P22NSXA-LNN-NS-02
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The P22NSXA-LNN-NS-02 is manufactured by Pacific Scientific as part of the Powermax II P stepper motor series. It features a thermal resistance of 4.5 Mounted °C/Watt and rotor intertia of 0.025(kg-m²x10¯³). These are the most powerful stepper motors with a holding torque of 1.39 Nm and a detent torque of 0.12 Nm.
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Product Description:
Pacific Scientific is a firm based in Rockford, Illinois which produces motor drives, controls and systems. This company is also famous for making electrical equipment like generators, motors and alternators. They combine two types of technologies, motion and inertia to offer a complete line of integral automation products. Their high-performance components and their design make them the only source of supply in many motion control applications that have flexible connections which can be tailored according to manufacturer requirements.
In the world, automation solutions are getting smaller and more compact, without any sacrifice on performance. Motors are the same way. And smaller motors experience higher speed than that of larger motors. POWERMAX provides economical step motors and all thanks to its flexible manufacturing. Simple drive, shaft flat or an integral lead screw, POWERMAX supports all types of motors and they come in half, single and double rotor stacks with a holding torque ranging from 42 to 253 oz-in. The P22NSXA-LNN-NS-02 by Pacific Scientific lies under the POWERMAX P series with 2 rotor stacks and a winding code of A. They are also known for frameless motors. Their winding is done at 130 degree Celsius. In order to support high output torques, the motor has a large diameter shaft and heavy duty NEMA front end bell. Its electrical configuration is as holding torque of 197 oz-in, rated current is as 6.5 amps DC with a phase resistance of 0.21 ohms. Thermal resistance is being measured when the motor is unmounted and is observed as 4.5cwatt. It can be of both low and standard inertia rotors but for higher acceleration rate, normally low inertia rotors are selected. Double stack rotors of standard inertia are used under this series.
