Ultra-fast programmable digital microservo with metal gears and an output shaft mounted on two ball bearings. Thanks to its high-precision, preloaded gears with minimal backlash, it is particularly suitable for controlling the landing surfaces, but also ailerons and flaps in gliders (F3B, F3F, F3J, F5J, etc.) and motor models or directional controls in miniature helicopters. To ensure excellent cooling even under heavy loads, the servo is housed in an aluminum case with standard feet.
A wide range of servo parameters can be programmed using the DSP-1 USB programmer/interface and a PC-based utility program:
STANDARD FUNCTIONS
- Dead Band: Dead band width determines the amount of change in control signal pulse width at which the position of the servo output shaft/lever does not change. MKS default setting = 1 µs or 1.1 µs
- Lock: it sets the behavior of the servo when it does not receive a control signal - It maintains the position corresponding to the last received signal / The motor is free, the servo does not maintain any position.
- Max Duty: It limits the maximum power of the servo motor.
- Pulse Lower: (minimum pulse width): The lower limit of the control pulse width and the corresponding servo swing value will be limited by this value.
- Neutral: Sets the width of the control pulses in the neutral/center position of the servo.
- Pulse Upper (maximum pulse width): The upper limit of the control pulse width and the corresponding servo swing amount will be limited by this value.
- Boost: The power of the motor when starting from a standstill. The higher the value, the more force will start the motor.
Specifications:
- Torque at 4.8 V - 2.58 kg
- Torque at 6.0 V - 3.25 kg
- Speed at 4.8 V - 0.066 s / 60 degrees
- Speed at 6.0 V - 0.053 s / 60 degrees
- Control pulse width: 1520 µs
- Repetition rate: 333 Hz
- Ball bearings: x2
- Gear (pinions): metal
- Dimensions (length x width x height): 23 x 12 x 27.25 mm
- Weight: 21.21 g
- Motor type: coreless
*Follow the instruction manual included with the product