1200790241

Series:	*
Part Status:	Active

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<p>1200790241, or High Torque Permanent Magnet Stepper Motor, has a place in a range of industrial and robotic applications. Its performance, reliability and diagnostic capabilities mean it’s quickly becoming a go-to choice for applications where precision, speed, and control are needed. As well as its performance, its low cost makes it extremely accessible.</p><p>The 1200790241 has an operating temperature range between -40&deg; and 85&deg; C and is rated up to 2.2 A, with up to 50 V DC of holding torque. It packs a 5-phase stepper motor into the size of a traditional stepper motor, and can handle up to 2000 steps per revolution, over 360&deg; of motion.</p><p>The 1200790241 features a self-sensing drive circuit, that can detect and report faults in the motor and motor drive. This self-sensing layer means a user can list possible motor faults, and diagnose changes in operational parameters; providing data that can be used to prevent failure. This extended diagnostics save time and cost in industrial applications.</p><p>The applications for the 1200790241 include printing machines, surgical robots, automated industrial equipment, and small-print machining. It’s especially advantageous for applications that require precise movements and high levels of control.</p><p>The 1200790241 is designed to work with a wide range of stepper drives, providing incredible output current and torque with very low operating noise. It runs with precision, without losing steps or accelerating in either direction.</p><p>The inside of the stepper consists of a permanent magnet rotor and a stator that contains several DC coils. The coils in the stator are energised by a DC voltage, while the rotor is turning in response to the opposing magnetic fields. As the permanent magnet rotor passes near one of the coils of the stator, its commutator switches the current supplied to the coil to the next coil. This process continues until all of the coils have been energised. As the coils are energised in a specific sequence, the rotor is caused to rotate in small steps.</p><p>The speed and direction of the rotation of the rotor’s shaft is determined by the polarity and magnitude of the current supplied to the coils of the stator. Reversing the current will cause the rotor to turn in the opposite direction. By changing the speed and direction of the current in the coils, the speed and direction of the rotation of the rotor can be controlled with great precision.</p><p>The 1200790241 is a very reliable and durable motor. Its extended temperature range and robust construction mean it can can handle applications that would otherwise damage or wear out other motors. In addition, its flexible form factor and wide range of drives make it an easy to integrate solution into a range of applications.</p><p>To sum up, the 1200790241 High Torque Permanent Magnet Stepper Motor is a reliable and cost-effective choice for a range of industrial and robotic applications. It delivers superior reliability, speed, and control, while being low-cost and low-maintenance. Its diagnostic capabilities, long lifetime, and flexibility make it a great choice for precision applications.</p>

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