Part of the Schneider Electric Altivar Process series, the 64501 is a variable frequency drive engineered for demanding industrial applications. This drive is designed to optimize energy efficiency and reduce harmonic distortion, ensuring reliable operation in environments such as water treatment plants, oil and gas facilities, and material handling systems. Its robust construction and advanced control algorithms contribute to extended equipment life and improved process performance.

Technical details

• Series: Altivar Process
• Product Type: Variable Frequency Drive (VFD)
• Control Method: Likely supports advanced control algorithms for motor speed and torque regulation. Specific protocols and control modes should be verified against the manufacturer's datasheet.
• Harmonic Distortion: Designed for low harmonic distortion, contributing to compliance with electrical standards.
• Efficiency: Engineered for high energy efficiency in motor control applications.
• Voltage Class: Specific voltage rating requires verification against the manufacturer's datasheet.
• Power Rating: Specific power rating requires verification against the manufacturer's datasheet.
• Communication: Supports various industrial communication protocols for integration into automated systems. Specific protocols should be verified against the manufacturer's datasheet.

Applications & compatibility

The Schneider 64501 is suitable for a wide range of variable torque and constant torque applications. It is commonly deployed in pump and fan control, conveyor systems, and other machinery where precise speed control and energy savings are critical. This drive is designed for seamless integration into existing automation architectures, supporting various communication networks.

Available from Industrial Automation Co as new, refurbished, or surplus stock, backed by a 2-year warranty with same-day shipping on in-stock items. Request a quote for the Schneider 64501 or contact our technical team for cross-reference assistance with compatible Altivar Process components.