103H7523-6022
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The 103H7523-6022 stepper motor has a step angle of 1.8 degrees, a holding torque of 1.37 Nm at 2-phase energization, a rated current of 2 A per phase, and a mass of 0.77 kg. As part of the StepSyn Stepping Motors series by Sanyo Denki, it features a motor size of 60 mm square and a bipolar winding type with lead wire.
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Product Description:
Sanyo Denki manufactures the 103H7523-6022 Stepping Motor as one of its products for industrial automation purposes. The motor provides a step angle performance of 0.72 degrees. The motor follows 500 steps before completing one complete revolution. The exact positioning capability is possible due to the stepping motor's narrow step angle design.
The 103H7523-6022 stepping motor applies a bipolar winding design through lead wire wiring. An individual winding has 1.8 ohms in resistance value. Each phase of the 103H7523-6022 Stepping Motor demonstrates winding inductance equal to 3.6 mH. The motor operates under a rated current of 0.75 amperes. The device works with a voltage input of 125 VAC according to the specifications. The rated voltage, together with current, serves to maintain electrical stability in the system. The rotor inertia has a specified value of 0.4 × 10^-4 kilograms meters². This motor produces a steady holding torque which reaches 1.17 Newton-meters. The reported torque and inertia data contribute to steady motion delivery. The motor measures complete length at 53 millimeters. The 103H7523-6022 stepping motor has its dimensions labeled at 60 millimeters across each side. The square frame structure enables straightforward mechanical attachment of the device. The stepping motor achieves an IP rating of IP43. Operation takes place between -10°C and +50°C. The device can operate effectively within normal industrial working conditions.
The weight of the 103H7523-6022 stepping motor measures about 0.77 kilograms. The designed motor architecture works specifically for control systems that depend on step commands. The design enables repeated angular movement at every sequence. A lead wire setup allows a driver to connect easily. The device delivers regular movement while operating without using external feedback systems. The IP43 rating provides the motor with resistance against environmental factors. This motor frame utilizes standard 60 mm mounting dimensions.
Frequently Asked Questions about 103H7523-6022:
Q: Why is 0.72° step angle used in 103H7523-6022?
A: The 0.72° step angle in 103H7523-6022 stepping motor improves micro-positioning accuracy in automated control systems.
Q: Why is 125 VAC input used in 103H7523-6022?
A: 103H7523-6022 stepping motor uses 125 VAC for compatibility with standard automation circuits requiring higher voltage inputs.
Q: How does bipolar wiring help 103H7523-6022 motor?
A: Bipolar wiring in 103H7523-6022 enables higher torque output and precise control across all energized winding phases.
Q: Why is lead wire configuration used in 103H7523-6022?
A: Lead wire configuration in 103H7523-6022 allows direct connection to motor drivers, simplifying system integration.
Q: How does square body improve 103H7523-6022 fit?
A: The square body of 103H7523-6022 simplifies mounting alignment and ensures uniform fit in modular machinery layouts.
