MCP040E-V070-NI-N0CD-NNNN Bosch Rexroth Indramat
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The Bosch Rexroth Indramat MCP040E-V070-NI-N0CD-NNNN is an MCP Ironless Linear Motor from the MCP Linear Motors series. It uses natural convection for cooling, has a DC bus voltage of 300 VDC, and comes in an I-shape mounting style with a motor size of 040 and frame length E.
Internal Product Review
The MCP040E-V070-NI-N0CD-NNNN is a Bosch Rexroth Indramat MCP ironless linear motor with natural convection cooling. A 300 VDC DC bus rating and I-shape mounting support efficient integration and dependable linear motion performance. A strong choice for precision motion systems requiring clean installation and consistent operation.
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Product Description:
The MCP040E-V070-NI-N0CD-NNNN is an ironless linear motor section produced by Bosch Rexroth Indramat for the MCP Linear Motors series. Installed within a magnet track, this primary part generates thrust directly along a travel axis and avoids the mechanical complexity associated with converting rotary motion into linear movement. The direct-drive arrangement supports precise point-to-point positioning in automated handling equipment, pick-and-place systems, and lightweight gantry stages. Because no ferromagnetic laminate moves with the coil set, the motor produces smooth force with minimal cogging during low-speed positioning and rapid acceleration.
The drive electronics operate from a regulated 300 VDC bus, so the selected inverter must support the corresponding insulation, current, and overvoltage requirements. Stator copper losses are dissipated through natural convection, without liquid cooling or forced-air equipment. The mounting plate must therefore provide an adequate thermal path to help control winding temperature during operation. The mechanical envelope has an E frame length and a compact 040 motor size, allowing the unit to fit installations that use other MCP motor sections of the same height. Coil resistance, inductance, Hall signals, and temperature sensor connections must be matched with a compatible drive controller. Correct power sequencing and feedback wiring allow the controller to regulate thrust accurately throughout the commanded motion profile.
The coil carrier has an I-shaped mounting profile that bolts directly to aluminum backbones or steel guideways while maintaining clearance around the magnet track and moving assembly. Its ironless construction prevents normal-force attraction toward the track, reducing unwanted bearing preload and supporting stable movement during rapid shuttle cycles. The ordering configuration includes no special features, so optional encoders, coolant jackets, and custom windings are not included with this motor section. External position feedback can be installed when the application requires closed-loop position measurement, while a separate cooling plate can be added when passive heat transfer through the machine structure is insufficient. Cable routing should preserve adequate separation between power conductors, Hall signal wiring, and temperature sensor leads to reduce electrical interference in the feedback circuits.
