M21NSXA-JDN-NS-02

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The M21NSXA-JDN-NS-02 is a high-performance hybrid motor by Pacific Scientific designed for precise motion control in automation systems. It features a 5.5 °C/W thermal resistance for efficient heat management under varying loads and a nominal standstill torque of 1.02 Nm. It has a NEMA 23 frame size.

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Product Description:

The M21NSXA-JDN-NS-02 is a high-precision hybrid motor in the Pacific Scientific Powermax II M Series. It is characterized by high output and robust load capacity, making it an ideal solution for applications that require consistent speed and torque regulation. Its ability to operate efficiently under varying loads ensures seamless integration into high-performance systems. This model is a compact <0.68 kg and comes with a single rotor stack. This small form factor provides a streamlined installation process accommodating even setups where space is limited. Its frame size is NEMA 23 providing a flexible mounting option for seamless integration into a wide range of system designs.

This motor comes with a double shaft configuration which includes a shaft extension in this rear. The extension can be used to mount components such as encoders to enhance the motor’s capabilities or adapt to different application requirements. The motor’s shaft features a flat modified design that enhances the motor’s ability to securely connect with various mechanical systems. This ensures reliable torque transmission without slippage, ensuring reliable operation even in challenging environments. The motor’s phase inductance is rated at 8.0 mH, which helps to effectively minimize current ripple for smooth operation. It also aids in controlling the motor’s speed and acceleration, providing better performance in systems that require precise motion control.

With its efficient heat management of 5.5 °C/Watt the M21NSXA-JDN-NS-02 can handle continuous or high-duty cycle tasks without overload damage. It is designed to hold its position accurately during operation and features a nominal standstill torque of 1.02 Nm. It has a rated current of 1.75 A, ensuring optimal performance while maintaining energy efficiency. This current rating is ideal for applications that require a balance of power and thermal management.

Communication Interface
Ethernet
Input Voltage
100-240 VAC
Nominal holding torque
1.02 Nm
Operating Temperature
-10°C to +60°C
Phase inductance
8.0 mH
Power Consumption
15 Watts
Rotor stacks
single
Shaft Modifications
Flat
Shaft type
Double (rear shaft extension)
Thermal Resistance
5.5 °C/Watt
Weight
0.68 kg

Frequently Asked Questions about M21NSXA-JDN-NS-02:

Q: What is the nominal holding torque of the M21NSXA-JDN-NS-02?

A: The M21NSXA-JDN-NS-02 has a nominal holding torque of 1.02 Nm, providing consistent and reliable torque to maintain position when stationary.

Q: What is the phase inductance of the M21NSXA-JDN-NS-02?

A: The M21NSXA-JDN-NS-02 has a phase inductance of 8.0 mH, which helps reduce electrical noise and ensures smoother motor operation.

Q: What is the thermal resistance of the M21NSXA-JDN-NS-02?

A: The M21NSXA-JDN-NS-02 has a thermal resistance of 5.5 °C/W, ensuring efficient heat dissipation during operation.

Q: What is the weight of the M21NSXA-JDN-NS-02?

A: The M21NSXA-JDN-NS-02 weighs 0.68 kg, making it lightweight and easy to integrate into space-constrained systems. Its compact design ensures versatility without sacrificing performance, ideal for applications in robotics and automated systems.

Q: What is the shaft configuration of the M21NSXA-JDN-NS-02?

A: The M21NSXA-JDN-NS-02 features a double shaft configuration with a rear shaft extension, allowing for flexible mounting options.


Internal Product Review

  • ‘‘The M21NSXA-JDN-NS-02 delivers exceptional performance in applications requiring high precision and reliability. Its energy-efficient operation makes it a solid choice for energy-conscious setups. However, its compact size may limit its application in projects with higher torque demands.’’

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