IR9 frameless motors are engineered for effortless integration across various application designs. These motors are usually mounted directly on the same shaft as the payload, eliminating the necessity for additional couplings. This direct mounting method not only streamlines the overall system design but also increases the rigidity of the servo solution. By offering a stiffer connection, the system can achieve more precise and responsive control.

COMPACT DESIGN & FLEXIBILITY
IR9 frameless motors are available in 500W, 1000W, and 1500W configurations and consist of a rotor and a stator without the traditional motor housing. This allows for a smaller footprint, making them ideal for applications with limited space or weight constraints.

HIGH POWER DENSITY & PERFORMANCE
The absence of a frame enables higher power density, delivering significant power for their size and weight, suitable for high-performance applications.

LOW INERTIA & QUICK RESPONSE
With lower rotor inertia, IR9 frameless motors offer quicker response times, improved acceleration, and deceleration rates, perfect for precise and rapid movements.

CUSTOMIZATION & INTEGRATION
IR9 frameless motors allow for greater customization and integration flexibility, adaptable to various mechanical structures and design requirements.

REDUCED MECHANICAL COMPLEXITY
Fewer components mean less wear and maintenance, increasing reliability and reducing downtime. With fewer parts to service, downtime is minimized, ensuring consistent and efficient operation.

IMPROVED THERMAL MANAGEMENT
IR9 frameless motors have better thermal characteristics, allowing for more efficient cooling and thermal management, enabling operation at higher power levels without overheating.

APPLICATIONS

• Aerospace
• Robotics
• Automotive
• Medical Devices
• Industrial Automation
• Wheel Drive Applications
• Marine

IR9 frameless motors offer a unique combination of compact design, high power density, and exceptional customization, making them perfect for applications like robotics, aerospace, and medical devices. Their innovative design reduces mechanical complexity, enhances reliability, and improves thermal management, ensuring efficient and high-performance operation.

For additional information or for assistance with your application, contact us at sales@pelonistech.com.