K31HRLG-LDK-NS-00
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K Series POWERPAC Hybrid Step Motor manufactured by Pacific Scientific. This POWERPAC Hybrid Step Motor features a Mounting Configuration of Heavy duty NEMA along with a Size of NEMA 34 frame size; 3.38 width/height, square grame.
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Product Description:
Kollmorgen leads the way in innovative motion solutions. Motion improves the performance of machines. In other words, motion increases the efficiency of machines. Machine motion which is deployed properly ensures the machine is efficient and more reliable. Additionally, properly deployed machine motion improves the safety of the operator while at the same time enhancing accuracy. With motion, innovation possibilities are endless. Motion plays a key role in the development of products which are required so as to have precise speed control. In order to enhance the efficiency of machines, this firm has come up with high-performance stepper motors which are brushless and also maintenance free. These stepper motors provide precise motion control which is extremely cost-effective.
The K31HRLG-LDK-NS-00 stepper motor is among the stepper motors which have designed by Kollmorgen with cost-effectiveness, ease of use and versatility. This two-phase stepper motor makes 200 steps in each revolution. Its stepping action can be controlled simply and doesn’t require expensive as well as complicated feedback devices. The K31HRLG-LDK-NS-00 stepping motor comes with shafts, custom leads, and connectors which are aimed at helping you in solving your applications needs effectively.
Additionally, it combines optimal magnetics in a frame which is housing-less with a big diameter rotor and the innovative design of rotor-stator in order to produce more torque as well as smoother micro-stepping. This K3 model stepper motor incorporates flux-focusing technology of SIGMAX for high acceleration with twenty-five percent more torque across the entire range of speed. The Insulation Voltage Rating and Insulation Resistance of this stepper motor are 340 Vdc and 100 Megohms respectively. For better performance, this stepper motor requires an operating temperature of around -20 to +40 degrees Celsius. This cost-effective stepper motor has the potential to make your machine more reliable as well as efficient hence ensuring save applications and improved accuracy.
