AL2403-0001-0001 Beckhoff
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The AL2403-0001-0001 is a linear servo motor from Beckhoff's AL Linear Motors series, featuring speed winding and a width of 50 mm. It delivers a continuous force of 60 N with a continuous current of 1.54 A and achieves a peak force of 120 N. This motor uses M23 and D-Sub connectors, operates without water cooling, and generates a magnetic attraction of 300 N.
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Product Description:
The AL2403-0001-0001 is a linear mover from Beckhoff that belongs to the AL Linear Motors series. It is a primary section intended for direct-drive positioning tasks in which a magnetic track supplies the reaction force. By generating thrust without mechanical transmissions, the unit serves as an actuator for pick-and-place axes, gantry stages, and packaging machinery that require high precision and repeatable force control. Its direct-drive design eliminates components such as belts, gearboxes, and ball screws from the power-transmission path, reducing backlash and mechanical wear during repetitive motion.
This mover delivers a continuous thrust of 60 N while drawing 1.54 A. Its three coils use a speed winding pattern that helps limit copper loss during operation. The phase resistance is 10.8 Ω, while the phase-to-phase inductance is 70 mH; these electrical values affect current ripple and drive selection. A voltage constant of 22.63 V/m/s relates back electromotive force to velocity, while a motor constant of 95 N²/W indicates thermal efficiency. At the continuous operating point, heat dissipation reaches 49 W and passes through a housing with a thermal resistance of 1.5 °C/W. The mover has no integrated water jacket, so it relies on air convection for cooling. Its power constant is 39 N/A, and its 50 mm segment width accommodates narrow guide-rail arrangements. Electrical terminations are prefitted with M23 and D-Sub connectors to simplify wiring, while the companion secondary track has a pole pitch of 24 mm.
During transient motion profiles, the mover can produce a peak thrust of 120 N when the drive supplies up to 4.10 A. Magnetic attraction toward the iron core reaches 300 N, so the mechanical arrangement must provide suitable clearances and support the resulting preload forces. The eight-pole layout works with the three in-line coils to produce smooth commutation and distribute magnetic flux across the active section. A thermal time constant of 75 s allows the mover to tolerate short overload periods while limiting the rate of winding temperature rise. The primary section must be paired with the appropriate magnetic track and servo drive to establish controlled linear movement. Proper alignment between the mover and secondary track helps maintain a consistent air gap throughout the available travel range.
