P2HNRXF-LSS-M1-02
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The P2HNRXF-LSS-M1-02 motor is manufactured by Pacific Scientific. As part of the POWERMAX II P Motors series, it features a NEMA 23 frame size and a torque range of 1.05-1.42 Nm. The motor is equipped with a flying lead connection and configurable unipolar or bipolar connection type. It also has phase resistance of 8.4 Ohms.
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Product Description:
The P2HNRXF-LSS-M1-02 is a precise Stepper motor made by Pacific Scientific, a well-known company that makes high-quality motion-control products. The motor is intended for industrial uses that need precise positioning and reliable performance. This motor is part of the P2H line and is a great choice for robotics, automation systems, and CNC machines because it is both small and powerful.
The P2HNRXF-LSS-M1-02 stepper motor is small, but it performs exceptionally well and is integrated into systems that require efficient motion control. The 1.8° step angle ensures exact movement, providing fine resolution for activities that require precise placement. A holding torque of 0.42 Nm (59 oz-in) is also present in the motor, which indicates that it functions effectively even when it is not moving. It is capable of being employed in a multitude of methods, contingent upon the requirements of the application, due to its extensive wiring options. It can handle currents of up to 5.2A (parallel), 2.6A (series), and 3.68A (unipolar), making it compatible with a wide range of drive systems. Furthermore, phase resistance can range from 0.22 ohm (parallel) to 0.9 ohm (series), influencing power consumption and efficiency.
The P2HNRXF-LSS-M1-02 stepper motor is designed to work at its best. When the stepper motor is operating in parallel mode, it has a low inductance of 0.5 mH, which has the effect of reducing the amount of power that is lost and increasing the overall reaction time. With Pacific Scientific's powerful engineering, this stepper motor is built to survive and performs admirably in business environments. The P2HNRXF motor is a useful part for businesses that need high-performance positioning solutions because it provides consistent, efficient, and reliable motion control.
Frequently Asked Questions about P2HNRXF-LSS-M1-02:
Q: Does the P2HNRXF-LSS-M1-02 motor perform well in series configuration?
A: Yes, in series, the motor has a 0.9Ω resistance. It ensures efficient power use and stable control for various loads.
Q: Does the P2HNRXF-LSS-M1-02 have high holding torque?
A: Yes, it has a holding torque of approximately 0.42 Nm. This ensures reliable performance during idle and stationary states.
Q: Do the current ratings affect the motor's performance?
A: Yes, the 5.2A (parallel) current rating ensures sufficient power for high-torque applications. It supports stable operation in various setups.
Q: How does the phase resistance impact motor efficiency in P2HNRXF-LSS-M1-02?
A: The low phase resistance of 0.22Ω (parallel) minimizes power loss. It leads to greater efficiency and stable operation.
Q: Why is inductance important for P2HNRXF-LSS-M1-02?
A: Inductance affects the motor's response time. A 0.5 mH inductance in parallel ensures fast, precise movements without excessive delays.
