MLP100C-0190-FS-N0CN-NNNN

The Bosch Rexroth Indramat MLP100C-0190-FS-N0CN-NNNN is a high-precision component in the MLP Synchronous Linear Motors series, serving as the primary part of an IndraDyn L motor system. Featuring an Motor Size of 100 and a Windings Code of 0190 to define its maximum achievable speed, this synchronous linear motor module is engineered for demanding linear positioning and forceful actuation tasks. With an integrated Liquid Cooling system, it efficiently manages thermal loads during continuous operation, ensuring stable performance in industrial automation applications.

This motor primary part has a compact form factor, weighing 24 kilograms, and delivers a nominal speed of 290 meters per minute while drawing a rated current consumption of 23 amps under standard operating conditions. The module supports a DC bus voltage of 540 V, enabling robust power delivery, and accommodates a maximum speed of 190 meters per minute when configured for peak performance. A maximum current consumption of 140 amps allows it to generate rapid accelerations and respond swiftly to control inputs. The precise Windings Code ensures repeatable velocity profiles, making the device ideal for high-throughput linear motion tasks.

Designed for environmental resilience, the MLP100C primary part operates reliably within a transit and storage temperature range of -20 to +80 °C and must be installed by qualified personnel following specified guidelines. Its IP65 stainless steel casing offers protection against dust and water ingress, while the liquid cooling circuit combats elevated temperatures during sustained operation. The motor produces a maximum output force of 7,150 N and a nominal continuous force of 2,310 N, supporting applications that demand high output forces with precision. Although not recommended for high-vibration environments, it can function effectively up to 1,000 meters above sea level. Backed by a one-year hassle-free replacement warranty, this product ensures dependable performance and uptime in critical industrial systems.