Product Description
Kollmorgen offers an extensive range of economical brushless servo motors, brake resistors, and stepper drives to their clients. The company products are basically used in various manufacturing industries.
The LSM23N-6-602-E1-OKA model represents the modern motion control technology of Kollmorgen. The model is designed to provide high functional stability under adverse climatic conditions. Due to its brushless design, the motor offers maintenance-free operation and high dynamics. The LSM23 brushless servo motor is equipped with high-energy neodymium magnet rotors that provide high acceleration/deceleration. The LSM23 brushless servo motor operates at the rated voltage of AC 230 V supplied by the respective power supply module. The model should only be used together with the MMC smart drives by Kollmorgen. Always use Sheffield Automation Motion Solutions Sizing software to select a suitable MMC servo amplifier for your motor. The servo motor produces the continuous torque of 0.7 Nm while operating at the continuous current of 2.1 A at the speed of 6000 rpm. While operating at 25 degree Celsius, the motor winding generates 8.49 Ohm of resistance and 26.2 mH of winding inductance. The servo motor comes under high protection standard that allows it to operate under harsh environmental conditions. For high performance, the motor must be operated under allowable environmental and mounting conditions.
The model LSM23N-6-602-E1-OKA is equipped with a rotor with a keyway and a standard bearing is placed in this model. The average service life of the bearing is approximately 20,000 hours. The model comes with an incremental encoder for shaft position detection. No holding brake is installed in this unit. Some of the typical applications of LSM servo motors are robotics, packaging machinery, and high duty cycle applications. The unit is also equipped with a temperature sensor. Order this product (LSM23N-6-602-E1-OKA) from Wake Industrial along with a one-year replacement warranty.
Wake Industrial Warranty
