Keor MP 60 - 200 kW
Designed to drive the future with innovation, Keor MP is a 3-phase online double conversion monolithic UPS with a module-based architecture. Engineered with a three level IGBT based Inverter technology, it delivers unparalleled efficiency in a compact design. With its high efficiency of up to 96%, a footprint that is up to 43% smaller than conventional UPS systems, the Keor MP ensures you are always ready to meet future demands, today. Integrated with Li-ion battery technology and scalable up to 1.2 MW, the Keor MP is designed to meet the rigorous power demands of modern businesses. It is ideal for IT & ITeS enterprises, educational institutions, edge and enterprise data centers, infrastructure, manufacturing, commercial, hospitals, and diagnostic centers.
Trust Keor MP to lead the way with innovation that drives the future.
FEATURES
- Module based architecture for Low MTTR & High MTBF
- Three Level IGBT based Inverter technology
- High efficiency up to 96% for low TCO
- Lithium-ion battery integration
- Compact footprint with real estate cost savings
- N+X Redundancy & scalable up to 1.2 MW
- Intuitive touchscreen display with live synoptic view for real time status viewing
- Wide communication features for comprehensive monitoring
- Unity power factor for more active power
- Dual input design for maximum availability & uptime
- Wide input voltage & frequency range for added flexibility
- Controlled noise levels for silent operation
Future Ready Design
Keor MP’s future-ready design features a module-based architecture that ensures low Mean Time to Repair (MTTR) and high Mean Time Between Failures (MTBF). Its unique integration with Li-ion batteries and advanced redundancy with fault tolerance systems, coupled with real-time waveform monitoring, provide robust, uninterrupted power solutions for critical applications.
Future Enhanced Interface & Monitoring
The future enhanced interface & monitoring of Keor MP includes an intuitive 7-inch multicolor display and an LED status bar for live synoptic view of system status. With a wide range of communication options, it provides comprehensive, real-time monitoring and seamless interaction for optimal control and management of power systems.
Future Optimized TCO
Keor MP’s future-optimized Total Cost of Ownership (TCO) is driven by its advanced 3-level IGBT-based inverter technology, achieving up to 96% efficiency. The system’s N+X redundancy minimizes downtime, while the self-loading facility and compact footprint minimize space and operational costs, delivering exceptional value and performance.
Future Ensured Safety & Protection
Keor MP delivers future enhanced safety and protection through integrated certified MCCBs, automatic input phase sequence correction and an emergency power off facility. These features offer best-in-class protection, safeguarding your systems against electrical hazards and operational disruptions.
Future Resilient Reliability
Keor MP ensures future-resilient reliability with a unity power factor even at 40°C operating temperatures, along with conformal-coated PCBs that protect against environmental factors. Additionally, monitoring of critical components enhances system durability and performance, ensuring reliable operation in demanding conditions.
Future Adaptable Flexibility
Future-adaptable flexibility in Keor MP is demonstrated through its dual input capabilities, a flexible DC bus, and a wide input voltage and frequency range. Additionally, it supports a common battery bank, providing versatile integration options and seamless adaptability to various power configurations and requirements.
TECHNICAL FEUTURES
Range
10 – 40 kW
Input Voltage Range
260 - 476 Vac
Input Power Factor
> 0.99
THDi
< 3%
Input Frequency
45 - 65 Hz
Output Voltage
380 / 400 / 415 V
AC - AC Efficienc
Up to 95%
ECO Mode
Up to 98%
Isolation Transformer
Integrated (Optional)
Communication Option
1 X RS232, 1 X RS485(Modbus), SNMP Slot
Operating Temperature
0 - 40 ° C
Display
5'' Touch Screen LCD Display Panel
Communication Port
Battery Mode, Low Battery, Overload, Normal Alarm, Fault


