Product Description:

The MLP100K-0040-FS-N0CN-NNNN primary section belongs to the MLP Synchronous Linear Motors series. It converts electrical input directly into linear thrust, eliminating gearboxes or ball screws in high-speed pick-and-place modules, palletizers, and machining center axes. When paired with a matching secondary track and a suitable drive, it delivers repeatable force along the travel path and supports compact machine layouts that require quick reversals with low mechanical wear. Because thrust is generated directly in the moving primary section, backlash from rotary-to-linear transmissions is avoided and response remains consistent during rapid indexing.

To manage thermal load, the motor core uses liquid cooling, allowing coolant to circulate near the copper conductors and keep winding temperature within its continuous rating. This cooling method supports sustained duty where heat density would limit a passively cooled design. Power conductors leave through wires conducted through the front, which simplifies routing into an energy chain and helps avoid sharp bends at the cable exit during axis movement. The active stack is protected by a standard encapsulation method that helps guard against moisture and dust. There is no encoder installed, so position control must come from an external linear scale or from sensorless drive functions.

The dimensional class is listed as motor size, which groups the primary section with compatible mounting geometry used on matching rails. Within that class, the numeric marker 100 indicates the active width and suits medium-force applications on standard secondary rails. Electrical behavior is identified by winding code 0040, which indicates the phase resistance, inductance, and nominal current range expected by the matching drive controller. This coding helps the controller apply suitable current settings and thermal models during operation. Bosch Rexroth Indramat uses standardized pinouts on the front connector and uniform hydraulic fittings for the coolant loop, helping maintain consistent electrical and cooling connections across multi-segment linear axes.