Product Description
The MLS200S-3P-0600-NNNN is part of the Bosch Rexroth Indramat range of linear motors. It provides exceptional reliability in automation applications that require a motor to generate motion along a straight path. The motor does not require belts and screws for mechanical transmission. It utilizes optimized magnetic circuitry that efficiently drives movement directly from its onboard multiphase windings. This innovative design ensures smoother and more efficient linear motion, reducing energy losses and mechanical friction. The motor is equipped with a 600 mm stator, providing the necessary length for precise linear motion. The extended stator length provides a higher thrust capability and improved accuracy, allowing the motor to handle demanding applications.
The MLS200S-3P-0600-NNNN boasts an impressive force density despite its small form factor. It can deliver substantial power output, providing strong linear movement and high precision. Its rated nominal current of 3A, ensures consistent and efficient energy delivery. This current capacity provides sufficient power for the motor’s stable linear motion without overloading the system. The motor is designed to function effectively in a wide range of industrial settings. It can operate effectively within a temperature range of -196 to +100°C. This provides wide adaptability to different operating conditions, including extreme environments with very high or very low temperatures. Its robust IP 65 rating further enhances usability in challenging conditions, protecting the motor from solid and liquid contaminants.
The MLS200S-3P-0600-NNNN has a pressure rating of 1.6 MPa, ensuring it can operate effectively in high-pressure environments. It is designed to operate at a 50Hz frequency, ensuring compatibility with standard industrial power systems. The motor’s versatile design provides a ±10 tolerance for voltage fluctuations, enhancing durability in various setups. The sensor cable on this unit is 20 meters in length, providing extended reach and flexibility in various automation setups.