• Input 220Vdc or 110 Vdc
• Output 1phase + N + PE 220/230/240Vac
• Classification 1E Class

The analog Transokraft inverters are suitable for secure, uninterrupted supply to critical loads which require an AC voltage supply independent of the mains power system and the faults which may occur. This independent supply avoids interruptions to the connected loads caused by mains power failures, mains voltage deviations or mains frequency deviations, any of which may result in considerable financial loss and physical danger.

• Input 220Vdc
• Output 3 phase + N + PE 380Vac, 400Vac, 415Vac

The analog Transokraft inverters are suitable for secure, uninterrupted supply to critical loads which require an AC voltage supply independent of the mains power system and the faults which may occur. This independent supply avoids interruptions to the connected loads caused by mains power failures, mains voltage deviations or mains frequency deviations, any of which may result in considerable financial loss and physical danger.

• 10 – 60 kVA in 1-ph output configurations
• 10 – 120 kVA in 3-ph output configurations
• Compatible with most applications thanks to the wide input DC voltage range (110 or 220 Vdc)
• Electrical robustness thanks to the galvanic isolation provided as standard

Protect 8 INV is an extremely robust industrial inverter, both electrically and mechanically, particularly suited for heavy-duty industrial applications. It can be customized to meet the toughest requirements of industrial environments. Its high efficiency, even in the part-load range, allows to optimize operating costs.

• Easy Maintenance
• Energy Saving

The inverter system is designed for all industrial applications and provides secured power for all types of AC loads. The design is modular and scalable with hot- swappable inverter modules which ensures low Mean Time to Repair (MTTR), reduction in service costs and meets the changing needs for future expansion. The inverter uses “Twin Sine Inverter” (TSI) technology that eliminates all single points of failure with full scalability; up to 32 modules in parallel and high efficiency of up to 96% reducing operating costs.