Product Description:

The MLP200D-0100-FT-N0CN-NNNN is a primary section from the MLP Synchronous Linear Motors series manufactured by Bosch Rexroth Indramat. This liquid-cooled forcer converts drive current directly into linear thrust for gantries, pick-and-place stages, and high-speed machining axes. A size 200 magnetic core, a thermo-encapsulation method that seals the coils, and wiring conducted through the front face all support compact mounting and reliable operation in tightly packed automation cells.

The motor sustains a continuous thrust of 5560 N, a level that matches its 4969 W power-loss limit when 44.8 A of rated current is supplied. To remove that heat, the cooling circuit must deliver 8.0 L/min of fluid and may be pressurized up to 10.0 bar. A force constant of 124.30 N/A links servo current to generated force, aiding precise loop tuning, while a peak phase load of 204.4 A is available for rapid acceleration. Back EMF rises with speed at 71.7 Vs/m; together with a 4.5 mH winding inductance and 0.88 Ω resistance, it affects drive-side voltage requirements and current rise during fast moves.

The magnetic attraction between primary and secondary elements reaches 25400 N, so linear guides must accommodate that preload. During short bursts, the motor produces a maximum thrust of 17750 N, propelling payloads to a nominal velocity of 180 m/min; when the maximum continuous force is commanded, top speed is limited to 100 m/min. A forcer mass of 61.3 kg stores thermal energy, and the winding system reaches thermal equilibrium in only 2.4 min, allowing brief overloads without excessive temperature rise. With no encoder installed, external position feedback must be provided, and the dedicated coolant circuit together with the front-facing cable outlet keeps the module electrically quiet in high-duty industrial environments.