AL2403-0001-0000 Beckhoff
Wake Industrial LLC is not an authorized distributor of this product.
The Beckhoff AL2403-0001-0000 is part of the AL Linear Motors series and features speed winding with three coils. It provides a continuous force of 60 Newtons, a peak force of 120 Newtons, and supports a maximum velocity of 12 meters per second. The motor weighs 0.6 kilograms and operates without water cooling or connectors.
Internal Product Review
The AL2403-0001-0000 is a Beckhoff linear servo motor with speed winding and a three-coil configuration. Continuous output is well balanced at 60 N force and 1.54 A current, supporting efficient motion control in precision linear axes. Peak force reaches 120 N, a strong specification for demanding servo applications.
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Product Description:
The AL2403-0001-0000 coil is produced by Beckhoff for the AL Linear Motors series within the company’s linear servo motor product range. It is a moving primary part that generates thrust directly along a magnetic secondary track, eliminating mechanical transmissions in pick-and-place axes and high-speed gantries. The coil body is 50 mm wide and weighs 0.6 kg, so it can be mounted on lightweight carriages. Electrical power is supplied through flying leads because the unit has no connectors. The copper winding uses a speed-winding layout optimized for fast travel profiles. Cooling water is not required because the design operates without water cooling, which simplifies installation where liquid lines would restrict carriage movement.
At nominal load, the coil delivers a continuous thrust of 60 N while drawing only 1.54 A; this pairing represents its steady-state operating point for positioning tasks. Three symmetrically arranged windings interact with the 24 mm pole pitch of the secondary magnets, and the voltage constant of 22.63 V/m/s allows the drive amplifier to estimate back electromotive force during servo regulation. Short bursts can raise force output to 120 N with a peak current of 4.10 A, providing additional thrust for acceleration zones. The motor constant of 95 N²/W relates electrical losses to mechanical force, while the power constant of 39 N/A indicates the incremental thrust produced per ampere. These electrical characteristics allow the drive to regulate the mover across continuous operation and brief periods of higher force demand.
During sustained motion, the coil dissipates 49 W of heat, and its thermal resistance of 1.5 °C/W indicates the temperature rise relative to the surrounding environment. The embedded thermal model in compatible Beckhoff drives applies a thermal time constant of 75 s to estimate winding temperature and help prevent overload. Within the applicable stroke and drive-voltage limits, the mover can reach a linear speed of 12 m/s. A magnetic attraction force of 300 N acts between the primary coil and the secondary track during operation. Machine guidance must maintain the required air gap and support the resulting force throughout the axis travel.
