TSFNA35 - Permanent Magnet (PM) Non-Captive Linear Actuators
  • Competitively-Priced, High-Resolution Digital Captive Linear Actuators
  • Linear Force up to 12.4 LBS (28.9N)
  • Linear Step Resolution of .001", .002" and .003"
  • Unipolar and Bipolar Coil Constructions
  • Fast, Powerful and Precise Positioning
  • Precision Radial Ball Bearing Design
  • Industry Standard Frame Size
  • Customized Designs Available
  • CE Certified and RoHS Compliant
Permanent Magnet (PM) Non-Captive Linear Actuators - TSFNA35

The TSFNA35 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. We can also customize the winding to perfectly match your voltage, current, and maximum operating speed. Special screw modifications, cables and connectors are also available upon request.

Item Bipolar
RMS
Current
(A)
Bipolar
RMS
Voltage
(V)
Travel
Per
Step
(in)
# of
Lead
Wires
Weight
(lbs)
Maximum
Force
(lbs)
Motor
Length
(in)
Screw
Length
(in)
Price
(USD)
$AVE
Quantity
Discounts
Stock
Status
Add To
Cart
TSFNA35-150-18-046-LW4 0.46 5 0.001 4 0.19 12.36 4.75 4.46 $69.00 view here
Quantity Discounts
1pc. $69.00
10pc. $63.50
25pc. $61.15
50pc. $60.04
100pc. $45.03
Contact Us for Quantities over 100
10 in Stock Add to Cart

  • Dimensions
  • Wiring Diagram
  • Specifications
Stepper Motors - TSFNA 35 Dimension
Stepper Motors - TSFNA 35 wiring
Stepper Motors - TSFNA 35 specifications
Dimensions
Stepper Motors - TSFNA 35 Dimension
Wiring Diagram
Stepper Motors - TSFNA 35 wiring
Specifications
Stepper Motors - TSFNA 35 specifications