7.5 kW Braked Servo Motor Kit 180ST-M48015Z1 380V T3A-H75F-RANF

This 7.5 kW Braked Servo Motor Kit, consisting of the 180ST-M48015Z1 model servo motor and the T3a-H75F-RANF model servo drive, is a high-performance closed-loop drive unit designed for industrial motion control systems. Servo motors are electromechanical devices capable of performing position, speed, and torque control with high precision. The system continuously measures the instantaneous angular position and speed of the motor shaft via a high-resolution incremental encoder integrated into the motor shaft. This feedback information is transmitted to the T3a-H75F-RANF servo drive. The drive compares the received feedback signal with the reference values from the controller and dynamically adjusts the current and voltage applied to the motor’s stator windings within milliseconds using PID (Proportional-Integral-Derivative) or similar advanced control algorithms. This closed-loop control mechanism ensures the motor reaches the desired position without error, rotates at the set speed without deviation, and produces stable torque against load. Furthermore, the electromagnetic brake integrated into the kit mechanically locks the motor shaft when power is cut or in emergency situations, preventing unwanted movement or dropping of loads, especially in vertical axes, which is a critical function for work safety and system integrity.

The 180ST-M48015Z1 servo motor features a robust body structure with an IP65 protection class, designed to withstand harsh industrial conditions; this means full protection against dust ingress and resistance to low-pressure water jets. The flanged mounting type allows for easy and rigid integration into mechanical systems. The T3a-H75F-RANF drive is compatible with 380V AC three-phase industrial power infrastructure and incorporates advanced power electronics and control algorithms that enable the full utilization of the motor’s 7.5 kW nominal power, 48 Nm continuous torque, and 143 Nm peak maximum torque capacity. This kit is used in various industrial applications requiring high precision, dynamic response, and reliability. These powerful and precise servo motor kits are preferred for precise positioning of axis movements in CNC machining centers (milling, turning, laser cutting, plasma cutting), control of joint movements of industrial robot arms and manipulators in robotic systems, synchronization of repetitive operations such as filling, labeling, and cutting in packaging machines, control of fabric tension and pattern generation in textile machines, synchronization of paper feeding and printing rollers in printing machines, driving conveyors and palletizing robots in heavy load handling and logistics systems, precise portioning and conveying systems in food processing plants, and control of mold movements in plastic injection machines. The 7.5 kW power capacity ensures stable and efficient operation even in high inertia and heavy load applications.

Advantages of the 7.5 kW Braked Servo Motor Kit 180ST-M48015Z1 380V T3a-H75F-RANF

High Positioning Accuracy and Repeatability: The 180ST-M48015Z1 servo motor is equipped with a high-resolution incremental encoder that offers positioning accuracy below the millimeter. This integrated feedback system forms a closed-loop control loop with the T3a-H75F-RANF servo drive, continuously minimizing the difference between the reference position and the actual position. This ensures that each movement can be repeated with the same precision and without error, especially in critical production processes such as CNC machining, optical alignment, or robotic assembly. This feature directly contributes to narrowing production tolerances, reducing scrap rates, and consistently improving final product quality.

Superior Dynamic Performance and Fast Response Time: This 7.5 kW nominal power servo motor kit exhibits high acceleration and deceleration capabilities thanks to the optimized T3a-H75F-RANF drive algorithms. The drive instantaneously adjusts torque production by considering the motor’s inertia and load dynamics, allowing the system to respond very quickly and stably to changes in reference speed or position…