TSMNA42-040-24-100-LW6

TSMNA42-040-24-100-LW6

TSFNA25-150-21-050-LW4

TSFNA25-150-21-050-LW4

TSFNA25-150-17-023-LW4

Unit Price:
$46.00
Quantity Discount
  • Buy 10 for $41.68 each and save 9%
  • Buy 25 for $40.13 each and save 13%
  • Buy 50 for $39.40 each and save 14%
  • Buy 100 for $26.26 each and save 43%
  • Buy 250 for $21.24 each and save 54%
  • Buy 500 for $15.47 each and save 66%
  • Buy 1000 for $12.38 each and save 73%
  • Buy 2500 for $11.90 each and save 74%
Inventory:
2500
In stock
More Information
Bipolar RMS Current (A) 0.5
Bipolar RMS Voltage (V) 12
Travel Per Step (mm) 0.0016
# of Lead Wires 4
Weight (lbs) 0.19
Maximum Force (lbs) 7.65
Motor Length (in) 1.97
Screw Length (in) 1.97
Interested in large quantity discount?

Product Information

The TSFNA25 Series Non-Captive Linear Actuators are the perfect choice for cost effective linear motion. The stepper motor internally converts rotary motion to linear motion via a rotating nut and a leadscrew. This actuator eliminates the need for other rotary-to-linear conversions such as belt and pulleys, rack and pinions, or external ball screws. Motion designs can be simplified, production costs lowered and product life enhanced. The motors can be customized to fit your machine requirements. The motor comes in a standard 6-lead configuration and is available in a 4-lead configuration. The winding can be customized to perfectly match your voltage, current, and maximum operating speed. Special screw modifications, cables and connectors are also available upon request.

  • Permanent Magnet Stepper Motor Actuator
  • Precise Motrion at a Low Cost
  • 30 Newton of Force
  • 25 mm diameter
  • Screw Travels Through the Motor
  • Inexpensively Create Linear Travel
  • CE Certified and RoHS Compliant

TSFNA25-150-21 dimension

TSFNA25-150-17 dimension

TSFNA25-150-21 wiring

TSFNA25-150-17 wiring

Spec Sheet (PDF)

RoHS Compliant

Have questions? Contact us!
Inquiries are answered in the order they are received; typically within 48 hours (M-F). Response time is dependent upon the volume of inquiries and our business schedule.

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