Brief: This short presentation tells the story behind the design and its intended use cases. Discover the CE+T Bravo 2548/230-277 inverter module, a compact and scalable solution for critical AC backup. See how its modular design and cutting-edge ECI technology eliminate single points of failure while delivering high efficiency. Learn about its wide input ranges, parallel scalability up to 2.7 MVA, and applications across various business-critical environments.
Related Product Features:
Provides a pure sine wave AC output for reliable power backup in conjunction with DC power systems.
Features ECI technology that eliminates single points of failure and enables full scalability up to 32 modules in parallel.
Delivers high efficiency with up to 96% in AC to AC conversion and above 93.7% in DC to AC conversion.
Offers wide AC input range up to 293 Vac L-N and DC input range from 32 to 63 Vdc.
Compact modular design allows up to 12 kVA in 2RU 19-inch rack space with hot-swappable inverter modules.
Compatible with Inview S, X and GW monitoring systems for integrated power management.
Supports both single-phase and three-phase infrastructure configurations for flexible deployment.
Designed for all business-critical applications with low MTTR and reduced service costs.
FAQs:
What is the nominal output power and efficiency of this inverter module?
The module provides a nominal output power of 3 kVA / 2.4 kW at 230 Vac with efficiency greater than 96% in AC to AC conversion and above 93.7% in DC to AC conversion.
How scalable is the Bravo inverter system and what synchronization is required?
The system is fully scalable with up to 32 modules in parallel, reaching up to 2.7 MVA when using an extra synchronization device, making it suitable for expanding power needs.
What input voltage ranges does this inverter module support?
It supports a wide AC input range up to 293 Vac L-N with nominal voltages of 230V, 240V, and 277V, and a DC input range from 32 to 63 Vdc with derating starting at 44 Vdc.
What are the operating temperature and environmental specifications?
The module operates from -20°C to 65°C with power derating from 40°C to 65°C, and can handle maximum relative humidity of 95% for 96 hours per year in non-condensing conditions.