103-715-0610 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The 103-715-0610 is a 2-Phase Synchronous Motor delivering synchronous pull-out torque from 0.54 N·m to 5.5 N·m based on the specific model. Produced by Sanyo Denki for the StepSyn Stepping Motors series, it has a rated voltage ranging from 100 V to 220 V AC. This motor operates at ambient temperatures from -10˚C to +50˚C.
Internal Product Review
The StepSyn stepping motor series, model 103-715-0610 from Sanyo Denki works well in motion-based setups. Its 2.26 kg build, 5-inch width and position sensor make it dependable. It has the 1.8° step angle especially useful for steady rotation in basic mechanical systems.
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Product Description:
The stepper motor 103-715-0610 is a component of Sanyo Denki crafted for connecting various motors and drives. Sanyo Denki has become much reputed due to its advanced product delivery in several sectors of electromechanics.
The stepper motor 103-715-0610 is a sturdy and reliable motor used in many motion systems. The motor physically has a solid build and measures 8.00 inches in length, 5.00 inches in width and 5.00 inches in height by weighing about 2.26 kg just. The motor body is cylindrical and is enclosed in a sturdy metal casing with a gray finish. This helps protect the internal parts from dust and minor impacts. It functions at a nominal voltage of 4.7 V DC and draws 1.8 A per phase. The motor has a step angle of 1.8° per step and moves in small equal steps when it receives control signals. This type of motor is useful in systems that need controlled rotation or movement in fixed increments. A black power cable is attached to the motor and ends in a connector which is used to connect it to multiple industrial automation systems.
The stepper motor 103-715-0610 shaft carries a metal pulley or gear. This part helps transfer the motor's motion to belts or other moving parts for swift working. There is also a mounting flange or bracket on the body which allows the motor to be fixed in place during use. A limit switch or position sensor is located near the cable connection which may help detect its position when needed. These features combine to make the motor efficient and perform its function in many types of mechanical systems.
