E31NCLP-LNN-NS-00
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The E31NCLP-LNN-NS-00 from Kollmorgen’s E Hybrid Stepper Motors series delivers 2.43 kg holding torque for enhanced stability. It operates at 4.2 A DC rated current with 0.52-ohm phase resistance. The 4.4 mH phase inductance ensures optimal performance in precision-driven applications.
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Product Description:
The E31NCLP-LNN-NS-00 E Hybrid Stepper Motor made by Kollmorgen provides stable motion control. This motor is made to handle demanding environments with its innovative design while delivering stability in different industrial automation applications.
The E31NCLP-LNN-NS-00 hybrid stepper motor provides a holding torque of 2.43 Nm, which allows it to maintain its position even under load. It works with a rated current of 4.2 A DC, which provides constant power throughout its operation. The motor has a phase resistance of 0.52 ohm, which regulates the current flow and contributes to its efficiency and performance. It offers smooth and stable motion control under changing conditions with a phase inductance of 4.4 mH. The rotor inertia is 0.0586 kg-m2 x 10^-3 which makes it capable of quickly responding to changes in motion while maintaining accuracy and control. This stepper motor also has a radial force rating of 156 N which helps it resist external forces and perform well in different operating conditions. This hybrid motor is made such that it can perform demanding tasks with efficiency and is specifically designed for tasks requiring smooth motion control. Its technical specifications, innovative construction and quality make it a valuable component in different systems that require high accuracy and stability. These specifications combined provide that the motor performs with consistency and efficiency in demanding systems.
This E31NCLP-LNN-NS-00 hybrid stepper motor is suitable and the best option for critical industrial applications that require accurate torque and speed control. It has a low mechanical loss and because of its high efficiency contributes to extended operation and minimized downtime. The motor is made to provide dependable movement in a wide range of systems that need stable torque positioning. This stepper motor is the best choice in industries where stable motion control is critical.
Frequently Asked Questions about E31NCLP-LNN-NS-00:
Q: What is the holding torque of the E31NCLP-LNN-NS-00, and why is it important?
A: The E31NCLP-LNN-NS-00 features a holding torque of 2.43 kg, which is crucial for maintaining positional stability in industrial automation. This ensures the motor can hold its position without unwanted movement, making it ideal for precision applications.
Q: What is the rated current of the Kollmorgen E31NCLP-LNN-NS-00?
A: The E31NCLP-LNN-NS-00 stepper motor operates at a 4.2 A DC rated current, which allows it to deliver consistent power while minimizing energy losses. This makes it a great choice for applications requiring high efficiency and stable performance.
Q: How does the phase resistance of the E31NCLP-LNN-NS-00 affect performance?
A: With a phase resistance of 0.52 ohms, the E31NCLP-LNN-NS-00 ensures precise current control and reduced heat generation. This improves the motor’s efficiency and extends its lifespan, making it well-suited for continuous industrial use.
Q: What is the phase inductance of the Kollmorgen E31NCLP-LNN-NS-00, and what does it do?
A: The E31NCLP-LNN-NS-00 has a 4.4 mH phase inductance, which helps regulate the electrical current flowing through the motor. This ensures smooth and stable operation, reducing electrical noise and enhancing overall system efficiency.
Q: What is the rotor inertia of the E31NCLP-LNN-NS-00, and why is it important?
A: The rotor inertia of the E31NCLP-LNN-NS-00 is 0.0586 kg-m² x 10⁻³, which contributes to smoother motion control. A lower inertia means the motor can accelerate and decelerate quickly, making it ideal for applications requiring fast, precise movements.
