103H7831-12XS42 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The 103H7831-12XS42 is a precision stepping motor manufactured by Sanyo Denki. Part of the StepSyn Stepping Motors series, it features a hybrid design and operates with a step angle of 1.8°. The motor supports microstepping operations for enhanced control. It has an internal thermal design for efficient heat dissipation.
Internal Product Review
The 103H7831-12XS42 stepping motor provides precise control and reliable performance. Its hybrid design and microstepping support make it ideal for applications requiring accurate positioning in industrial settings.
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Product Description:
The 103H7831-12XS42 is a stepping motor designed for precise movement in various industrial applications; with its focus on accuracy, this motor ensures reliable performance. The motor's hybrid design allows for enhanced control, especially when precision is important Through the use of microstepping operations, finer adjustments become possible, and it is constructed within an industry-standard mounting holes configuration. The STEPSYN Stepping Motor operates with a 1.8° steps that supports microstepping operations, while, through robust engineering, the internal thermal design that allows continuous use through efficient management of heat.
It is designed with a hybrid stepping motor for precise control, with industry-standard mounting holes; Furthermore, the 103H7831-12XS42 stepping motor has a rated current of 1.2 A (typical) and estimating several N.m holding torque and with an approximate rated voltage of 100-115 V for operational parameters. Designed with internal thermal dissipation, this motor continues to operate efficiently, and the overall design makes it compatible with standard applications.
With an industry-standard mounting holes, installation is simplified, so it can be used in current industrial applications, as well as newly designed systems. Featuring a standard NEMA frame size, and with operating voltage of 100-115 V (approximate), the motor operates effectively when integrated into existing setups, and it supports microstepping, making it very effective where repetitive tasks need to stay true to the exact and correct measures; its build makes it suitable for industrial automation.
