100mm Effective Stroke Length Double Linear Rail Guide with Square Linear Rails Ballscrew SFU1605 with Nema 23 Stepper Motor for CNC Router Parts X Y Z Linear Stage Actuator (Size:100mm)
The Double Linear Guide Material: made of high quality metal, surface oxidation treatment, high hardness and excellent performance.
Effective Travel: 100mm Effective Travel, Total length: 276mm, Ballscrew Type: SFU1605 ( diameter: 16mm, pitch of screw: 5mm ) Lead: 5mm (the lead screw can move 5mm in one turn), 4pcs M5 threaded hole on the moving block to fix the workpiece.
High Precision: Linear Guide Repeat positioning accuracy of ±0.03mm, linear slide rail with high precision smooth movement.
Load: Horizontal maximum load capacity: 40kg; Vertical maximum load capacity: 15kg; Speed: 0-50mm/s
Widely used for CNC Router Parts, inspection equipment, optical laboratory precision measurement, fine-tuning displacement, production machinery, mechanical equipment positioning and movement.
Description
Tips: Make sure you have the drive and controller, no drive and controller stepper motor will not work
Linear Stage Actuator Parameter:
Effective Travel Length: 100mm
Total length: 276mm
Type: double linear system moulde
Ballscrew Type: SFU1605; Diameter:16mm, Pitch of Screw: 5mm
Level ballscrew: C7
Weight: about 2280g
Stepper Motor Parameter:
Step angle: 1.8 degree
Motor voltage: DC 24V
Current: 3A
Motor flange size: 57mm
Motor length: 56mm
Holding torque: 1.2N.cm
Resistance: 0.8 ohm
Inductance: 2.4 mH
Rotor Inertia: 440g.cm
Lead wire: 4pcs
Wiring:
Red: A+
Green: A-
Yellow: B+
Blue: B-
Widely used for CNC Router Parts, inspection equipment, optical laboratory precision measurement, fine-tuning displacement, production machinery, mechanical equipment positioning and movement.
Package Included:
1Kit Double Linear Stage Actuator with NEMA23 Stepper Motor
Please Note:
Any question or problem, do not hesitate to contact us, we will reply you within 24 hours
As Manual measurement, please allow slight errors on size
The color may exist slight difference due to different screen displays