1. High quality and fine workmanship, rust-proof, durable and practical.
2. Easy to install, used to model aircraft / Cars / Robots.
3. edge design, good performance, stable and sturdy.
4. Compact & Save Space: Reasonable size and lightweight, portable for carrying and using.
5. The steering gear with a adjustment potentiometer (open shell to pry the circuit board to see), debugging can be high pulse is set at 1.5 ms to observe the steering gear stall, if you stop and turn on the regulation potentiometer until the stall s
Specification:
Description:
The terminal needs to be input with one 50 HZ square , then the duration of high pulse, which is used to control cycle, can control speed and forward/backward rotation as well as stalling. The duration of high corresponds to a speed. When high is 1ms - 1.5ms, servo rotates forward(the rotate speed is the fastest when it is 1ms, the higher the lower, servo will stop rotating when reaching 1.5ms). When high is 1.5 - 2ms, the servo rotates backward(The servo stops rotating when reaching 1.5ms, when the duration is closer to 2ms, the closer, the faster. The backward rotation speed, the fastest when reaching 2ms)
This servo carries meso-position adjustment potentiometer(it can only be seen by peeling off the outer cover and circuit board). We can set high pulse at 1.5ms to observe that whether servo stops rotating. If it doesnt stop rotating, we keep adjusting the potentiometer until it does.
Features:
1. High quality and fine workmanship, rust-proof, durable and practical.
2. Easy to install, used to model aircraft / Cars / Robots.
3. edge design, good performance, stable and sturdy.
4. Compact & Save Space: Reasonable size and lightweight, portable for carrying and using.
5. The steering gear with a adjustment potentiometer (open shell to pry the circuit board to see), debugging can be high pulse is set at 1.5 ms to observe the steering gear stall, if you stop and