English
العربية
Rated Power:40 kW
Input Voltage:3-phase, 380-480 V AC
Frequency Range:0.50 to 400 Hz
Protection Rating:IP20
Control Method:Vector Control
Communication Interfaces:Modbus, CANopen
Operating Temperature:-10°C to +40°C
Weight:25 kg
Dimensions:Width: 360 mm, Height: 260 mm, Depth: 150 mm
The SCHNEIDER ATV31HU40N4A is a high-performance variable frequency drive (VFD) designed for industrial applications where precision motor control is essential. With its robust design and advanced features, this VFD ensures smooth operation and energy savings.
**Design Highlights:** The ATV31HU40N4A boasts a compact yet sturdy enclosure, making it ideal for various industrial environments. Its vector control method offers precise speed regulation, enhancing the efficiency of your motor-driven systems. The device is equipped with an intuitive user interface that simplifies setup and maintenance.
**Material & Construction:** Constructed from high-quality materials, the ATV31HU40N4A is built to withstand harsh industrial conditions. Its IP20 protection class ensures reliable operation in dusty or humid environments. The forced air cooling system guarantees consistent performance even under heavy loads.
**Installation & Usage:** Easy to install and integrate into existing systems, the ATV31HU40N4A comes with detailed installation manuals and technical support. Users can benefit from its wide input voltage range and adjustable frequency settings to suit diverse application needs. The device supports multiple control modes, including vector control, for optimal performance.
**Maintenance:** Regular maintenance checks are essential to keep the ATV31HU40N4A running at peak efficiency. The device’s modular design makes it easy to replace components without disrupting operations. Comprehensive diagnostic tools and fault indicators help identify and resolve issues quickly.
**Energy Efficiency:** By providing precise speed control, the ATV31HU40N4A helps reduce energy consumption and lower operating costs. Its advanced algorithms optimize motor performance, ensuring that energy is used efficiently and effectively.
There are no reviews yet.