103H5332-0340
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The 103H5332-0340 StepSyn stepping motor features a 42 mm square flange size, a holding torque of 0.196 N·m, a rated current of 3 A/phase, and a winding inductance of 0.5 mH/phase. Manufactured by Sanyo Denki and part of the StepSyn Stepping Motors series, it operates at DC 24V and withstands voltages up to 1000V AC.
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Product Description:
The StepSyn Stepping Motor 103H5332-0340 represents a precise motor product by Sanyo Denki for Industrial automation. The engineering specifications of this device feature a 42 mm square flange size to fit different mounting requirements. The motor provides a holding torque of 0.196 Nm which ensures stable motor performance.
The rated phase current of the 103H5332-0340 stepping motor reaches 3 Amps which delivers maximum operating efficiency. The electrical performance gets better through a winding resistance of 0.84 Ω per phase. This low-inductance device of 0.5 mH per phase lets the users gain better control of their motors. The rotor inertia amounts to 0.053 x10⁻⁴ kg·m² (0.29 oz·in²) which enables delicate motion control. The small 0.3 kg (0.66 lbs) weight makes this motor appropriate for tight installation settings. The step angle stands at 1.2 degrees which results in precise positioning alongside smooth motor motion. The 103H5332-0340 stepping motor works efficiently at a DC 24V voltage system which provides dependable performance in industrial conditions. This device operates in a temperature range of -10 to +50°C to perform in different environmental settings. The device shows an insulation resistance higher than 100 MΩ at 500V DC voltage to maintain electrical safety. Voltage protection against 50/60 Hz frequency and 1000V AC creates a barrier against electrical fluctuations.
The 103H5332-0340 stepping motor accepts either photo coupler input or CMOS input driver types which include PMDSA1S3P01 and PMDSA1S3C01. Different control systems become more compatible since this addition occurs. Its total weight measures 0.3 kg (0.66 lbs) which facilitates simple adoption into automated systems. When applied to motion control applications this motor delivers precise performance and stands durable with high efficiency. This motor operates reliably in aggressive operational scenarios.
Frequently Asked Questions about 103H5332-0340:
Q: How does low rotor inertia improve performance in 103H5332-0340?
A: The 103H5332-0340 StepSyn Stepping Motor has low rotor inertia, enabling faster acceleration and deceleration for smoother motion control and precise positioning.
Q: Why does 103H5332-0340 use 0.5 mH inductance per phase?
A: The 0.5 mH inductance per phase in 103H5332-0340 minimizes electrical delays, ensuring rapid response time and better motor control efficiency.
Q: What is the advantage of 1.2-degree step angle in 103H5332-0340?
A: The 1.2-degree step angle in 103H5332-0340 StepSyn Stepping Motor enhances resolution, providing precise incremental motion for industrial applications requiring accuracy.
Q: Why is 103H5332-0340 designed for DC 24V systems?
A: The 103H5332-0340 StepSyn Stepping Motor operates on DC 24V, optimizing power efficiency and providing stable performance in industrial automation setups.
Q: How does 103H5332-0340 ensure electrical safety?
A: The 103H5332-0340 maintains insulation resistance above 100 MΩ at 500V DC, preventing electrical leakage and ensuring motor longevity in harsh environments.
