The ABB Industrial Rotating AC Motor with Pinion is engineered for high performance in heavy-duty industrial applications, ensuring reliability and efficiency in demanding environments.
Motor Type:Rotary AC Motor
Model Number:3HAC047577-002, 3HNA012841-001/07, 3HNP04378-1/01
Rated Power:Varies by model, typically ranging from several kW to over 100 kW
Rated Voltage:3-phase, 400V to 500V
Rated Speed:Depends on model, typically from 500 to 3000 RPM
Torque Capacity:Varies by model, capable of handling heavy loads
Incorporated Gearbox:Yes, integrated for precision and efficiency
Protection Rating:IP66, suitable for harsh environments
Safety Features:Compliant with international safety standards
Communication Compatibility:Modbus RTU/Modbus for seamless integration with industrial automation systems
Engineered with precision and reliability in mind, our ABB industrial gearmotor and motor system are meticulously designed for a wide array of applications, from manufacturing lines to heavy-duty machinery.
Each model within the series offers unmatched performance, optimized for efficiency and durability, ensuring minimal downtime and maximum productivity.
The integrated gearbox provides unparalleled accuracy and efficiency, reducing wear and tear while enhancing overall system performance.
With an IP66 rating, these systems are fully protected against dust and water ingress, making them ideal for use in challenging environments, including outdoor installations or those with high moisture levels.
Safety is paramount, adhering to the highest international standards, including SIL3 compliance, ensuring robust safety protocols are met.
Our gearmotor and motor systems are equipped with advanced communication capabilities, seamlessly integrating with leading industrial automation platforms through Modbus RTU/Modbus protocols, facilitating easy control and monitoring.
The ABB Industrial Rotating AC Motor with Pinion is engineered for high performance in heavy-duty industrial applications, ensuring reliability and efficiency in demanding environments.