NEMA17 PR42HS8401S Stepper Motor-D Type Shaft

  • Step Angle: 1.8 °
  • 2.5 A/Phase Current
  • Holding Torque: 4.8 kg-cm
  • Lead Wires: 4
  • Shaft Type: D-type

Note:

  • Within India, 3 – 4 days lead time with 100% advance
  • For imports, 15 days lead time with 50% advance

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IBOTS1000

692.00

Available on backorder

Available on backorder

  • Pick up from the IBOTS Store

Free

  • Delivery Charges: Tamil Nadu

₹75 for parcels below 1 Kg and ₹100 for parcels weighing between 1 Kg to 2 Kg.

2-3 Days

₹75

  • Delivery Charges: Other South India

₹125 for parcels below 1 Kg and ₹175 for parcels weighing between 1 Kg to 2 Kg.

2-3 Days

₹125

  • Delivery Charges: North India

₹250 for parcels below 1 Kg and ₹325 for parcels weighing between 1 Kg to 2 Kg.

2-3 Days

₹250

  • Courier delivery

Our courier will deliver to the specified address

2-3 Days

Rs. 99

  • Warranty 1 year
  • Free Returns Policy

Payment Methods:

1. Order the Product and Specify the Delivery Method

2. You Will Receive an Order Confirmation Message

3. Wait for Your Order to Arrive

4. Pick up Your Order at The Checkout Area

Description

The NEMA17 PR42HS8401S Stepper Motor seems like an excellent choice for applications demanding precise motion control within a compact form factor. With a torque of 4.8 kg-cm, it offers substantial power for its size, making it suitable for tasks such as those found in 3D printers and CNC machines.

The inclusion of a D-Type shaft is a notable feature, enhancing compatibility and ensuring seamless integration into various projects. This design choice allows for more precise control and reliable performance, which is crucial for applications requiring accuracy and efficiency.

Furthermore, being in line with the NEMA17 standard dimensions, this stepper motor offers ease of integration into existing setups or designs, which can save time and effort during implementation.

Features:

  • The motor’s rotation angle is determined by the input pulse.
  • High precision, ranging from 3 to 5% per step.
  • Offers effective reversing, stopping, and starting.
  • This motor’s control is less expensive because complicated control circuitry is not used.
  • The frequency of the input pulses determines how fast something moves.

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