PV2A015SMT1P50
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The PV2A015SMT1P50 servo amplifier by Sanyo Denki features DeviceNet communication, dual encoder feedback, and IGBT PWM control. It operates with a three-phase 200–230V AC input at 50/60Hz ±3Hz.
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Product Description:
The PV2A015SMT1P50 is a servo amplifier from the PV Super series by Sanyo Denki and is often used in Okuma CNC systems. The amplifier functions as an industrial automation motion control component for high-performance operations. It supports velocity, torque, and position control for accurate and efficient motor operation.
The PV2A015SMT1P50 servo amplifier relies on IGBT PWM control alongside a sine wave drive method. This provides smooth and fast motor control functions. It tolerates humidity between 20% to 90% non-condensing. The amplifier uses DeviceNet communication to enable quick attachment to field networks. The amplifier functions through a three-phase 200–230V AC power input with a 50/60Hz ±3Hz frequency range. It incorporates a dual functionality that enables dynamic braking and regeneration for efficient power use during braking periods. The multi-LED display shows real-time operational status and parameter settings. The PV2A015SMT1P50 servo amplifier also has display alarms built in. The encoder system accepts both incremental and absolute encoder feedback through its interface, which delivers high-resolution data. Its standard weight measures 3.0 kg despite being very portable in relation to its many features. The amplifier functions effectively from 0°C to 55°C of ambient temperature. The unit needs proper vertical installation with adequate ventilation space to avoid heat buildup. The servo amplifier fulfills CE and UL requirements to meet international standards for safety.
The PV2A015SMT1P50 servo amplifier has both CN1 and CN2 ports function as interfaces. The power and I/O terminal blocks function through CN3, CN4, and CN5. Reliability features of the amplifier include circuits that protect against overcurrent conditions. It also includes overvoltage situations and the detection of overheating. It supports manual or software-based parameter adjustments for customization. Each safe operation requires proper grounding as a fundamental requirement.
Frequently Asked Questions about PV2A015SMT1P50:
Q: Why is a sine wave drive method used in PV2A015SMT1P50 servo amplifier?
A: The sine wave drive method minimizes torque ripple, leading to smoother motor operation and improved positioning accuracy in PV2A015SMT1P50.
Q: How does the IGBT PWM control in PV2A015SMT1P50 improve motor efficiency?
A: The IGBT PWM control in PV2A015SMT1P50 improves switching speed and reduces power loss, enhancing overall energy efficiency in motor operations.
Q: Why is vertical mounting necessary for PV2A015SMT1P50?
A: Vertical mounting in PV2A015SMT1P50 enhances heat dissipation and ensures optimal airflow for reliable thermal management.
Q: What is the advantage of DeviceNet communication in PV2A015SMT1P50?
A: DeviceNet communication in PV2A015SMT1P50 simplifies integration into industrial networks and supports fast data transfer for real-time control applications.
Q: How does dual encoder feedback in PV2A015SMT1P50 enhance control precision?
A: Dual encoder support in PV2A015SMT1P50 provides high-resolution feedback and redundancy, increasing system reliability and precise motion tracking.
