MCP040G-V300-NI-L1CN-NNNN Bosch Rexroth Indramat
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The Bosch Rexroth Indramat MCP040G-V300-NI-L1CN-NNNN is part of the MCP Linear Motors series. This ironless linear motor uses natural convection for cooling and is designed with a front cable exit. It operates at a DC bus voltage of 300 VDC and features an analog output Hall unit sensor with a 040 motor size and I-shape mounting style.
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Product Description:
The MCP040G-V300-NI-L1CN-NNNN linear motor is manufactured for the MCP Linear Motors series. As an ironless moving primary section, the unit provides direct thrust without mechanical conversion, allowing precise positioning with low cogging and high dynamic response. In industrial automation, it pairs with a compatible secondary track and servo drive to create gantry axes, pick-and-place stages, or inspection slides that require smooth, accurate motion. Because thrust is produced directly along the axis, there is no need for screws, belts, or gear reducers between the motor and the moving load. The design also avoids ferromagnetic cores, which keeps moving mass low and helps minimize inductive ripple during rapid direction changes.
Its electrical interface is sized for a DC link of 300 VDC, allowing a compatible servo inverter supply to energize the coil set. Heat generated in service is removed by natural convection, so no liquid jackets or forced-air plenums are required. Power and feedback cables exit from the front of the mover, which helps keep cable routing compact on short-stroke slides. The thrust module attaches to machine frames through an I-shaped mounting rail, and the active width corresponds to motor size 040, so screw slots align with standard MCP guideways. This arrangement supports straightforward integration where installation space is limited and moving cable mass must be kept under control.
The mover length uses frame code G, which provides additional magnetic surface area for higher continuous force than shorter codes while maintaining the same cross-section. Commutation is handled by a Hall unit with an analog output, and the drive uses that signal to establish a sinusoidal current reference during startup at any position. As an MCP ironless linear motor, the coil sits between dual magnet rows, eliminating attractive forces toward the track and reducing bearing load. The motor uses the standard housing and mounting provisions supplied with the series. This layout is well suited for motion systems that require smooth travel, low parasitic forces, and responsive acceleration.
