The INVT CHH100 series represents advanced engineering in medium voltage variable frequency drives, specifically designed for industrial applications requiring exceptional reliability and precise speed regulation. This drive utilizes sophisticated power unit tandem technology combined with a multiprocessing control architecture featuring DSP+FPGA processors, ensuring stable performance and superior control accuracy. Built with premium quality components and featuring an intuitive user interface, the CHH100 series delivers optimal energy savings and process enhancement capabilities while maintaining operational simplicity for industrial operators and maintenance teams.

This medium voltage drive finds extensive application across multiple heavy industries including power generation, mining operations, cement manufacturing, water treatment facilities, and petrochemical processing plants. In power generation, it regulates critical pump and fan systems, while in mining it controls conveyor belts and crushers under extreme conditions. The cement industry utilizes it for precise control of kiln and mill operations, and water treatment plants rely on its consistent performance for pumping and filtration systems. The petrochemical sector benefits from its robust construction in controlling compressors and processing equipment in potentially hazardous environments.

The INVT CHH100 delivers significant business value through reduced energy consumption, lower maintenance costs, and enhanced process reliability. Its advanced design ensures minimal harmonic distortion, reducing stress on electrical systems and extending equipment lifespan. The drive's customization options allow for tailored solutions specific to industry requirements, while its user-friendly interface simplifies operation and reduces training requirements. Strict quality control measures and premium component selection guarantee long-term reliability, making it a smart investment for businesses seeking to optimize their industrial processes and achieve substantial operational cost savings.

Key Features:
- Advanced power unit tandem technology for enhanced system reliability and redundancy
- DSP+FPGA multiprocessing control architecture ensuring precise speed regulation and stability
- Phase-shifting multiple PWM technology for low harmonic content and clean power delivery
- Hot-dip galvanized sheet metal construction providing superior corrosion resistance
- Low frequency speed tracking capability for quick restart during power interruptions

Benefits:
- Advanced power unit tandem technology for enhanced system reliability and redundancy
- DSP+FPGA multiprocessing control architecture ensuring precise speed regulation and stability
- Phase-shifting multiple PWM technology for low harmonic content and clean power delivery
- Hot-dip galvanized sheet metal construction providing superior corrosion resistance
- Low frequency speed tracking capability for quick restart during power interruptions