Allen-Bradley AB 20AD014C0AYNANC0 AC Drive: Precision Control, Industrial Efficiency

Full Numeric LCD Display:Yes

Manual Control with Brake:Yes

IGBT Technology:Yes

Resistor Integration:No

Rating Capabilities:Filtered A & B Frames (Optional), C, D, & E Frames (Standard)

Network Compatibility:EtherNet/IP

Control Type:Enhanced

Frame Rating:Up to 600V, 500A

Operating Temperature Range:-20°C to 50°C

Input Voltage:480V AC

Output Current:Up to 500A

Motor Protection:Overload, Short Circuit, and Thermal Protection

    The Allen-Bradley AB 20AD014C0AYNANC0 AC Drive is an advanced solution for industrial automation, designed to meet the stringent requirements of modern manufacturing processes. Its high-performance PWM technology ensures unparalleled precision and smooth operation across various applications, from packaging machinery to heavy-duty industrial plants.

    Engineered with robust protection features, this drive safeguards against common industrial challenges such as overload, short-circuits, and voltage spikes, ensuring continuous operation without interruptions. Its wide operating temperature range (-20°C to +50°C) guarantees reliable performance in diverse environments.

    Integrated with EtherNet/IP protocol, it seamlessly connects to a network of other industrial devices, facilitating easy monitoring, control, and diagnostics through industry-standard software tools. This drive is compatible with a broad spectrum of motor types and sizes, making it a versatile choice for a multitude of industrial applications.

    Featuring IGBT technology, the AB 20AD014C0AYNANC0 AC Drive offers superior efficiency and reliability, significantly reducing energy consumption and maintenance costs compared to conventional drives. Its high current output capability up to 120A ensures efficient power delivery to motors, enhancing overall productivity.

    With its comprehensive set of specifications tailored for industrial use, the Allen-Bradley AB 20AD014C0AYNANC0 AC Drive is an essential component for any facility aiming to enhance operational efficiency, reduce downtime, and maintain high standards of safety and performance.