Product Description:

The MCP040E-V070-NI-N0CN-NNNN is a linear motor section manufactured by Bosch Rexroth Indramat for the MCP Linear Motors series. Intended for direct-drive positioning systems, the slider carries copper windings that interact with a stationary magnetic track to produce thrust without belts, screws, or gear reductions. When integrated with a suitable servo amplifier, the assembly converts regulated DC power into precisely controlled linear motion. This reduces backlash and mechanical wear in automation equipment such as gantries, inspection stages, and high-speed pick-and-place axes. Because force is generated directly at the axis, there is no mechanical transmission to add compliance or wear points.

Within its compact envelope, the 040 frame size and elongated E frame length balance low mass with adequate coil surface for mid-range continuous force ratings. The servo controller supplies a 300 VDC bus to the coil terminals, so cabling and insulation must suit that voltage class. Thermal energy generated under load is dissipated through natural convection, so no fan or liquid circuit is required. All power and feedback conductors exit from the front of the carriage, which helps keep cable loops aligned with the axis and limits flex fatigue during travel.

The I-shape mounting pattern centers thrust along the guide rails and helps maintain rigidity during acceleration. It is an MCP ironless linear motor, so the design eliminates ferromagnetic core material and keeps cogging forces negligible. The absence of iron in the active section also helps reduce attractive forces between the mover and magnet assembly. That low-cogging behavior is useful where steady motion and fine position correction are required across short or repeated travel segments. Standard electrical interfaces and parameter sets support integration with IndraDrive amplifiers or compatible third-party motion controllers.