MLP102B-0060-FT-N0CD-NQNN Bosch Rexroth Indramat
MPN: R911341501
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The Bosch Rexroth Indramat MLP102B-0060-FT-N0CD-NQNN is part of the MLP Synchronous Linear Motors series. It uses liquid cooling and thermo-encapsulation construction. This motor comes in size 102, with no encoder installed and a B length configuration.
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Product Description:
The MLP102B-0060-FT-N0CD-NQNN is a primary section for a synchronous linear motor produced within the MLP Synchronous Linear Motors series. It converts regulated three-phase drive current directly into linear thrust along a magnetically prepared track, eliminating rotary-to-linear transmissions in pick-and-place, pallet shuttle, and gantry systems. By integrating into the moving axis, the unit supports precise point-to-point positioning and smooth velocity profiles required in modern automated production cells. Direct linear force generation also reduces the need for mechanical linkages that can introduce backlash, compliance, and added wear over long service cycles.
This model relies on a closed liquid cooling circuit that draws heat away from the copper windings, so continuous force output is maintained without airflow through the cabinet. Winding conductors are sealed by the thermo-encapsulation method, which protects the insulation from moisture ingress and supports a stable thermal path to the cooling plate. Because the unit has no encoder installed, position feedback must come from an external linear scale, allowing the axis to use a resolution that matches machine accuracy targets. The active width of 102 mm provides surface area for higher force density, while motor length code B indicates a medium active length that balances stroke coverage with mass. Coil characteristics follow winding code 0060, so a compatible drive can supply the proper current for the winding set.
The cooling circuit and encapsulated winding package support stable temperature rise during high-duty cycles and repeated motion sequences. As a driven primary section, the unit pairs with standard MLP secondary tracks to create thrust along the axis without a mechanical transmission. This arrangement lets system builders extend travel or add parallel movers without altering the electrical interface. It also suits machine layouts that need long strokes, smooth motion, and consistent linear performance across transfer systems and gantry axes.