The ABB 3HAC0055197-002 3HAC055184-002 is a precision AC motor designed specifically for industrial automation and control systems, offering high efficiency, reliability, and compatibility with advanced control protocols.
The ABB 3HAC0055197-002 3HAC055184-002 is a precision AC motor designed specifically for industrial automation and control systems, offering high efficiency, reliability, and compatibility with advanced control protocols.
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Model Number:3HAC0055197-002 3HAC055184-002
Motor Type:AC Induction
Nominal Voltage:230V
Power Rating:0.75kW
Speed (rpm):1440
Torque (Nm):19.7
Motor Frame Size:80
Incorporated Features:Built-in overcurrent protection, IP54 dust and water protected
Control Compatibility:Synchronized with PLCs and variable frequency drives
Operating Temperature Range:-20°C to +40°C
The ABB 3HAC0055197-002 and 3HAC055184-002 rotating AC motors are engineered to deliver exceptional performance and reliability in demanding industrial environments. Their compact yet robust design ensures they fit seamlessly into a variety of machinery setups.
These motors are equipped with advanced features such as a safe torque off function (SIL3), ensuring safety in critical operations. They also support quick commissioning through application macros and panel assistants, making setup and maintenance more efficient.
Ideal for applications requiring precise control and durability, these motors are built with coated boards to withstand harsh environmental conditions, and they offer an IP66 variant specifically designed for outdoor or challenging environments. Additionally, a solar pump drive variant is available for sustainable power solutions.
Featuring sensorless vector control, these motors can operate at frequencies up to 599 Hz, providing versatility for a wide range of motor speeds and applications. This feature enhances the motor’s ability to adapt to varying loads and speeds, ensuring optimal performance.
Designed with user convenience in mind, these motors come with an integrated braking chopper for smooth deceleration, reducing wear and tear on the system. The modular design allows for easy integration into existing systems, and their compatibility with various control systems ensures seamless operation with different automation setups.
