LUNARLEO-SATELLITE MOTOR CONTROLLER Redler Technologies’ TMC-Based LEO Satellite Motor Controller is a compact, high-efficiency unit developed for aerospace and low-earth orbit satellite applications. Designed to meet the unique challenges of space environments, it delivers high performance, robust protection, and reliable operation in a small form factor. • Compact & High Power Density: Supports motors up to 720W in a miniature footprint. • Wide Voltage Range: Recommended operating voltage: 12-48 VDC. • High Current Capability: o Continuous: 15 A RMS (requires appropriate heat sink) • Advanced Control Algorithms: o Sinusoidal, flux-oriented current (FOC) with IQ/ID vector control o Supports position, speed, current, and stepper closed-loop modes (PID) o Autotuning and manual PID tuning supported • Versatile Motor Feedback: Hall sensors, SSI, SIN/COSINE, and incremental encoders. • User-Friendly Interface: o Easy-to-use GUI for parameter setup o Real-time signal monitoring and parameter storage/load o Motor calibration wizard Communication: CANBUS, RS422, and firmware updates via serial interface. • Digital I/O: 4 digital inputs, 2 digital outputs. • Comprehensive Protection Features: o Over-temperature, over-voltage, over-current o Encoder fault, motor stall protection • Operating Conditions: o Designed for extreme environments: -40°C to +85°C • Space Robotics: High-precision control for small-space robotic systems • Custom Space Projects: Missions requiring robust and compact motor control in space • HDRM Support: Motor controller supports Hold Down Release Mechanism sequences via host commands • Pre-Charge Circuit: Integrated soft-start with dualresistor control and smart MOSFET switching • Power Management: Two-command power-down, reset to resume • Firmware Simulation-Backed: BLDC phase waveforms, half-bridge and 3-phase control, and latch-up recovery tested via simulation For more information and technical support: E-mail: [email protected] Visit: www.redlertechnologies.com The information in this Flyer is believed to be accurate; however, no responsibility is assumed by Redler Technologies Inc for its and no license or rights are granted by implication or otherwise in connection therewith. Specifications are subject to change without notice. © 2024 Redler Technologies Inc. All trademarks are the property of their respecti