5.5 kW Braked Servo Motor Set 180ST-M35015Z1 380V T3a-H50F-RANF
Detailed Product Review
The 5.5 kW Braked Servo Motor Set 180ST-M35015Z1 380V T3a-H50F-RANF is an integrated system designed for high-precision control of position, speed, and torque in industrial motion control systems. This set consists of an AC synchronous servo motor (180ST-M35015Z1) and a digital servo drive (T3a-H50F-RANF) optimized to drive this motor. Servo motors operate on a closed-loop control principle, meaning the current position, speed, or torque information of the motor shaft is continuously fed back to the drive via an encoder. The drive then compares this information with the desired reference value and corrects any deviation within milliseconds. This dynamic feedback mechanism offers much higher accuracy, repeatability, and stability against load variations compared to traditional open-loop systems. The integrated electromagnetic DC brake automatically locks the motor shaft when power is cut or a fault condition is detected, preventing uncontrolled descent of loads, especially in vertical axes, and enhancing overall system safety. The 5.5 kW nominal power and 35 Nm nominal torque capacity indicate that this set is suitable for applications requiring precise movement of heavy loads or high dynamic response.
The motor’s material structure is optimized to withstand harsh industrial conditions. The 180ST-M35015Z1 model is manufactured using low-loss magnetic materials and high-quality copper windings for high efficiency and thermal stability. The motor housing has an IP65 protection rating, making it completely dust-tight and protected against low-pressure water jets, ensuring reliable operation in humid or dusty environments. For system integration, the T3a-H50F-RANF servo drive supports standard control signals such as Pulse+Dir, CW/CCW, or Quadrature, offering broad compatibility with Mach3, LinuxCNC, and other industrial PLC/CNC controllers. The drive can determine optimal performance parameters based on the motor’s inertia and load characteristics using advanced PID control algorithms and auto-tuning functions. This set is used in a wide range of industrial applications requiring high precision, dynamic performance, and safety. Key applications include axis movements for large-format CNC milling and turning machines, joint control for robotic manipulators, high-speed and precise packaging machines, yarn winding and cutting units in textile machinery, paper feeding and printing drum synchronization in printing presses, filling and sorting systems in food processing lines, and automated storage and retrieval systems (AS/RS).
Advantages of the 5.5 kW Braked Servo Motor Set 180ST-M35015Z1 380V T3a-H50F-RANF
Superior Positioning Accuracy and Repeatability: This servo motor set offers sub-millimeter positioning accuracy thanks to its high-resolution incremental encoder (2500 PPR) and advanced digital servo drive algorithms. The closed-loop control mechanism continuously monitors the instantaneous position of the motor shaft and dynamically corrects any deviation from the reference value. This feature directly impacts production quality and maximizes process stability, especially in applications where cutting depth and surface finish are critical in CNC machining centers, part placement precision is absolute in robotic assembly lines, and repeatability is a fundamental requirement in precision measuring instruments. Its high resistance to load variations ensures that set position or speed values are maintained without deviation.
High Dynamic Response and Torque Density: With a nominal power of 5.5 kW and a nominal torque capacity of 35 Nm, this motor exhibits superior performance in applications requiring instantaneous acceleration and deceleration due to its low rotor inertia and optimized torque-to-inertia ratio. The ability of the maximum torque to reach up to 3 times the nominal torque (105 Nm) means the motor can smoothly handle short-term peak loads. This dynamic response capability is crucial for…



































































































































































































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