Do the same for the elevator swash mix with the main blades oriented perpendicular to the tail boom. Next, we need to teach the 3G control box the travel limits of the swashplate. With the collective at zero degrees and the cyclic stick centered, press the set button again. This illuminates the E. Move the elevator stick fully forward, then back, and then to center. During this step, the 3G is determining what type of CCPM mixing you have mechanical or electronic and the maximum elevator endpoints.
During this step, its important that the collective stick is not moved from zero degrees to the unit will be incorrectly programmed. The next step is to set the elevator gyro direction. Do this by pressing the set button again, which will illuminate the E. REV light. Pick up the helicopter and tilt the nose downward. You should see the swashplate tilt aft, as if it is trying to correct the nose down motion. If it moves in the opposite direction, move the elevator stick until the status LED changes color.
Perform the test again to verify proper gyro direction. The next two steps are for setting the aileron endpoints and the aileron gyro direction. This is exactly the same process as setting the elevator endpoints and direction.
Use the set button to get to the A. LIM function, which is the aileron travel limit, and the A. REV to set the aileron gyro direction. When you are done with the last step of completing the aileron gyro direction, press the set button once again. The 3G unit will reboot. This will complete the flybarless setup portion of the 3G controller. With the flybarless portion set up, its time to set up the built-in tail gyro.
The tail gyro is programmed with the same set button and the LEDs as before. Make sure to disable any tail rotor mixing in your radio prior to beginning the setup. With the unit already powered on, press and hold the set button for two seconds. To get a initial ball park setting for the neutral tail rotor pitch, fold both blades forward and offset them about an inch as shown. The first step is to set the tail rotor servo pulse width for either or microseconds. Refer to the documentation for your tail rotor servo to determine which setting is appropriate.
Press and hold the set button for two seconds until the first LED illuminates. The status LED will be green for mode or red for mode.
Use the rudder stick on the transmitter to toggle between the two modes. Next, set whether the tail rotor servo is analog or digital. Press and hold the set button to enter programming mode. Then, quickly press and release the set button until the second LED illuminates. The status light will be green for digital servo and red for analog. Again, use the rudder stick to toggle between the two modes.
The next step sets the rudder gyro direction. Prior to doing this, go to your gyro gain channel and set a starting point for the gain of 25 percent. This will set the tail gyro in rate mode, which lets you properly set up and adjust the tail rotor linkage.
Install a servo arm on the tail servo with the servo arm perpendicular to the tail rotor pushrod. To set up the tail rotor neutral point, a little trick I used to get the trim close is to fold both tail rotor blades in their grips so that they both point forward. Adjust the tail rotor linkage length to achieve this.
Once this is done, straighten out the tail blades. Press and hold the set button for two seconds to enter the rudder servo direction programming. Now, pick up the helicopter, yaw it, and observe the tail pitch slider. On a helicopter where the control link is on the leading edge of the tail rotor blade grip, the tail pitch slider should move opposite the direction of the tail assembly. If you move the tail rotor to the right, the tail pitch slider should go to the left.
The status LED will be green for normal direction, and red for reverse. Again, use the rudder stick on the transmitter to toggle between these two values and achieve the proper gyro direction programming. Next, we will program in the rudder servo endpoints. Press the set button for two seconds, and then press the set button repeatedly until the limit LED illuminates. Push the rudder stick to the left until the tail pitch slider ALMOST reaches the end of its travel, and then center the rudder stick.
Then center the stick again and wait for the status light to flash red again. Once this is done, the endpoint setting is complete. Next, we set the delay settings of the gyro. Increase the delay setting to eliminate it. Its best to keep the delay as low as possible without the tail hunting.
Hold the set button for two seconds to enter programming mode and then press the set again multiple times to reach the delay LED. When the status LED is green, the gyro is optimized for larger helicopters, defined in the manual as mm blade size and up. When the status light is red, its optimized for smaller helicopters using mm blades or less.
Use the rudder stick to toggle between these two modes. The delay setting will be increased the further you push the rudder stick off center.
The delay LED will start flashing to indicate a zero-percent delay setting. Full deflection of the rudder stick gives a percent delay. Lock in and set the delay by holding the rudder stick at the desired delay setting and then press the set button. Were almost done. One of the last steps is to set the gains of each of the gyros. Give everyone operational visibility so they can work together to drive success. Track goal progress and KPI values in a single platform.
Seamlessly visualize overall team and individual performance. Learn more about using Align to get everyone on the same page. Focus on outcomes, not output, with transparent tracking of high-level objectives. Empower employees by clearly defining success and embracing transparency.
Learn more about using Align to improve accountability. Drive better outcomes and employee growth with Continuous Performance Management tools. Encourage regular dialogue on goal progress with transparent metrics.
Give your managers and team members the tools to communicate and move goal progress forward throughout the year. Learn more about using Align for continuous performance management. Create or Improve your Strategic Plan and connect it to goals throughout the organization. Create plans. Track progress. Achieve more with centralized strategic management. Two-thirds of well-formulated strategic plans fail.
Learn more about using Align for Strategic Planning. Break your big goals into smaller, more achievable milestones and track progress in real-time.
Recalculate those milestones several times a year to more done faster. Map your strategy to everyday work for everyone. Cascade company goals to individuals during every planning period to connect their work to company success.
Elevate critical communication that helps your team meet goals above the chatter that flows through the company every day. Every day you wait is a missed day of progress on your goals. All Rights Reserved.
Learn More. Achieve big goals. Unleash the power of all your employees working together to meet your long-term company goals. Align Your Team. Fast-growing companies around the world are powered by Align.
We help companies of all sizes and in all industries run better. Sorry, your browser doesn't support embedded videos. Ensure work that matters gets done.
0コメント