X1500
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The Danaher X1500 motor, part of the Slo-Syn Synchronous Motors series, is constructed from stainless steel with a polished surface finish. It operates at 220V and 50Hz, consuming 150W of energy, with a robust tolerance of ±0.02 mm. The motor's operating temperature range spans from -20°C to 70°C, and it weighs 500 kg.
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Product Description:
The X1500 Synchronous Stepping Motor achieves both compact design and reliable operation performance. Danaher is the manufacturer of this stepping motor and it refers to the Slo-Syn series.
The X1500 synchronous stepping motor has a speed of 72 RPM and it is designed for precise, controlled motion rather than high-speed rotation which makes it ideal for applications like indexing tables, conveyors or robotics. This module rotational resistance of its load is 35 kg-cm² and it generates sufficient torque to accelerate and decelerate this mass smoothly. This model resistor has a resistance of 55 ohms which consumes 375 watts power consumption. Its voltage rating is 120 volts which is a common household voltage in North America that suggests convenient installation and that the motor drive circuitry is built for residential or commercial use. It comes with a frequency rating of 60 Hz which matches standard grid frequency in the US and some other countries and syncs with AC-based timing, critical for a synchronous motor where motor speed is tied to line frequency. This module accepts single phase supply unlike traditional stepping motors which are typically 2 to 4 phases and it may still operate via multiple windings internally.
The X1500 synchronous stepping motor is featured with a capacitor with capacitance of 30 µF which is likely used to improve power factor or phase shifting for the motor’s start or run cycles and is essential in single-phase AC motors to create a rotating magnetic field. It comes with nema 42 and 66 frame size which indicates it a physically large motor and suggests high torque and industrial use. It ensures safety and quality as it complies with UL standards.
Frequently Asked Questions about X1500:
Q: How does the 30 µF capacitor improve performance in the X1500 motor system?
A: The capacitor aids in phase shifting, creating a stable rotating magnetic field. This ensures smoother motor startup and consistent torque in single-phase setups.
Q: Why is a 55-ohm resistor used in the X1500 synchronous stepping motor?
A: The 55-ohm resistor helps dissipate excess energy during deceleration. This protects internal components and enhances braking efficiency in the X1500 motor system.
Q: How does the NEMA 66 frame size contribute to the motor's functionality?
A: NEMA 66 offers a larger housing for thermal management and torque support. This allows the motor to sustain heavy-duty loads in industrial motion systems.
Q: What advantage does the X1500 model gain from operating at 72 RPM?
A: Operating at 72 RPM supports high-precision movement and timing accuracy. This speed is ideal for slow but exact positioning tasks in automation.
Q: How does the X1500 motor handle higher inertia loads like 35 kg-cm²?
A: The motor delivers stable acceleration and controlled deceleration. This prevents overshooting and ensures synchronization with external control signals.
