400W Servo Motor Set 60AST-A1C01330 with T3D-L15A-RABN Servo Drive

Why Choose This Product?

• Superior Precision and Repeatability: The 17-bit absolute encoder detects the shaft position at 131,072 different points, providing micron-level precise motion control and improving production quality.
• High Dynamic Performance: With a rated speed of 3000 RPM and a maximum speed capacity of 6000 RPM, it offers fast response times, thus shortening production cycles and maximizing efficiency.
• Industrial Durability (IP65): Its dust-proof and water-jet resistant structure ensures reliable and uninterrupted operation even under harsh working conditions.
• Wide Control Modes: Supports position, speed, and torque control modes, offering flexible adaptation to various application scenarios and simplifying system integration.

Industrial Robotics and Automation Systems

This servo motor set is used as a critical component in high-precision robot arms, automated guided vehicles (AGVs), and assembly lines. Its fast and repeatable motion capability increases the efficiency of production processes and minimizes error rates.

CNC Machines and Precision Machining Systems

It is ideal for axis control in CNC routers, laser cutting machines, engraving machines, and precision machining centers. The accuracy provided by the 17-bit absolute encoder allows for high-quality machining of complex geometries and fine details, thereby enhancing the quality of the final product.

High Efficiency

With advanced control algorithms and low energy consumption, it reduces operating costs while increasing production capacity and efficiency through fast response times.

Long Service Life

Durable industrial materials, IP65 protection class, and integrated safety mechanisms ensure years of trouble-free operation even under harsh conditions, reducing maintenance requirements.

Easy Integration

Standard flange sizes and wide drive compatibility allow for easy integration into your existing automation systems, optimizing installation time and cost.

Compatible Products

Servo Motor Gearboxes

Gearboxes providing high torque and precision for the 400W Servo Motor Set:
60PLF5 Planetary Gearbox 1/5 Ratio

Directly compatible with your 400W servo motor, this 60mm flange gearbox provides a 1:5 ratio torque increase and speed reduction. Ideal for general industrial applications, it efficiently transmits motor power.
Gearboxes providing high torque and precision for the 400W Servo Motor Set:
60PLF10 Planetary Gearbox 1/10 Ratio

Offers a 1:10 ratio torque increase for applications requiring higher torque or more precision at lower speeds. Compatible with your 60mm flange servo motor, it provides the capacity to move heavier loads.
Gearboxes providing high torque and precision for the 400W Servo Motor Set:
60 Frame Backlash-Free 1/5 Planetary Gearboxes

With its high-precision and backlash-free (low backlash) structure, it provides superior performance, especially in applications requiring critical positioning, such as CNC machines. The 1:5 ratio offers a good balance between speed and torque.

CNC Control Units and Mach3 Boards

Control solutions for managing your CNC system and controlling the motion of your 400W Servo Motor Set in various axis counts and connection types:
3 Axis AKZ 250-USB3-NPN Mach3 Control Board

Easy setup with USB connection, 3-axis control, and full compatibility with Mach3 software. It is a cost-effective and reliable solution for small to medium-sized CNC projects.
Control solutions for managing your CNC system and controlling the motion of your 400W Servo Motor Set in various axis counts and connection types:
3 Axis USB Mach3 Control Board 2000 KHz

Provides faster and more precise motion control with high frequency (2000 KHz) support. It is ideal for 3-axis applications requiring high-speed machining, offering smoother movements.
Control solutions for managing your CNC system and controlling the motion of your 400W Servo Motor Set in various axis counts and connection types:
4 Axis CNC USB Mach3 Control Board 100 KHz

A basic control board with USB connection for 4-axis systems, compatible with Mach3. It is an economical and reliable solution for applications needing a rotary axis or an additional linear axis.
Control solutions for managing your CNC system and controlling the motion of your 400W Servo Motor Set in various axis counts and connection types:
4 Axis USB Mach3 CNC Board 2000 KHz

Offers 2000 KHz frequency support for high-speed and precise motion control in 4-axis systems. It is preferred for complex and dynamic 4-axis CNC applications, providing high performance.
Control solutions for managing your CNC system and controlling the motion of your 400W Servo Motor Set in various axis counts and connection types:
5 Axis CNC USB Control Board Mach3 Board Green

A versatile control board with USB connection for 5-axis Mach3-based systems. It offers flexibility and extensive control capabilities for applications requiring the machining of complex geometries.
Control solutions for managing your CNC system and controlling the motion of your 400W Servo Motor Set in various axis counts and connection types:
5 Axis Mach3 Control Board LPT

A 5-axis Mach3 control board that operates via a parallel port (LPT) connection. It is a suitable alternative for older computers or users who prefer an LPT port, offering a stable connection.
Control solutions for managing your CNC system and controlling the motion of your 400W Servo Motor Set in various axis counts and connection types:
4 Axis Control Unit M002-16A-16B (Professional Handwheel)

A professional 4-axis control unit featuring an integrated handwheel for easy manual control. It stands out with its user-friendly interface and advanced features, providing precise positioning.
Control solutions for managing your CNC system and controlling the motion of your 400W Servo Motor Set in various axis counts and connection types:
5 Axis CNC Control Unit SMC5-5-N-N

