SP-10

SP-10 Trim and Flaps Controller

The MGL Avionics SP-10 Trim and Flaps controller brings autopilot auto-trim and powerful customizable flaps control to the iEFIS lineup. When using the SP-10, you can enjoy 2 three amp circuits (or 1 six amp circuit when in parallel) for Flaps, Pitch Trim or Roll Trim. Multiple SP-10s can be used in one system for ultimate flexibility. For example, if you want all three functions, two SP-10s can be used to place pitch and roll trim control on one, and flaps on the other. For high current applications, you could use 3 SP-10s, one for each motor axis. Up to 4 SP-10s can be used in one system.

NOTE: Due to the higher complexity in wiring with the SP-10 System, all SP-10 orders will ship with a harness. Buyers will be required to provide additional information before adding to cart so that we can configure the SP-10 and harness to your needs.

iEFIS Integration

The SP-10 was designed to integrate with the iEFIS via CAN Bus connection. By doing this, pilots have the choice of button/switch control of flaps and trim settings, and can also use the iEFIS screen to control flaps and trim. Furthermore, this integration is proven to be more powerful when considering the addition of auto-trim when using the MGL autopilot servos. When the servo detects a constant pressure on the control surfaces, the iEFIS will command the SP-10 to trim the pressure away, much like how pilots hand-fly aircraft.

Standalone Operation

For installations requiring standalone operation, the SP-10 is capable of being programmed via push-button interface – iEFIS not required, making the SP-10 a powerful integration option for any equipment configuration.

Ordering

When adding the SP-10 to the shopping cart, customers will be asked a few questions regarding their planned installation of the unit.

• 1.) What will Motor 1 be used for?
  • Possible Answers:
    • Flaps
    • Pitch Trim
• 2.) What will Motor 2 be used for?
  • Possible Answers:
    • Pitch Trim
    • Roll Trim
    • None (Motor 1 full current output)
• 3.) How will flap position be controlled?
  • Possible Answers:
    • Relative (Toggle switch up or down for next flap position)
    • Absolute (Rotary switch or push-button with UP/1/2/3)
    • N/A (No Flap Control)