P2HNSHS-LNN-NS-02
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The P2Hnshs-Lnn-Ns-02 motor has a rated current of 5 amps, operates within a temperature range of 0 to 40 °C, consumes 200 watts of power, and weighs 3.5 kilograms. As part of the POWERMAX II P Motors series by Pacific Scientific, it features input voltage compatibility of 220-240 V.
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Product Description:
Pacific Scientific provides the P2HNSHS-LNN-NS-02 Stepper motor for applications that necessitate precise motion control. When both phases are turned on, it produces a holding torque of 79 oz-in (0.56 Nm) ±10% and runs at 1.6 Amps DC per phase. The motor's rotor inertia is 0.0013 oz-in² (0.0092 kg·cm²) that allows for efficient dynamic performance and quick response times.
The P2HNSHS-LNN-NS-02 stepper motor's 4.6 Ohm phase resistance and 11.2 mH typical phase inductance provide stable operation even in demanding conditions. Reliable performance under continuous operation is achieved by operating at a maximum temperature of 90°C and supporting an ambient temperature of 40°C. With a thermal resistance of only 5.5 °C/W, the motor effectively dissipates heat. Industrial automation applications requiring constant performance and torque delivery can be supported by the rated output power of 35 W. For even better torque characteristics, the bipolar parallel arrangement with an Is(dc) rating of 2.6 A further improves current distribution. Because of its electrical and mechanical specifications, the motor is an ideal option for motion control applications that require consistent results.
The P2HNSHS-LNN-NS-02 motor is an excellent combination of compact form factor integration and robust construction, as evidenced by its installed weight of 0.8 lbs (0.36 kg). With a maximum speed of 1500 RPM, this motor is ideal for tasks requiring precise placement and regulated rotation. For mechanical systems, the motor's capacity to withstand radial shaft loads of up to 89 N and axial shaft loads of up to 13 lbs (58 N) is reassuring. Minimal deviation in motion control tasks is guaranteed by its high-precision construction. The motor is designed to be highly efficient and long-lasting, even under the most extreme operating circumstances.
Frequently Asked Questions about P2HNSHS-LNN-NS-02:
Q: Why does the P2HNSHS-LNN-NS-02 have 11.2 mH inductance?
A: The 11.2 mH inductance helps regulate current flow for stable operation. It minimizes electrical noise and enhances precision in motion control applications.
Q: Does the P2HNSHS-LNN-NS-02 support 2.6 A bipolar parallel?
A: Yes, the motor supports 2.6 A bipolar parallel, optimizing torque performance. This configuration improves current distribution, enhancing motor efficiency and response.
Q: How does the P2HNSHS-LNN-NS-02 achieve 1500 RPM speed?
A: The motor's design ensures controlled acceleration to 1500 RPM. Its low rotor inertia of 0.0013 oz-in² (0.0092 kg·cm²) allows rapid response.
Q: Why do the radial and axial loads enhance motor durability?
A: The 20 lbs (89 N) radial and 13 lbs (58 N) axial loads improve mechanical stability. They reduce wear, extending motor lifespan.
Q: Do thermal resistance and phase resistance affect motor efficiency?
A: Yes, the 5.5 °C/W thermal resistance improves heat dissipation, while the 4.6 Ohms phase resistance maintains stable current flow for optimal efficiency.
