K31SSFS-LEK-SS-02
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K Series POWERPAC Hybrid Step Motor manufactured by Pacific Scientific. This POWERPAC Hybrid Step Motor features a Mounting Configuration of Special along with a Size of NEMA 34 frame size; 3.38 width/height, square grame.
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Product Description:
For several decades, Kollmorgen has been reliable to its customers when it comes to the deliverance of quality products and innovative motion solutions. This firm collaborates with different OEMs in building differentiated machines. Motion has the potential to differentiate machines hence improving their performance. The machine motion which is perfectly deployed can contribute to safe applications. With motion, there are infinity innovation possibilities. This firm has been developing products like stepper motors among others which rely on the motion. These products offer precise control of speed as well as enhanced accuracy. This firm utilizes innovative SIGMAX technology to produce stepper motors which have higher acceleration rates and torque.
The K31SSFS-LEK-SS-02 stepper motor made by Kollmorgen features the SIGMAX technology. It provides maximum torque in a small package. In addition, this stepper motor utilizes high torque magnetic design which features a small air gap, large rotor diameter, high energy rotor magnets as well as windings. Besides, the K31SSFS-LEK-SS-02 stepper motor can be used with any standard drive and high-performance drives which have high voltage. This stepper motor also features a large bearing so as to accommodate high side loading as well as high thrust loading.
Each revolution made by this stepper motor consists of 200 full steps. This stepper motor also possesses two phases or windings which are energized with DC current. Upon reversal of current in one winding, the shaft of this stepper motor moves one step. When each winding's current is reversed, the speed as well as the position of the stepper motor can be precisely and easily controlled hence making it extremely useful for a wide range of motion control applications. Therefore, the performance of this stepper motor depends highly on the voltage as well as current supplied by a drive.
