MLP100A-0090-FS-N0CN-NQNN Bosch Rexroth Indramat
Wake Industrial LLC is not an authorized distributor of this product.
Wake Industrial LLC is not an authorized distributor of this product.
MPN: R911367217
Ask for AvailabilityThe Bosch Rexroth Indramat MLP100A-0090-FS-N0CN-NQNN is a synchronous linear motor from the MLP Synchronous Linear Motors series. It provides a continuous nominal force of 1180 Newtons and a maximum force of 3750 Newtons, with liquid cooling and a required coolant flow of 2.0 liters per minute. The motor features a rated current of 5.9 Amps, a maximum speed of 90 meters per minute at maximum force, and utilizes a wire conducted through the front for its electrical connection.
Internal Product Review
The MLP100A-0090-FS-N0CN-NQNN is a Bosch Rexroth Indramat synchronous linear motor with liquid cooling and 1180 N continuous nominal force. A 3750 N maximum force paired with 150 m/min nominal speed gives the motor strong dynamic capability for demanding linear motion axes. Front wire connection supports clean integration, and the 198.9 N/A force constant stands out in precision motion applications.
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Product Description:
The MLP100A-0090-FS-N0CN-NQNN linear motor primary section is produced by Bosch Rexroth Indramat for the MLP Synchronous Linear Motors series. As a thrust-generating component, it replaces rotary-to-linear transmissions by driving payloads directly along the travel axis in automated assembly, packaging, or machining lines. This direct-drive arrangement helps reduce backlash and mechanical wear that can occur in screw, belt, or gearbox-based motion systems.
It delivers a continuous nominal thrust of 1180 N, which supports steady feed motion without overheating during normal operation. The electromagnetic coupling between the coil and the magnetic track is described by a force constant of 198.9 N/A, so nearly 200 N of force is produced for every ampere supplied by the drive. During routine duty, the controller supplies a rated phase current of 5.9 A. Under full load, the primary section can reach travel speeds of 90 m/min. Dynamic response in the position loop is influenced by a winding inductance of 66.9 mH, which affects how quickly current can rise in the amplifier. Liquid cooling removes heat from the module, and the unit requires 2.0 l/min of coolant through front-mounted hoses while accepting inlet pressure up to 10.0 bar.
For rapid indexing, the coil can be driven to a peak force of 3750 N, and the magnetic attraction toward the secondary track reaches 5400 N, so the supporting structure must withstand substantial preload. The primary section can also reach a maximum transit speed of 150 m/min when friction is low and peak current is available. A voltage constant of 114.8 Vs/m links back EMF to travel speed and helps with drive matching. The thermal time constant is 2.4 minutes, so temperature responds quickly to changes in load. The windings use standard encapsulation, the pole width is 37.5 mm, and the motor has size 100 geometry with motor length A and winding code 0090. Phase resistance is 12.0 Ohm, the power lead has a 1.0 mm² cross section, and the cable exits through the front of the housing. The motor is supplied without an encoder, so the axis relies on an external position sensor.
