M22NSXA-LDN-SS-02
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The M22NSXA-LDN-SS-02 stepper motor offers a holding torque of 230 oz-in, a phase inductance of 17 mH, a detent torque of 4.5 oz-in, and a weight of 1.13 kg. Part of the POWERMAX II M Motors series by Pacific Scientific, it features rotor inertia of 2.5 oz-in-s² and operates with a thermal resistance of 0.0036 °C/Watt.
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Product Description:
Pacific Scientific is the manufacturer of M22NSXA-LDN-SS-02 Motor. The motor is a reliable and efficient solution for industrial automation applications. Belonging to POWERMAX II M Motors Series, the motor is compact and durable and is designed for an efficient motion control operation.
The M22NSXA-LDN-SS-02 motor includes a typical or widely used design rotor rather than a customized or optimized type. The module each electrical step rotates the shaft by 1.8°, which means it takes 200 steps to complete one full revolution. Its mounting is in accordance with NEMA which refers to standardized frame dimensions and ensures mechanical compatibility with other NEMA-standard equipment or mounting setups. The motor needs a driver capable of supplying 4.6 amps DC to operate at full torque. It can be driven using either a unipolar which is simpler and sometimes cheaper but delivers less torque or a bipolar drive method which allows more torque. It comes with two stacks which offer better torque and performance than single stack motors. It has a non standard or custom design and it matches with the 1.8° step angle which is the motor’s standard resolution in full-step mode.
The M22NSXA-LDN-SS-02 motor comes in an insulation class B and can handle temperatures up to 130°C without degrading. The maximum DC voltage the insulation can withstand before it breaks down is 340 volts which is important for safety and electrical reliability. It has a plug type connector as opposed to leads or terminal blocks which simplifies installation and replacement. It can function reliably in the temperature between -20° C to +40° C. It has a high resistance up to 100 MΩ and shows good insulation quality and electrical safety.
Frequently Asked Questions about M22NSXA-LDN-SS-02:
Q: Why does the M22NSXA-LDN-SS-02 use a standard rotor instead of a custom one?
A: A standard rotor ensures compatibility, ease of replacement, and cost-effectiveness. It offers reliable performance for general industrial automation applications.
Q: How does the 1.8° step angle improve motion control accuracy?
A: The finer step angle provides high-resolution positioning. It is ideal for applications requiring smooth and precise motion control.
Q: What is the advantage of having both unipolar and bipolar winding options?
A: This dual compatibility allows the M22NSXA-LDN-SS-02 motor to be integrated with a wider range of drivers. Bipolar provides higher torque, while unipolar simplifies circuitry.
Q: Why is NEMA mounting important for the M22NSXA-LDN-SS-02 motor?
A: NEMA mounting ensures mechanical interchangeability with other standardized components. It allows for quicker installation and integration in modular systems.
Q: How do dual stacks in the motor enhance performance?
A: The two stacks increase magnetic flux interaction. This results in higher torque output and better dynamic response under load.
