/U: Right or up L/D: Left or down Held as long as the elevator is in the R/U or L/D direction. (When the + and -- keys are pressed simultaneously, 50% is set. ) Set a different elevator direction by repeating steps and OFF side To 6 - > 2 13 - · FUNCTION AND DATA SETTING Press the [MODE SELECT] To normal display mode 6-2 FLAP -> ELEVATOR MIXING Use this mixing when an air brake is necessary when landing or diving, etc. [. . . ] a) Angle divisions b) Effect 1) The splined horn has 25 segments. The amount of change per segment is; 360/25=14. 4°. 2) The minimum adjustable angle is determined by the number of arms or number of the holes. For four arms, the minimum adjustable angle is: To shift the holes center line to the right (clockwise) relative to baseline A, shift arm 2 to the position of arm 1 and set it to the position closest to baseline A. [. . . ]