A standalone 5-axis control unit. Its ability to operate independently of a computer ensures more stable and reliable CNC operation, making it ideal for complex tasks.
Control solutions for managing your CNC system and controlling the motion of your 400W Servo Motor Set in various axis counts and connection types:
Adt-Cnc4640 4 Axis Milling Control Unit + Handwheel + Keyboard

A comprehensive set offering a complete control experience with an integrated handwheel and keyboard. Specifically designed for milling applications, it enhances operator efficiency.
Control solutions for managing your CNC system and controlling the motion of your 400W Servo Motor Set in various axis counts and connection types:
Ddcs V4.1 CNC Control Unit 3 Axis + Handwheel

A compact and user-friendly control unit for 3-axis systems. The integrated handwheel allows for precise manual movements, offering a practical solution for small workshops.
Control solutions for managing your CNC system and controlling the motion of your 400W Servo Motor Set in various axis counts and connection types:
Ddcs V4.1 CNC Control Unit 4 Axis + Handwheel

An advanced version of the Ddcs V4.1 series for 4-axis systems. It offers greater axis control and flexibility with a handwheel, providing complex 3D machining capabilities.
Control solutions for managing your CNC system and controlling the motion of your 400W Servo Motor Set in various axis counts and connection types:
TC55H 4-axis USB CNC Control Panel

A standalone 4-axis control panel operating via USB connection. Its compact design and easy integration make it ideal for small and medium-sized CNC machines, saving space.

Our 400W AC servo motor with code 60AST-A1C01330 has a rated voltage of 220V AC. It is typically powered by a single-phase mains supply, but this may vary depending on the drive model and the electrical infrastructure it is connected to. We recommend consulting the drive manual for detailed connection diagrams.

Operating the motor above its nominal load (above 1.27 N·m rated torque), prolonged high-torque applications, insufficient cooling, or incorrect drive settings can cause overheating. This motor has overload protection, but continuous high temperatures will shorten its lifespan. Checking your load, duty cycle, and ambient temperature would be beneficial.

The 17-bit absolute encoder in the motor retains the shaft’s current position even when the motor loses power and is re-energized. Incremental encoders, on the other hand, lose their reference position with every power interruption and require re-referencing. With an absolute encoder, your system knows the correct position every time it powers up, eliminating the need for referencing, which is a significant advantage for precision applications like industrial robots and engraving machines.

Our 60AST-A1C01330 model motor has a rated torque of 1.27 N·m. Peak torques for short durations can reach higher values (typically up to 3 times the rated torque), depending on the drive’s capacity and the load. However, for continuous operation, using 1.27 N·m as the basis is critical for the motor’s lifespan and performance.

Although the motor’s rated speed is 3000 RPM, its maximum speed can reach up to 6000 RPM. You can use this speed according to your drive settings and application requirements, but keep in mind that torque may slightly decrease at higher speeds, and the motor may generate more heat.

The IP65 protection class indicates that the motor is completely dust-tight and protected against low-pressure water jets from all directions. This allows it to be safely used in industrial environments that may be exposed to light moisture, dust, or liquid splashes. However, it is not suitable for submersion in water or high-pressure water jets.

This industrial AC servo motor is typically connected to CNC or PLC control cards via Pulse/Direction signals. The drive interprets these signals from the control card to move the motor. Depending on the drive model, it can also be controlled via analog signals or industrial communication protocols (Modbus, EtherCAT, Profinet, etc.). For detailed connection and programming, it is best to refer to your drive’s user manual.

For the motor’s power cable, you should choose a high-quality, shielded industrial cable with a cross-section suitable for 400W power. Shielding prevents electromagnetic interference (EMI). The encoder cable should also be twisted pair and shielded for data transmission quality, with low capacitance values. Standard or low-quality cables can disrupt signal integrity, leading to performance issues and errors.

The 60AST-A1C01330 motor set supports various operating modes such as position control, speed control, and torque control, offering high precision and reliability. This flexibility allows it to be used in a wide range of applications, including industrial robots, engraving machines, CNC machines, and automation equipment.

At Mermak CNC, we provide a standard 2-year warranty for our 400W Servo Motor Set product. The warranty period and conditions are detailed in the documents accompanying the product. In case of a malfunction, you can receive support and repair services from our technical service. Our expert team is ready to resolve the issue quickly and effectively.

At Mermak CNC, we strive to provide spare parts for the products we sell for many years. Spare parts support is available for main components such as the motor, drive, or encoder. If needed, you can contact our technical service for information on stock availability and delivery times.

Directly controlling this industrial AC servo motor with microcontrollers like Arduino is generally not possible. The motor requires a dedicated servo drive to operate. However, you can indirectly control the motor by programming an Arduino-like board to send Pulse/Direction signals or other appropriate communication protocols (if supported by the drive) to the drive. In this scenario, the Arduino acts solely as a controller sending commands to the drive.

Our 60AST-A1C01330 model motor has a flange size of 60 mm x 60 mm. The shaft diameter is 14 mm and comes with a 5 mm keyway. You can use these dimensions as a reference to check compatibility with your existing mechanical system and ensure correct mounting. If you encounter any compatibility issues, you can get support from our technical team.