Product Description:

The MLP100C-0190-FT-N0CN-NNNN is a primary section in the MLP Synchronous Linear Motors series manufactured by Bosch Rexroth Indramat. As a synchronous linear motor, it provides direct electromagnetic thrust along a secondary track for automation axes such as gantry stages, transfer lines, and high-speed pick-and-place modules. By converting stator current straight into linear force, it removes the need for rotary transmissions like screws or belts.

During continuous duty the motor delivers 2310 N of thrust while drawing a rated current of 24.2 A. That steady output follows a force constant of 95.70 N/A, so nearly 96 newtons arise per ampere. A magnetic pole width of 37.5 mm supports synchronous commutation and permits a nominal carriage speed of 290 m/min before back-EMF reaches its limit. Liquid cooling removes 1600 W of copper and iron losses; at least 2.3 l/min of coolant must pass through the front-fed channels formed by the thermo-encapsulation method. Electrical power is supplied through wires routed at the front, and no encoder is installed, so position feedback must come from an external scale.

Short overloads raise thrust to 7150 N provided phase current stays under 147.1 A. Thermal rise is governed by a time constant of 2.4 min, defining how quickly winding temperature tracks load. An attractive force of 10400 N draws the primary toward the track, so linear guides must withstand that preload. At maximum thrust the slider still achieves 190 m/min, limited by a 55.2 Vs/m voltage constant. The cooling loop sees only 0.8 bar pressure loss at minimum flow, maintaining efficient heat rejection. Electrical dynamics are shaped by 8.5 mH inductivity and 1.5 Ω resistance defined by winding code 0190, and overall length corresponds to size 100 within the product group.