N42HLHL-LSS-NS-03
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The N42HLHL-LSS-NS-03 is a stepper motor delivering a parallel holding torque of 3130 oz-in (22.09 N-m). Manufactured by Pacific Scientific, it is part of the POWERPAC N Stepper Motors series and weighs approximately 12 kilograms. This motor boasts a phase resistance of 0.1 Ohms and rated currents of 15.8A and 8.7A for parallel and series setups.
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Product Description:
The N42HLHL-LSS-NS-03 Stepper Motor is manufactured to strict quality standards. It provides exceptional torque and reliability. It is well suited for CNC machinery, automation systems and other precision driven applications.
The N42HLHL-LSS-NS-03 stepper motor enables stable performance at high loads through its 21.8 Nm holding torque. This model incorporates a low inertia rotor which enables superior dynamic reaction. The laminated rotor structure of this motor works to achieve higher magnetic efficiency while minimizing eddy current losses. This motor complies with NEMA 42 frame size standards with 109.85 mm diameter. The stepper motor shaft features a uniform surface. This motor achieves optimal electrical performance due to its winding resistance measurement of 0.75 ohms per winding. It operates at a rated current per winding of 8.1 A to ensure stable and precise torque delivery. The stepper motor is built with a splashproof construction that makes it resistant to environmental factors such as dust and moisture. Its hookup is designed for secure connectivity via a conduit connector with a 1/2" NPS pipe thread. This robust design enhances durability in industrial settings where consistent operation is crucial.
This Pacific Scientific N42HLHL-LSS-NS-03 stepper motor operates on the principle of electromagnetic induction. It converts electrical pulses into precise mechanical movement. This POWERPAC N series stepper motor comprises a robustly built stator and a large diameter rotor both specifically engineered to deliver high torque and rapid acceleration. The stator is designed to house multiple electromagnetic coils which are meticulously arranged in a circular pattern to optimize efficiency. Encased within the stator are high-performance rare-earth magnets which provide superior resistance against demagnetization while ensuring long term stability and consistent operational performance.
Frequently Asked Questions about N42HLHL-LSS-NS-03:
Q: How does the N42HLHL-LSS-NS-03 stepper motor achieve high torque in demanding applications?
A: The N42HLHL-LSS-NS-03 stepper motor delivers a holding torque of 21.8 Nm, ensuring stability under high-load conditions. Its laminated rotor design enhances magnetic efficiency, reducing eddy current losses for superior performance in CNC and automation systems.
Q: What makes the rotor of the N42HLHL-LSS-NS-03 stepper motor highly efficient?
A: The N42HLHL-LSS-NS-03 stepper motor features a low-inertia laminated rotor that optimizes dynamic response. This design increases magnetic efficiency while minimizing power loss, making it ideal for applications requiring precise motion control.
Q: How does the N42HLHL-LSS-NS-03 stepper motor ensure reliable electrical performance?
A: This stepper motor operates at a rated current of 8.1 A per winding, delivering stable torque output. Its winding resistance of 0.75 ohms per phase enhances electrical efficiency, ensuring consistent performance in industrial applications.
Q: What design elements of the N42HLHL-LSS-NS-03 stepper motor improve its durability in industrial environments?
A: The N42HLHL-LSS-NS-03 stepper motor is built with a splashproof construction, protecting it from dust and moisture. It also features a secure conduit connector with a 1/2" NPS pipe thread, ensuring reliable operation in harsh environments.
Q: How does the N42HLHL-LSS-NS-03 stepper motor achieve precise step control?
A: This stepper motor utilizes electromagnetic induction to convert electrical pulses into precise mechanical movement. Its stator’s electromagnetic coils generate a rotating magnetic field, aligning the rare-earth magnet rotor to maintain high accuracy in motion control systems.
