Motor Type:AC Servo Motor
Brand:KUKA
Model:1FK7103-5AF81-1SH3-Z
Power Rating:Available in multiple power ratings
Operating Voltage:Flexible voltage options
Speed Range:High RPM capabilities
Torque Capacity:Customizable torque outputs
Enclosure Type:IP65 rated for dust and water protection
Mounting Style:Versatile mounting configurations
Control Interface:Supports various drive interfaces
The KUKA 1FK7103-5AF81-1SH3-Z Servo Motor is engineered for exceptional performance in a wide range of industrial automation tasks. Its high torque and efficient design ensure smooth operation even under heavy loads. With its modular control interface, this motor can be easily integrated into existing automation systems, enhancing flexibility and reducing setup times.
Featuring an IP65 protection class, this motor is designed to withstand harsh industrial environments, providing durability and long-lasting reliability. The air-cooled system ensures efficient heat dissipation, allowing continuous operation without overheating issues.
Precision control is at the heart of the KUKA 1FK7103-5AF81-1SH3-Z Servo Motor. Its advanced control algorithms enable accurate positioning and speed regulation, which are crucial for achieving high-quality manufacturing outcomes. This makes it particularly suitable for applications requiring high accuracy, such as robotic assembly lines or precision machining.
The motor frame size of 60 mm allows for compact integration into machinery, optimizing space utilization on the factory floor. Its versatile design accommodates various mounting configurations, ensuring compatibility with different machine structures. The included mounting brackets simplify installation, further streamlining the setup process.
In terms of efficiency, the KUKA 1FK7103-5AF81-1SH3-Z Servo Motor boasts a remarkable 97% efficiency rate, which translates into reduced energy consumption and lower operational costs. Additionally, the motor’s operating temperature range (-20°C to +60°C) ensures reliable performance across different climate conditions, making it a robust solution for global manufacturing operations.
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