103H5510-70E9
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The 103H5510-70E9 is a Sanyo Denki StepSyn Stepping Motor, featuring a precise step angle of 1.8 per step. It operates at a rated voltage of approximately 70V, with a current range of 1.0–1.5A and a holding torque typically between 2–3 N·m. This 2-phase stepper motor is foot-mounted for versatile applications.
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Product Description:
The 103H5510-70E9 categorized as a SANYO DENKI Stepper Motor which belongs to the StepSyn Stepping Motors family. With an approximate rated voltage of 70V, it operates under low voltage conditions effortlessly. The motor consumes current in the range of 1.0 to 1.5 A which ensures smooth power supply for precise motion control tasks. The motor achieves 1.8 per step with a full rotation step angle limiting error during positioning.
A typical holding torque of 2 to 3 N·m is measured to restrict the load during active work. With no power, residual torque keeps the motor from rotating freely causing unwanted motion. The smooth and steady movement of the motor is achieved with its 2-phase configuration powering the sequence of steps. Autonomy to control current flow is enabled by the phase resistance of about 2–4 ohm which leads to positive responsiveness. The phase inductance permits flow of electric current in the motor windings letting it store energy to power the motor when needed, making it efficient with a measurement typical of 3-8 mH. Standard coupling interfaces are easily compatible as it features a shaft diameter of 8-10 mm.
The 103H5510-70E9 drive utilizes a NEMA 23 type with a foot-mounted configuration that makes fastened implantation in industrial environments effortless. It works dependably in ambient temperatures of about –20C to +60C, allowing the performance to remain stable across a range of environments. The rotor inertia is about 0.00018 kg·m² that allows for acceleration control. Its resonant frequency is approximately 150 Hz, which effectively masks errors made by vibrations. It weighs roughly 0.9 kg, which is helpful for applications that require low masses.
Frequently Asked Questions about 103H5510-70E9:
Q: What impact does the step angle of 103H5510-70E9 have on positioning accuracy?
A: The motor steps at 1.8 per step, enabling fine resolution in movement. This precise increment improves overall positioning accuracy.
Q: How does the rated voltage of 103H5510-70E9 benefit its operation?
A: It operates at approximately 70 V, ensuring stable low-voltage performance. This voltage supports reliable power delivery in sensitive control systems.
Q: How does the holding torque specification of 103H5510-70E9 enhance load stability?
A: It delivers a holding torque typically between 2 and 3 N·m, ensuring secure load retention. This torque level prevents unwanted movement when the motor is idle.
Q: What benefits does the 2-phase configuration of 103H5510-70E9 provide?
A: The drive employs a 2-phase design that delivers consistent stepping sequences. This configuration enhances responsiveness in precision applications.
Q: How does the phase resistance of 103H5510-70E9 affect its performance?
A: The phase resistance of approximately 2–4 Ω ensures controlled current flow. This characteristic further supports efficient energy management during operation.
