The Schneider Electric ATV212HD55N4 serves as a dedicated solution for fluid management in commercial buildings. This 55 kW (75 HP) variable speed drive optimizes the performance of three-phase asynchronous motors. It operates within a standard supply voltage of 380V to 480V AC. Furthermore, the Altivar 212 series focuses specifically on fan, pump, and compressor applications. Its engineering ensures precise control over air flow and water pressure. Consequently, this drive improves operational stability across complex heating and ventilation infrastructures.
Superior Energy Efficiency and Harmonic Reduction
Energy conservation remains a primary benefit of the ATV212HD55N4 inverter system. It reduces power usage by up to 70% compared to traditional fixed-speed starters. Additionally, unique internal technology limits current harmonics without requiring external DC chokes. This design effectively prevents excessive cable temperature rise during continuous operation. The unit also includes a built-in EMC filter to ensure high electromagnetic compatibility. Therefore, it provides a cost-effective and space-saving installation for modern green building projects.
Core Technical Specifications
- Brand: Schneider Electric
- Model: ATV212HD55N4
- Drive Type: Variable Speed Drive (VFD)
- Power Capacity: 55 kW (75 HP)
- Input Voltage: 380…480 V AC (3-Phase)
- Protection Rating: IP21
- EMC Filter: Integrated C2 Class
- Communication: Modbus, BACnet, METASYS N2, APOGEE FLN
- Standards: IEC/EN 61800-3, UL, CSA
- Unit Weight: 55.4 kg
Smart Building Integration and Connectivity
This Altivar 212 model facilitates seamless communication with existing building automation networks. It supports multiple embedded protocols including BACnet, Modbus, and METASYS N2 as standard. Moreover, these features enable real-time monitoring of energy metrics and motor health. The drive supports vertical panel mounting to optimize cabinet space utilization. Technicians can also add optional motor chokes to facilitate longer cable runs. These capabilities ensure the system remains flexible and adaptable to various architectural requirements.
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