103H5210-0480
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The 103H5210-0480 is a 2-phase stepper motor with a step angle of 1.8° per step and a frame size of approximately 42 mm. Produced by Sanyo Denki under the StepSyn Stepping Motors series, it features a bipolar drive control and a 5 mm shaft diameter with an industrial-grade operating temperature range.
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Product Description:
The 103H5210-0480 Stepper Motor is built by Sanyo Denki which offers precision and reliability. It is part of the StepSyn Stepping Motors series and it is a well suitable motion control solution for industrial automation applications.
The 103H5210-0480 stepper motor is designed to operate at under normal conditions on 1.2 amperes current which helps determine the power consumption and the heat dissipation. The tolerance of its shaft alignment is 0.025 mm which indicates a relatively high degree of precision and ensures minimal wobbling or misalignment which is crucial for smooth operation. This module operates with a supply voltage of 100 V which is the required voltage input for the motor to perform at its rated current and torque. The motor resistance to changes in rotational speed is determined by 0.074x 10^-4 kg-m² which is low, which means quicker acceleration and deceleration of the motor. It operates on a DC power source, with the specification indicates a voltage of 24V DC and power consumption of 2.4 W. The module dimensions are 80 x 80 x 36 mm which helps in ensuring the motor fits in the designated space or system.
The 103H5210-0480 stepper motor total weight is 0.37 kg which suggests a relatively compact and lightweight design. The model can handle 0.37 nm torque when stationary which indicates the amount of force the motor can resist before moving. This module can handle temperatures up to 130°C without degradation of its materials that offers a moderate level of thermal protection. The module has the standing angle error of ±0.09° which means it can maintain very precise angular positioning, with a very low margin of error.
Frequently Asked Questions about 103H5210-0480:
Q: How does the low rotor inertia of 0.074 x 10^-4 kg-m² benefit the 103H5210-0480 stepper motor?
A: The low rotor inertia allows the motor to accelerate and decelerate more quickly, enhancing responsiveness and reducing the system's total cycle time.
Q: What is the impact of the 0.025 mm shaft runout in the 103H5210-0480 stepper motor?
A: A shaft runout of 0.025 mm ensures minimal wobbling or misalignment, providing smoother motion and more precise positioning in demanding applications.
Q: How does the 103H5210-0480 stepper motor manage thermal conditions?
A: With a Class B insulation rating, the motor can operate up to 130°C, offering good thermal protection to ensure long-lasting performance even under high temperature conditions.
Q: Why is the holding torque of 0.37 Nm important in the 103H5210-0480 stepper motor?
A: The holding torque determines the amount of force the motor can resist without moving. A 0.37 Nm holding torque allows it to hold position accurately under load.
Q: How does the 2.4W power consumption of the 103H5210-0480 stepper motor affect energy efficiency?
A: The 2.4W power consumption ensures that the motor is energy-efficient while still providing the necessary performance for precision control in various applications.
