E31NRFT-LNF-NS-00
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
-
In-Stock, Ships 1-2 Days
The E31NRFT-LNF-NS-00 is a hybrid stepper motor manufactured by Kollmorgen. As part of the E Hybrid Stepper Motors series, it features a radial shaft loading force of 180 lbs and a standard NEMA front shaft configuration. The motor operates at a rated current of 8.4 Amps with a phase resistance of 0.13 Ohms.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The E31NRFT-LNF-NS-00 Stepper motor from Kollmorgen is designed for precise motion control applications that demand high torque and accuracy. Step precision and torque constancy work together to provide precise execution of motion profiles. Energy efficiency and thermal performance are balanced by manufacturing the motor's electrical qualities.
With an inductance ranging from 1.2 mH to 9.0 mH, the E31NRFT-LNF-NS-00 stepper motor offers versatility in terms of drive options. Efficient heat management is supported by its phase resistance range of 0.16 ohms to 1.16 ohms. This motor has a holding torque of up to 5700 oz-in (40.23 Nm) that makes it a member of the H Hybrid Motors series. With rated currents ranging from 3.3 A DC to 10.6 A DC, this series provides an extensive selection of options to fulfill a variety of power needs. Effective current regulation is ensured by the 0.29-ohm phase resistance that prevents excessive heating and guarantees long-term stability. The motor's design improves operating stability and torque density that makes it a dependable choice for applications that demand controlled speed variation and precise step positioning.
The E31NRFT-LNF-NS-00 motor is capable of producing a high dynamic response due to its exceptional electrical properties. The motor's 337 oz-in (2.38 Nm) holding torque and 1.8° step angle per full step make it ideal for industrial automation that guarantees controlled and smooth movement. The efficient acceleration and deceleration in dynamic applications are made possible by its rotor inertia of 10.0 oz-in³. The motor's rated current of 5.4 A DC allows it to run at peak efficiency even throughout intensive operational cycles. Longevity and reliability are key features of this motor's construction. It meets the standards of industrial-grade stepper motors.
Frequently Asked Questions about E31NRFT-LNF-NS-00:
Q: Why does E31NRFT-LNF-NS-00 have a varying inductance range?
A: The motor’s inductance varies to support different drive systems. It ensures compatibility and flexibility in diverse motion control applications.
Q: Does E31NRFT-LNF-NS-00 provide high torque for load stability?
A: Yes, the motor delivers strong holding torque for stable load retention. It prevents position drift during stationary operations.
Q: Do E31NRFT-LNF-NS-00’s electrical properties improve performance?
A: The optimized phase resistance and inductance enhance current regulation. This results in efficient energy use and minimized heat generation.
Q: How does E31NRFT-LNF-NS-00 ensure accurate step positioning?
A: The 1.8° step angle delivers precise motion control. It enables smooth and accurate step execution in critical applications.
Q: Why is E31NRFT-LNF-NS-00 designed with optimized rotor inertia?
A: The rotor inertia ensures controlled acceleration. This helps maintain stability in rapid movement applications.
