MCP030C-V390-NI-L0CN-NNNN Bosch Rexroth Indramat
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The Bosch Rexroth Indramat MCP030C-V390-NI-L0CN-NNNN is an ironless linear motor from the MCP Linear Motors series. It features a front cable exit, uses natural convection cooling, and has a DC bus voltage of 300 VDC. This motor has a digital output hall unit sensor, motor size 030, and an I-shape mounting style.
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Product Description:
The MCP030C-V390-NI-L0CN-NNNN is an ironless linear motor primary section produced by Bosch Rexroth Indramat for the MCP Linear Motors series. Installed on precision stages, the part generates thrust directly along the travel path, removing ball screws, belts, and gearboxes from the axis. This direct-drive approach supports the clean, low-cogging motion needed in semiconductor handling, optical inspection, and electronic packaging equipment, where high positional accuracy and smooth velocity profiles are critical for production throughput. Its lightweight moving coil minimizes inertia, allowing tight servo loops to maintain submicron repeatability during rapid acceleration.
The coil assembly operates from a DC link rated at 300 VDC, allowing connection to common mid-voltage servo drives without additional transformers. Thermal energy leaves the housing through natural convection, so a flat mounting surface can assist with heat dissipation. Structural integration follows an I-shaped profile that aligns the magnetic centerline with machine datum edges. Cable management is straightforward because the power and feedback conductors exit at the front of the slider, keeping the carrier on the load side. Commutation signals come from a Hall unit with a digital output, providing coarse position information for initial energization and homing routines.
The mover follows size code 030, keeping its cross-sectional mass low for applications that require high acceleration. A C frame length increases the winding volume and continuous force while retaining the same profile width. The standard MCP interface uses the regular hole pattern and reference surfaces for consistent installation on compatible machine structures. The low-inertia moving coil configuration reduces the force required to accelerate the primary section during fast point-to-point movements. Because thrust is generated without a mechanical transmission, the motor also avoids backlash introduced by screws, belts, or gearing. This arrangement is suitable for axes that need smooth force production and rapid directional changes while keeping the moving mass low.
