Product Description:

The MLP200A-0090-FT-N0CN-NNNN is a primary section produced by Bosch Rexroth Indramat for the MLP Synchronous Linear Motors series. This component generates direct linear thrust for high-speed axes in automated assembly, packaging, and handling equipment, eliminating ball screws or gear racks. It interfaces with standard Rexroth magnetic tracks and occupies minimal build height, making it suitable for compact gantry designs. Because force is produced without rotary transmission parts, the axis can respond quickly to command changes and can be integrated into layouts that require clean, repeatable linear motion.

Its enclosure carries an IP65 ingress rating, so dust-tight sealing and protection against water jets allow mounting inside open machine frames. At 28.600 kg, the mass helps stabilize the moving assembly during acceleration and direction changes. The winding set can accept up to 69.6 A of peak phase current, enabling a maximum thrust of 7450 N for rapid starts or heavy payload movement. Under that peak load, the primary can still move up to 90 m/min, matching fast transfer and palletizing cycles. Thermal encapsulation around the coil stack improves heat transfer to the cooling jacket and supports stable operation during repeated motion. The sealed housing also supports use in machine areas where coolant spray or airborne debris may be present.

The integrated water cooling channel maintains winding temperature while the motor delivers its continuous force of 2415 N. At that nominal load, it can reach 170 m/min, supporting long strokes and fast travel on shuttle or pick-and-place axes. Continuous operation draws a rated current of 12.9 A, which helps size the inverter and connected power cables. The module has a rectangular footprint with a width of 385 mm, a depth of 268 mm, and a height of 73.9 mm, which supports flush mounting beneath the machine carriage. Cooling hoses and adjacent sensor wiring can be routed along the carriage without requiring extra height above the motor body. This layout helps preserve usable workspace around the axis and keeps the moving structure compact.