3D Printer Stepping Motor 2.0A 0.5Nm 42-48mm 4 Leads NEMA 17

  • Part Number: 42HB48-2004XH
  • Lead Time: In Stock
  • Unit Price: US $11.50

  • *Ship from China

- +
The order will be shipped out in 24-72 hours if the items are in stock. Please feel free to contact us for more discounts if the order is over 999USD.

This 3D printing stepping motor NEMA 17 has a 1.8° step angle (200 steps/revolution). Each phase draws rated current 2.0A, allowing for a holding torque of 0.5Nm. The motor has four color-coded wires (bipolar design) terminated with JST XH 2.54mm connector and body length 60mm. The digital stepping drive M332C is recommended for controlling this motor. 

Electrical Specification

  • Manufacturer Part Number: 42HB48-2004XH
  • Step Angle: 1.8deg
  • Bi/Unipolar: Bipolar
  • Holding Torque: 0.5Nm
  • Rated Current/phase: 2.0A
  • Driving Voltage: 12-24V

Physical Specification

  • Frame Size: 42x42mm
  • Body Length: 48mm
  • Shaft Diameter: Φ5mm
  • Shaft Length: 24mm
  • D-cut Length: 22mm
  • Number of Leads: 4
  • Lead Length: 1000mm
  • Weight: 0.4kg

Connection

  • Black: A+, Green: A-, Red: B+, Blue: B-

Contact Us

Product Details
Model Number42HB48-2004XH
Product TypeHybrid Stepper
Lead Timein stock
Stepper Electrical Specification
Step Angle(deg.)1.8
Bipolar/UnipolarBipolar
Holding Torque(Nm)0.5
Rated Current(A)2.0
Driving Voltage(VDC)12-24
Insulation ClassB
Stepper Physical Specification
Protective GradeIP20
Frame Size(mm)42x42
Body Length(mm)48
Output Shaft TypeD-cut
Shaft Diameter(mm)5
Shaft Length(mm)24
No. of Leads4
Lead Length(mm)500
Weight(KG)0.4
  • All(0)
  • Good(0)
  • Fair(0)
  • Poor(0)
  • Image(0)

Related Products

If the price of the product is reduced within 30 days, we will notify you via email, SMS and mobile client~
Notify you when the item is below the price
Mobile phone number
Email address
If the goods arrive within 30 days, we will notify you via email, SMS and mobile client~
Mobile phone number
Email address
Checkin successfully
Get bonus points:
My Points
Signed in 0Day
Checkin Record
Time Points Detailed description