Autonics A1K-S543 5-Phase Stepping Motor

4640 INR/Piece

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Autonics A1K-S543 5-Phase Stepping Motor Price & Specifications

Weight 660 g (approximate)

Voltage DC 24 V

Usage Industrial Automation, Precision Positioning, Robotics, CNC Machines, Printers

Product Type 5-Phase Stepping Motor

Power Source DC Powered

Power 18 W

Material High-Grade Aluminum and Steel

Dimension (L*W*H) 56.4 mm A 56.4 mm A 56 mm (approximate)

Design Square Flange, 5-Phase Bipolar Stepping Motor

Accuracy A 5% (step angle accuracy at no load)

About Autonics A1K-S543 5-Phase Stepping Motor Detail

Autonics A1K-S543 5-Phase Stepping Motor Dealer, Supplier

We are authorised distributor and dealer, supplier of Autonics A1K-S543 5-Phase Stepping Motorin India, Mumbai, Delhi, Ahmedabad, Chennai, Kolkata, Pune, Nashik, Aurangabad, Nagpur Vapi, Silvassa, Surat, Vadodara, Rajkot, Gandhidham, Morbi, Indore, Bhopal, Faridabad, Ghaziabad, Noida, Gurgaon, Coimbatore, Bangalore, Hyderabad, Kanpur, Goa, Vishakhapatnam, Cochin, Ernakulum, Ludhiana, Chandigarh, Baddi, Dehradun, China, Korea, Taiwan, Singapore, UAE, Dubai, Malaysia, Srilanka, Bangladesh, South Africa.

Precision and Reliability

Experience superior positioning accuracy with the A1K-S543 stepping motor, featuring a precise 0.72 step angle and 5% step angle accuracy at no load. This motor is engineered for critical industrial tasks, offering consistent performance and dependable motion control even in demanding environments.

Versatile Applications

The Autonics A1K-S543 motor is perfect for integration in industrial automation, CNC machines, robotics, and high-performance printers. Its 5-phase bipolar design allows for smooth operation and minimized vibration, enhancing productivity and efficiency across a diverse array of automated systems.

Durable Industrial Design

Built with high-grade aluminum and steel, the A1K-S543 combines robust durability with practical features like flange mounting (NEMA 23) and an 8 mm shaft diameter. Its insulation class B and strong insulation resistance ensure long-lasting service in tough industrial conditions.

FAQs of Autonics A1K-S543 5-Phase Stepping Motor:

Q: How is the Autonics A1K-S543 stepping motor installed in industrial equipment?

A: The A1K-S543 stepping motor is typically installed using its square flange mounting, compatible with NEMA 23 standards. The mounting process involves securing the motor to the designated equipment surface and connecting the five lead wires to the control system as per electrical specifications.

Q: What are the advantages of using a 5-phase stepping motor for CNC and robotics applications?

A: This 5-phase bipolar stepping motor offers enhanced smoothness and accuracy in movement, thanks to its 0.72 step angle and 5% step accuracy. It reduces vibration and improves positioning precision, making it highly beneficial for CNC machines and robotics.

Q: When should I consider the A1K-S543 for my automation project?

A: Choose the A1K-S543 for projects requiring high precision, reliable holding torque (0.85 Nm), and operation in environments with temperatures ranging from -10C to +50C. It is ideal for tasks demanding stable, repetitive positioning and low vibration.

Q: Where can I use this stepper motor beyond industrial automation?

A: Besides industrial automation, the A1K-S543 is commonly used in robotics, precision printers, and CNC machines. Its reliability also makes it suitable for laboratory automation and instrumentation applications, wherever exact positioning is paramount.

Q: What process should be followed to ensure optimal performance of the A1K-S543?

A: To achieve optimal performance, ensure proper flange mounting, connect the five lead wires correctly, and provide stable DC 24 V power. Always operate within the specified ambient temperature range and permissible load limits for radial and axial directions.

Q: How does the square flange design benefit industrial users?

A: The square flange design aligns with NEMA 23 standards, simplifying installation and ensuring stable mounting. This structural feature enhances durability during high-torque operations and maintains secure positioning in vibrating or mobile environments.