Schneider Altivar 212 ATV212WD15N4C Variable Frequency Drives

Description

The ATV212WD15N4C is a frequency controller from the Altivar 212 range, specifically designed to provide high-efficiency speed control for three-phase asynchronous motors. Rated for 15 kW operation at 480V, this variable frequency drive is optimized for building automation, pump, and fan applications. The unit features an EMC class C1 filter to ensure compliance with stringent electromagnetic compatibility requirements in sensitive environments and is enclosed in an IP55-rated housing, providing protection against dust and water jets. The ATV212WD15N4C delivers reliable performance for complex HVAC and fluid management systems, ensuring energy efficiency and precise motor operation.

Features

• Optimized for 15 kW motor power applications.
• Three-phase (3F) power input compatibility.
• Integrated EMC class C1 filter for reduced signal interference.
• Robust IP55 enclosure for installation in demanding industrial environments.
• Dedicated Altivar 212 architecture for enhanced control of HVAC and pumping systems.

Applications

• Commercial and industrial HVAC fan control.
• Pump systems for water treatment and distribution.
• Automated building control systems.
• Air handling units and blowers.

Technical Specifications

Installation Guidelines

• Mounting: Utilize the IP55 enclosure to mount the drive in positions where it may be exposed to dust or splashing water. Ensure the surface can support the 31.50 kg weight of the unit.
• Cooling: Although the unit has a high ingress protection rating, ensure that external heat dissipation is accounted for if the drive is installed in a confined space.
• Grounding: A robust connection to the building earth system is mandatory to ensure the effectiveness of the EMC class C1 filter.
• Wiring: Route power and signal cables separately to prevent electromagnetic coupling.
• Environment: Ensure the ambient temperature is within the manufacturer's specified range for Altivar 212 drives to prevent derating and extend the service life of internal components.