10 kW setup
The 10 kW setup combines the 193-80 IPM motor with the Silixcon SX Series controller into a powerful and reliable propulsion unit. Designed for 80 V systems, it delivers high torque, efficiency, and IP-rated protection, making it an ideal solution for UGVs, robotics, and other demanding ground mobility platforms.
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10 kW setup
Product details
⚙️ Synchronized power and control
The 193-80 IPM motor and SX Series controller are engineered to work seamlessly together, providing smooth torque delivery and fast response under any load. The setup operates efficiently at 80 V, reaching up to 10 kW continuous and 33 kW peak power. Thanks to precise current management and optimized control algorithms, it ensures reliable performance and stability during continuous operation.
💪 Durable IP-rated construction
Both the motor and controller are enclosed in IP-rated housings, ensuring resistance to dust, moisture, and vibration. The system maintains high reliability in harsh outdoor conditions and industrial environments, making it suitable for continuous-duty or autonomous ground vehicles.
🚜 Ideal for demanding ground applications
With its high torque output of 140 Nm, strong low-speed response, and compact construction, this setup is perfectly suited for UGVs, robotics, and heavy-duty electric drive systems. It provides a robust foundation for propulsion units that require endurance, precise torque control, and easy integration into modern mobility architectures.
If you have any questions, you are always welcome to contact us. We'll get back to you as soon as possible, within 24 hours on weekdays.
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FAQs
Please read our FAQs page to find out more.
What is the difference between continuous and peak power?
Continuous power is the level the motor can safely handle over long periods. Peak power is the short-term maximum during acceleration or climb. Exceeding continuous ratings can cause overheating.
What happens if the motor exceeds its maximum temperature?
The motor temperature should normally be monitored by the ESC through the built-in motor temperature sensor. If thermal protection is disabled or not supported, excessive heat can cause partial demagnetization of the magnets, leading to permanent loss of performance or complete motor failure.
How to prevent overheating?
Ensure proper cooling by maintaining sufficient airflow or liquid circulation around the motor. Overheating often indicates that the motor is overloaded or operating outside its efficiency range. Always match the motor with a suitable propeller, gearbox, or load to keep current within the rated limits. Monitor temperature through telemetry and avoid running at peak power for extended periods
What does KV mean?
KV indicates how many revolutions per minute (RPM) the motor produces per volt.
What maintenance does a BLDC motor require?
Brushless motors are mostly maintenance-free. Periodically clean the motor using dry compressed air to remove dust and debris. Avoid using liquids or solvents, and make sure no moisture enters the housing. Check bearings occasionally for smooth rotation.