X1500E
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The X1500E synchronous motor features a power output of 19V 2.37A, a power input range of 100-240V AC, and a compact micro connector pin design. Part of the Slo-Syn Synchronous Motors series by Danaher, it is equipped with a 45W AC adapter and a 1.35mm inner diameter connector for efficient compatibility.
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Product Description:
The X1500E Synchronous Motor is made for industrial automation tasks. It is made by Danaher with a focus on efficiency and performance. It is perfect for motion control systems that require stable power inputs.
The X1500E synchronous motor has a 4 wire which typically implies a bipolar configuration that requires a specific type of driver or control circuit. It needs a capacitor of 30 µF to function properly with a 120V 60Hz input and helps create the necessary phase shift for rotation. It comes with a very high holding torque of 1500 oz-in. It is protected from overcurrent damage through its winding impedance which reduces risk of overheating during stall or overload. The measured thickness of the motor shaft is 0.622 inches which is important when choosing couplers, gears or pulleys. It is rated to run nonstop without needing to cool down—ideal for industrial applications. It covers 1500 steps per revolution and each of its steps is 0.24 degrees which gives the motor exceptional positioning accuracy. This module shaft has a length of 1.5 inches which gives the motor mounting flexibility. It is designed to operate in the temperature ranges between -40°C to +60°C which is suitable for both freezing and hot industrial environments.
This Slo-Syn Synchronous Motors series model is designed with 4-hole square mount with chamfered cutouts which is a common mounting style that makes it easy to integrate into machinery with standard motor brackets. It has a metal housing made from aluminum or steel which is durable and protects internal components from mechanical damage or environmental exposure. It has a speed of 72 rpm which is typical for stepper motors that provides high torque at low rotation rates suitable for positioning systems.
Frequently Asked Questions about X1500E:
Q: Why does the X1500E motor use a 4-wire bipolar configuration?
A: A 4-wire bipolar design allows for precise torque control and better efficiency. It also reduces power loss during operation, making it ideal for demanding motion tasks.
Q: How does the 1500 steps/rev specification enhance motion accuracy?
A: With 1500 discrete steps per revolution, the X1500E provides fine-grained positioning. This allows for tight control in automated systems that require precise movements.
Q: Why is a capacitor required for the X1500E motor to function?
A: The capacitor creates a phase shift that enables the motor’s synchronous operation. Without it, the motor cannot maintain stable rotational performance.
Q: What role does the drilled center shaft play in the X1500E motor?
A: The drilled shaft allows easier coupling and alignment with driven components. This is especially helpful in high-precision mechanical assemblies.
Q: How does the impedance protection feature of X1500E prevent motor damage?
A: Impedance protection limits current under stalled conditions, protecting windings from overheating. This increases the motor's durability in continuous-duty environments.
