2 kW Servo Motor Set 130ST-M07725 T3A-L30F-RABF
Detailed Product Review
The 2 kW Servo Motor Set 130ST-M07725 T3A-L30F-RABF is a high-performance electromechanical drive system operating on the closed-loop control principle. This set consists of a 130ST-M07725 model synchronous AC servo motor and the T3A-L30F-RABF model servo driver, which ensures precise control of this motor. The primary function of the system is to flawlessly execute the target motion profile by continuously comparing position, speed, or torque commands from the control unit with feedback signals received from the motor’s integrated 2500 ppr incremental encoder, making real-time corrections in the order of milliseconds. The driver dynamically adjusts the current and frequency applied to the motor’s stator windings, precisely controlling the rotor’s magnetic field. This allows it to reliably produce a nominal torque of 7.7 Nm continuously, with peak torques reaching up to 23 Nm instantaneously. This dynamic torque capacity maximizes system stability and response time, especially in industrial applications requiring rapid acceleration of high-inertia loads and precise positioning.
The motor’s 130mm flange size offers a mounting interface compliant with industrial standards, while its robust body structure ensures high thermal stability and mechanical durability even under heavy-duty conditions. These structural features prevent the motor from overheating during continuous high-power operation, extending system life and minimizing maintenance needs. The T3A-L30F-RABF driver, with its advanced PID control algorithms and vibration suppression functions, fully unleashes the motor’s potential, guaranteeing operation with minimal oscillation and maximum positioning accuracy. This integrated system is designed to provide reliable and precise motion control across a wide industrial spectrum, from applications requiring high speed and acceleration like the X and Y axes of CNC routers and plasma cutting machines, to spindle drives and axis movements in metalworking machinery, synchronized and rapid movements in packaging and bottling lines, and positioning systems in heavy-load robotic arms and assembly lines. It offers direct integration into industrial power infrastructures with its 220V AC (3 Phase) supply voltage.
Advantages of the 2 kW Servo Motor Set 130ST-M07725 T3A-L30F-RABF
High Dynamic Torque Capacity and Overload Capability: The 130ST-M07725 servo motor offers stable performance under constant load with a nominal continuous torque of 7.7 Nm, while its overload capability of up to 300% allows it to produce peak torques of up to 23 Nm instantaneously. This feature prevents motor stall or step loss, especially in applications involving sudden acceleration, rapid direction changes, or short-term overload conditions of loads with high inertia. The driver’s ability to dynamically manage this peak torque ensures high stability and precision even during system start-up and stop, directly contributing to shorter cycle times and increased production efficiency.
Closed-Loop Control and Encoder Precision: The T3A-L30F-RABF driver and the motor’s integrated 2500 ppr (pulses/revolution) incremental encoder form a high-level closed-loop control architecture. The encoder provides high-resolution feedback for each motor revolution, allowing the driver to precisely know the motor’s actual position, speed, and torque within milliseconds. This feedback enables the driver to continuously minimize the difference between the target position and the current position (following error) through its PID control algorithms. Consequently, excellent repeatability and positioning accuracy are achieved in applications requiring high-speed and precise positioning, such as CNC router axes, robotic arms, or automation lines, thereby enhancing machining quality and system reliability.
Thermal Management and Mechanical Durability: The 130ST-M07725 motor’s wide 130mm flange…

























































































































































































































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