
UPS double conversion three-phase/three-phase EGL 33 30 K
The EGL 33 30 K UPS double conversion system offers a state-of-the-art solution for an uninterruptible power supply (UPS). This system uses digitally controlled online double conversion technology, which ensures maximum reliability and safety.
The UPS is versatile: it can be used as a frequency converter (50/60 Hz) or in combination with motor-driven power generators. This makes it ideal for electrical and electronic systems, even under critical conditions. With its high safety standard and flexibility, the EGL 33 30 K is an excellent choice for industrial applications.
Features of the EGL 33 30 K
- Power: 30,000 VA / 24,000 W
- Technology: Three-phase UPS with double conversion
- Output power factor: φ 0.8 - ideal for energy-intensive applications
- Wide-range input: Compatible with input voltages from 110 V to 300 V
- Critical load outputs: Ensure the priority of important systems in the event of energy bottlenecks
- Frequency inverter: 50/60 Hz support for maximum flexibility
- EPO function: Emergency shutdown for emergencies, e.g. in the event of fire
- Communication: Simultaneous use of SNMP, USB and RS-232 for smooth monitoring and control
- Battery charger: Optimizes battery charging and service life
- Manual bypass: Enables maintenance work without interrupting the power supply
- Redundancy: parallel operation for increased operational reliability
- Power factor correction: On all phases for maximum energy efficiency
The EGL 33 30 K is a robust and flexible solution that combines the highest performance standards with user-friendly operation. Perfectly suited for demanding industrial applications and critical environments.
Features
- Power 30000 VA / 24000 W
- UPS double conversion three-phase
- Output power factor φ 0.8
- Wide range input (110 Vac -300 Vac)
- Outputs for critical loads
- Output inverter frequency CM 50/60 Hz
- Function (EPO) Emergency power off
- Simultaneous operation of SNMP + USB + RS-232
- Battery charger to optimize the performance of the batteries
- Manual bypass for maintenance
- Redundant parallel operation
- Power factor correction on all phases