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MCP040C-V300-NI-L0CN-NNNN Bosch Rexroth Indramat

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The Bosch Rexroth Indramat MCP040C-V300-NI-L0CN-NNNN is an ironless linear motor from the MCP Linear Motors series. It features a front cable exit, natural convection cooling, and a DC bus voltage of 300 VDC. The motor has an I-shape mounting style, digital output hall unit sensor, and a frame length designated as C.

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Product Description:

The MCP040C-V300-NI-L0CN-NNNN is an ironless linear motor primary section produced by Bosch Rexroth Indramat within the MCP Linear Motors series. As an ironless design, the forcer travels along a permanent-magnet track without cogging, delivering smooth thrust for pick-and-place axes, inspection gantries, or light material-handling stages. The component forms the moving part of a linear servo system, converting drive-supplied DC bus energy into direct linear force so machines can position loads with high dynamic performance and minimal mechanical transmission. Because force is generated directly along the travel path, the axis can make precise short-stroke moves and quick reversals without rotary-to-linear linkages. This direct-drive arrangement also reduces the need for screws, belts, and gearboxes in applications where low backlash and fast response are important.

Electrical input is provided by a drive operating on a 300 VDC bus, so coil insulation and connectors are suited to mid-range industrial power classes. Heat generated in the windings is removed only by natural convection, which avoids external liquid or forced-air cooling hardware and helps keep moving mass low. The slider’s mechanical profile follows an I-shape mounting style that presents a flat base with integrated through-holes for alignment on aluminum machine frames. Overall length index C extends the active coil stack, raising continuous force compared with shorter variants while retaining the narrow cross-section expected from the product family. The motor belongs to size code 040, which suits compact multi-axis platforms where installation space is limited. That narrow format helps the motor fit crowded machine tables and stacked axis assemblies.

Service connections exit at the front, letting cable loops run parallel to travel and reducing bending stress during reciprocating motion. This layout also simplifies cable routing on compact carriages where bend radius and travel clearance must be managed carefully. The onboard Hall unit provides digital output signals, giving the drive coarse position information and supporting phase commutation immediately after power-up. The unit is supplied in a standard configuration without added environmental coatings or custom winding options. Matched linear axes can use the same mounting and connection approach across a machine platform.

Cable Exit
Front
Cooling Method
Natural convection
DC Bus Voltage
300 VDC
Frame Length
C
Hall Unit Sensor Type
Digital Output
Motor Size
040
Mounting Style
I-shape
Product Type
MCP Ironless Linear Motor
Special Design Features
None

Frequently Asked Questions about MCP040C-V300-NI-L0CN-NNNN:

Q: What cooling method is used in the MCP040C-V300-NI-L0CN-NNNN linear motor?

A: This model features natural convection cooling for thermal management.

Q: Where is the cable exit located on the MCP040C-V300-NI-L0CN-NNNN?

A: The cable exits from the front side of this linear motor.

Q: What is the required DC bus voltage for the MCP040C-V300-NI-L0CN-NNNN?

A: The MCP040C-V300-NI-L0CN-NNNN operates with a DC bus voltage of 300 VDC.

Q: What type of Hall unit sensor does the MCP040C-V300-NI-L0CN-NNNN use?

A: This motor uses a digital output type Hall unit sensor for position feedback.

Q: What mounting style is implemented on the MCP040C-V300-NI-L0CN-NNNN linear motor?

A: The MCP040C-V300-NI-L0CN-NNNN utilizes an I-shape mounting style.


Internal Product Review

  • ‘‘The MCP040C-V300-NI-L0CN-NNNN is a Bosch Rexroth Indramat MCP ironless linear motor with 300 VDC bus capability and natural convection cooling. An I-shape mounting style and front cable exit support clean mechanical integration and straightforward routing in compact motion assemblies. Digital output Hall sensing adds dependable commutation feedback, making the unit a strong choice for precise linear motion systems.’’

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