DU13H713S-50 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The DU13H713S-50 stepper motor is a bipolar motor featuring a rated voltage of 12 V DC, a step angle of 1.8° per step, and holding torque of approximately 0.5 Nm. Part of the F SANMOTION Stepping Motors series by Sanyo Denki, it supports microstepping drives and offers flange mounting with frame dimensions of roughly 42 x 42 mm.
Internal Product Review
The DU13H713S-50 stepper motor is a versatile motor. While its high performance is worth mentioning, its wiring tends to be complex. The motor offers precise speed and motion control.
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Product Description:
The DU13H713S-50 Sanyo Denki-crafted bipolar stepper motor has two phases. This motor is classified as a SANMOTION F offering. The product offers accurate incremental movements. This device’s deployment is found in applications relating to robotics and automation. The unit supports surface mount technology. It has a brushless design with four wires. This motor’s rotation is divided into equal increments or steps.
The product encompasses windings on its stator. This device has permanent magnets on the rotor. The unit comes without a center tap. It has one winding in each phase. This motor needs two signals comprising a step signal and a direction signal for each phase to control it. The product generates more torque than a unipolar motor because of the full winding utilization. This device rotates in discrete steps by altering the magnetic field generated in the coils of its stator. The unit needs no feedback loop or position sensor for its control. Its current direction in the coils is switched by pulses sent from an external controller.
This motor’s resolution is defined as its minimum angle of rotation in a single step. The product meets requirements when precise positioning and high torque at a low speed are mandatory. This device operates in CNC machines, printers, valves, actuators, and pumps. The unit’s current flow takes place in all coils in both directions. Its signals are generated based on the motor’s control modes. This bipolar stepper motor incorporates stable rotation performance and high control accuracy. This product also features a sensitive dynamic response. The device encompasses an onboard driver using a H-bridge to change the direction of the current flow. It deploys a flange mounting style.
