Torque Stepper Motor

Name: Torque Stepper Motor
Brand: RBA OPTISYNC PRIVATE LIMITED
Price: 5927 INR
Availability: InStock

Price 5927 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Torque Stepper Motor Specification

Voltage
24 VDC

Motor Type
Hybrid

Torque
85 kg-cm

Phase
2

Application
CNC Automation

Body Material
Aluminum Alloy

Winding Type
Bifilar

Shaft Type
Single Shaft

Rotor Inertia
High

Step Angle
1.8 Degree

Insulation Class
Class B

Surface Finish
Anodized

Encoder
Optional

Frame Size
NEMA 34

Lead Wire
4 wire

Torque Stepper Motor Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About Torque Stepper Motor

Shop Now and Capitalise on the exceptional performance of our Torque Stepper Motor, meticulously engineered for CNC Automation. With its Top-tier aluminum alloy body, Grand torque of 85 kg-cm, and precision 1.8-degree step angle, this model boasts high rotor inertia and bifilar winding for reliable control. Access astounding efficiency and lasting durability with a single shaft design, Class B insulation, and anodized surface finish. Sourced as an importer, manufacturer, service provider, supplier, and trader in India, it's the hybrid motor for seamless automation.

Outstanding Features and Versatile Applications

This Torque Stepper Motor features an optional encoder, 4-lead wire configuration, and robust NEMA 34 frame size. Its bifilar winding and high rotor inertia make it ideal for intricate CNC automation tasks requiring remarkable precision. The anodized surface delivers long-lasting protection, while its hybrid design ensures adaptability across various industries. This stepper motor is straightforward to install, making integration into existing automation setups efficient and reliable for machinery requiring consistent motion control.

Prompt Delivery, Transparent Quotation, and Flexible Payment Terms

We pride ourselves on swift delivery times, minimizing downtime for your projects. Sample units are available at a nominal charge, ensuring our product meets your requirements. Upon request, we promptly provide a detailed quotation or proposal amount for your evaluation. Our payment terms are designed to be flexible and supportive, making business transactions seamless. Choose our Torque Stepper Motor for a hassle-free procurement process and reliable support at every stage of your purchase.

FAQ's of Torque Stepper Motor:

Q: How is the Torque Stepper Motor installed in CNC automation systems?

A: The Torque Stepper Motor can be easily integrated into CNC automation setups due to its standard NEMA 34 frame size and 4-lead wire configuration. Simply connect it according to your system's wiring schematic and ensure the power supply matches the 24 VDC specification.

Q: What specific benefits does the bifilar winding provide?

A: Bifilar winding enhances the motor's efficiency and ensures superior step precision. This construction improves heat dissipation and allows for smoother motion control, which is crucial for detailed and repetitive automation tasks.

Q: When can customers expect delivery after placing an order?

A: Delivery times are generally prompt, depending on stock availability and customer location. Detailed timelines are communicated with each quotation, so you will know exactly when to expect your shipment.

Q: Where is this motor best utilized within industrial applications?

A: This stepper motor is optimized for CNC automation but can also be used in robotics, 3D printing, textile machinery, and other industries requiring precise, high-torque motion control.

Q: What is the process for requesting a sample unit of the Torque Stepper Motor?

A: To request a sample, contact our sales team and mention your requirements. Samples are offered at a nominal charge, allowing you to evaluate the motor's performance before bulk ordering.

Q: How does the optional encoder enhance the motor's usage?

A: The optional encoder provides real-time feedback on position and rotation, further improving accuracy and reliability, particularly in advanced automation tasks where precise control is paramount.

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