Servo motor driver is designed to be used in aircrafts. Servo motor control system is used to precisely control the wing flaps, nose wheel and tail flaps in airplanes. The data received from the drive Hall Effect sensor’s position and speed controlled according to the vector control algorithm and this controller carries out the driving of the motor according to the structure. It can receive commands via RS422 communication interface with the flight control computer and transmit the current and health statues to the flight control computer via RS422.
• Driver Controller Board stand-alone options available for different servo motor applications
• Compact and lightweight
• Maximum 26 Nm withstand the output load
• Position Accuracy: 0.084°
• >160°/s idle speed
• DO-254 DAL B compliant
• PBIT/IBIT/CBIT
• Servo Motor and Driver’s is using in Aircraft, UAV and Actuators
• PMSM / BLDCM Control with Vector Control Algorithm
• 14 Bit Resolution Precision Position Control
• 3-phase Inverter Construction
• Nominal Motor Supplies up to 8A
• Communication protocols RS422
• Low and high voltage protection and reverse voltage and reverse current protection are available in the driver
• RS-422 communication interfaces
• 4-bit physical address pins
• Power: 16VDC - 32VDC
• Nominal Supply Voltage: 28VDC
• Weight: 375g
• Dimension (L x W x H) (mm): 164 x 122 x 68
• Operating Temperature: -40°C to +70°C
• Operating Altitude: 45,000ft
• RTCA/DO-254
• RTCA/DO-160G
• MIL-STD-704F
• MIL-STD-810G
• MIL-STD-461F
• MIL-HDBK-217F
TRL 9/9
