The MULTI GUARD 15-120kVA is a modular scalable three-phase / three-phase ups with double conversion technology: its power range from 15 kVA to 120 kVA offers the best combination between reliability, functionality and flexibility.
The parallel configuration of N + X MULTI GUARD 15-120 adopts a highly intelligent modular design that allows to achieve the maximum power availability and redundancy.
The solution was specifically designed to ensure maximum protection of mission critical data center or critical applications loads.
In a standard cabinet can be installed up to 8 modules to reach the maximum power of 120 kVA. If the load is within limits, you can hot-swap modules allowing the power continuity without any interruption.
- Maximum 120kVA capacity in a 19“ rack.
- Input power factor >0.99
- THDi <2% and output voltage distortion equal to 1.5%.
- 15 kVA per module with hot-swap function.
- The LCD display on the front panel displays unit status and important information such as input and output nominal values, capacity, temperature and autonomy.
- Communication port for standard Ethernet and relay contact board.
- DSP technology, IGBT input.
- 36 Ampere battery charge current on a 120 kVA system.
- The Multi Guard UPS power modules use the latest DSP microchip technology. This reduces hardware components, increases UPS reliability and also makes it easier to update and maintain the software.
- The UPS operates with load sharing technology. Should any of the UPS modules fail, the load will be taken over by the rest of the modules without interruption. This increases the real time operation and power availability compared to other standby UPS.
- The Multi Guard UPS is designed to connect to external battery banks in order to ensure the required battery run time.
Advanced Modular Design
The Multi Guard system contains UPS modules, a LCD Display module, the PDU and other accessories. Each UPS module is a fully independent 15kVA UPS. Thanks to the advanced wireless parallel control technology and smart communication, the UPS modules and LCD display modules can be easily replaced at any time without affecting UPS operation. The user friendly “plug & play” design simplifies UPS servicing and maintenance.
The Multi Guard de-centralises the control units in each UPS Module. The LCD Display module is for display and communication purposes only. If the LCD Display module fails, the UPS system still functions and supports the load without any interruption.
High capacity MTBF
System MTBF for two modules in parallel is more than 1,000,000 hours and power availability is above 99.999%. Each 15-120 kVA redundant configuration guarantees correct operation even in the event of the failure of one of the UPS modules. The module replacement procedure only takes 5 minutes for full system recovery.
This solution allows you to:
• Minimise downtime;
• Reduce the number of stored spare parts;
• Avoid the need for specialised technicians
Intelligent recharging system
The Multi Guard UPS system applies a two step intelligent charging system. The first stage is a constant charging current that can recharge the battery capacity to 90% very quickly. The system then transfers to a constant voltage mode to guarantee the battery can stay fully charged all the time.
This intelligent charging system not only reduces the battery recharging time but also extends battery life, saving on battery replacement costs.
The Multi Guard 30 and 60 versions are designed to build up internal run time using a single battery module for all power and autonomy requirements.
The same battery module is also used to build up the required autonomy in an external cabinet.
Low total Cost of Ownership (TCO):
− Lower system set-up costs
− Lower energy costs
− Lower cooling costs
− Lower expansion costs
− Lower maintenance costs.
UPS power selection
The Multi Guard can be configured from 1 up to 8 modules in its cabinet to form the most suitable N + X configuration for the application.
Multi Guard grows as your needs grow by simply adding further UPS modules and battery modules to the existing frame. The initial investment is recuperated in cost savings. New power supply requirements can be satisfied without complex and costly replacement operations.