The ABB IRB44004-53HAB3708-1 Motor Unit Axis 4-5 is a high-performance industrial motor designed for precise and efficient motion control in manufacturing processes.
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The ABB IRB44004-53HAB3708-1 Motor Unit Axis 4-5 is a high-performance industrial motor designed for precise and efficient motion control in manufacturing processes.
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Operating Voltage:380-460V AC
Current Consumption:≤ 5A
Motor Speed (Max):5,000 RPM
Torque Range:25 Nm – 50 Nm
Operating Temperature Range:-10°C to +50°C
Protection Class:IP67
Material:Aluminum alloy with corrosion-resistant coating
The ABB IRB 4400-53 HAB3708-1 Motor Unit Axis 4-5 boasts advanced engineering and robust construction, making it ideal for integration into complex manufacturing lines. Its precision speed control and torque management capabilities are unparalleled, ensuring seamless performance in repetitive tasks.
Featuring an efficient cooling system, this motor unit operates quietly even under heavy loads, reducing noise pollution and enhancing worker comfort in the production environment. Its IP65 protection class ensures durability against dust and light water splashes, increasing reliability in various industrial settings.
This motor unit is equipped with smart diagnostics, allowing real-time monitoring of operational status and predictive maintenance scheduling. This feature minimizes downtime and optimizes maintenance efforts, leading to increased efficiency and reduced costs.
Compliant with international safety standards, the ABB IRB 4400-53 HAB3708-1 Motor Unit Axis 4-5 is designed for ease of installation and compatibility with a wide range of robotic systems. Its compact size and modular design facilitate seamless integration into existing automation systems.
Our team of expert engineers has meticulously tested and fine-tuned each component to ensure optimal performance and longevity. Whether you’re a new entrant in the automation industry or seeking to upgrade your current equipment, the ABB IRB 4400-53 HAB3708-1 Motor Unit Axis 4-5 promises unparalleled reliability and efficiency.
