Paypal
2D code

Browse StepperOnline on Mobile

Nema 23 CNC Stepper Motor 0.88A 0.6Nm(85oz.in) 23HS16-0884S

Press Esc key to close this popup
  • Nema 23 CNC Stepper Motor 0.88A 0.6Nm(85oz.in) 23HS16-0884S
  • Nema 23 CNC Stepper Motor 0.88A 0.6Nm(85oz.in) 23HS16-0884S

Nema 23 CNC Stepper Motor 0.88A 0.6Nm(85oz.in) 23HS16-0884S

Products item: #0105
Price:  US$ 14.07 US$ 11.26
  • 126 IN STOCK
  • Add to Cart:
       

    Price Break:
    Quantity
    Unit Price
    Save
    5-9
    US$ 10.98
    2 %
    10-49
    US$ 10.70
    5 %
    50-99
    US$ 10.41
    8 %
    100+
    US$ 10.13
    10 %
           

    Description

    This bipolar Nema 23 stepper motor with 1.8°step angle (200 steps/revolution). Each phase draws 880mA, allowing for a holding torque of 0.6Nm(85oz.in).


    Electrical Specification


    Manufacturer Part Number 23HS16-0884S
    Motor Type Bipolar Stepper
    Step Angle 1.8°
    Holding Torque 0.6Nm(85oz.in)
    Rated Current/phase 0.88A
    Phase Resistance 7.5ohms
    Recommended Voltage 24-48V
    Inductance 21.7mH±20%(1KHz)

    Physical Specification


    Frame Size 57 x 57mm
    Body Length 42mm
    Shaft Diameter Φ6.35mm
    Shaft Length 20.6mm
    D-cut Length 15mm
    Number of Leads 4
    Lead Length 500mm
    Weight 500g

    Connection


    Wire Color
    Black
    Green
    Red
    Blue
    Board Connector
    A
    C
    B
    D

    Resources



    warning Make sure the motor connect to a constant current or chopper drive controller before you test motor. Connecting the motor directly to a power supply will destroy the motor.

    Related Products


    • Stepper Motor Driver
      For each stepper motor, it should work with a stepper motor driver, below is a matched stepper motor driver:
      • ST-6600: Economical stepper driver, Output current 0.50 - 4.0A, Input voltage 12V - 45VDC, Max. step resolution 1/16.
      • ST-7128: Economical stepper driver, Output current 0.60 - 3.0A, Input voltage 10V - 32VDC, Max. step resolution 1/128.
      • DM422C: Digital stepper driver, Output current 0.2 - 2.2A, Input voltage 20-40VDC, Max. step resolutions 1/32, ideal solution for applications that require low-speed smoothness.
    • Stepper Motor Power Supply
      Recommended Driving Voltage is 12 - 48VDC.
    • Motor Mounting Bracket
      This motor mounting bracket can match any standard Nema 23 stepper motor and planetary geared stepper motor.
      Nema 23 Motor Mounting Bracket

    Custom Options


    • Connectors: Molex, Harwin, Tyco/AMP, JST etc.
    • Lead wires & cables: Special lengths, Protective hose
    • Shaft: Round, D-Cut, Cross drilled, Key-Way, Thread or Hollow


    Why StepperOnline?
    Over 10,000 Products In Stock
    Our veteran engineers selected hundreds of typical models from our sales records, and we stocked in our warehouse. More than 10,000 products are ready to ship and we promise delivery your goods in 24 Hours!
    Low Prices Direct From Factory Suppliers
    As a China-based distributor, StepperOnline has developed long lasting ties with more than 50 factories. We purchasing products with huge quantity to lower the cost as possible. Even our prices are lower than the price you get from manufacturer directly.
    Fast Delivery Around The Globe
    Partnering with internationally trusted logistic service providers such as FedEx, UPS, DHL and TNT, StepperOnline ships to over 200 countries around the world. A variety of expedited shipping methods means there is a convenient delivery option for every budget.
    High Quality With Global Standards
    Cooperate with Top 3 famous manufacturers to make sure the products are produced with high quality, and in-house QC dep., ensuring each and every item purchased meets global quality standards.
    Customer Service & Technical Support
    You will get in touch with StepperOnline through Telephone, Email and also online Live Chat, our engineer are ready to serve you!
    Flexible Customization
    Small quantity, and customized products are available, we will delivery your samples within incredible short time.