Distribution list:
1. MG996R standard server for large torque simulation steering gear x one
MG995 MG996R PlasticCopper gear steering gear / 55g servo / remote control vehicle / ship / 13kg high torque steering gear
01: structural material: semi iron teeth & nbsp;
02: Cable length: 30 cm, signal line (yellow line) red line (power cord) brown (ground wire)
03: size: 40.7*19.7*42.9mm
04: weight: 55g
05: reaction speed: no load speed 0.17 seconds / 60 degrees (4.8V); 0.13 seconds / 60 degrees (6.0V)
06: locked-rotor torque;
07: working dead zone: 4 microseconds
08: plug specification: Jr & nbsp; Futaba general
09: working voltage; 3.0V-7.2V
10: Working torque: 13kg / cm
11: Operating temperature: - 30 ~ ~ + 60 ℃
12: Suitable models: biped robot/manipulator/remote control vehicle, suitable for 50 -90 methanol fixed-wing aircraft and
& nbsp; 26cc-50cc gasoline fixed wing aircraft model
13: Annex; Rudder wheel, fixing screw, damping rubber sleeve and aluminum sleeve.
The control of the rudder generally requires a time-based pulse of about 20ms, and the high-level part of the pulse is generally the angle control pulse part in the range of 0.5ms-2.5ms, with a total interval of 2ms. In the case of 180-degree servo, the corresponding control relationship is as such:
;0.5ms------------0度;
& nbsp& nbsp& nbsp;1.0毫秒 - 45[翎]\;
;1.5ms-------------90度
& nbsp& nbsp& nbsp2.0毫秒- 135度;
2.5ms-----------180度;
Uses: 1:10 and 1:8 flat sports cars, off-road vehicles, trucks, big footed vehicles, climbing vehicles, biped robots, manipulators
The remote control ship is suitable for class 50-90 methanol fixed wing aircraft and 26cc-50cc gasoline fixed wing aircraft.
360-degree rudder: The actual equivalent of a variable speed gear motor, can control speed and direction. There is no 0-360 degree angle control function. The control mode is the same as that of the average rudder. It is the right power source for Wally modification
(At a high level of 1 millisecond to 1.5 milliseconds, the rudder is turning (fast at 1 millisecond, closer to 1.5 milliseconds, slower, 1.5 milliseconds when the rudder stops),) The higher the level is 1.5 milliseconds to 2 milliseconds when the rudder reverses (1.5 milliseconds when the rudder stops, the closer you get to 2 milliseconds, the faster the reverse, and the faster the 2 milliseconds are)
