Kavan GO-1026MG 26g Programmable Digital HV Micro Servo w/ Steel Gears

Overview

The KAVAN GO-1026MG (KAV20.1026MG) is a powerful, ultra-thin 26 g programmable digital HV micro servo with steel gears, dual ball bearings, and an aluminium center housing for optimal heat dissipation. Thanks to its flat 10 mm profile, it is ideal for ailerons and flaps on thin RC gliders and electric gliders. The servo operates at 6.0–8.4 V and delivers up to 11 kg·cm of torque at 8.4 V.

Features

• Servo angle: Sets the maximum travel of the servo. The default setting is approximately 120° at a normal control pulse width (900~2100 µs); approximately 180° at the maximum permitted control pulse width (500~2500 µs).
• Servo neutral: Sets the neutral (center) position of the servo.
• Damping factor: Sets the servo's stopping characteristics.
• PWM power: Sets the servo's output power. The higher the value, the faster the servo moves and the greater its thrust—naturally, power consumption will increase proportionally. Range: 39.2~100%
• Sensitivity: Adjusts the servo's sensitivity (deadband). The higher the value, the narrower the deadband—the servo moves only when the change in control signal width is greater than the deadband. An excessively high sensitivity value may cause servo oscillation in some applications. Range: Ultra High (Extra High—sensitivity deadband approx. 1 µs) - High (High—approx. 2 µs) - Medium (Medium—approx. 3 µs) - Low (Low—approx. 4 µs)
• Soft start: Turns the soft-start function on or off. This function prevents the servo from moving abruptly to its operating position after power is switched on, reducing the risk of damage to the servo gears.
• Reversal: Reverses the servo's direction of rotation.
• FUTABA SR mode: For use only with a FUTABA RC system in SR mode. Do not enable this option if you are using another FUTABA RC system setting or an RC system from another brand.
• SANWA SSR mode: For use only with a SANWA RC system in SSR mode. Do not enable this option if you are using another SANWA RC system setting or an RC system from another brand.
• Fail-safe: If the receiver's control signal is completely lost or if the servo cannot detect the signal correctly (e.g. due to interference), the servo can enter one of three fail-safe modes:
  • (a) Free: Fail-safe is disabled.
  • (b) Hold position: the servo maintains the position corresponding to the last correctly received signal.
  • (c) Return to neutral: the servo returns to the neutral position (1500 µs pulse width).
• Overload protection: Enables or disables the servo's overload protection at three levels. Once the overload has lasted for a preset time (in seconds), the servo's output power is limited to the corresponding preset value (% of maximum power).
• Reset: Returns the connected servo to its factory settings.