Emerson Network Power understands that unique telecom network challenges must be viewed and managed holistically. Emerson can address the challenges through its advance integrated product solutions that will cover all points of the network and will include:  

 
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Advanced Control Unit

• Hot pluggable
• 8 Digital programmable alarm inputs
• Web and SNMP support
• Optimum performance by start or shutdown rectifier feature

eSure™ R48-3200e rectifiers

• Optimum performance by start or shutdown rectifier feature
• 97% efficiency
• 200-year MTBF/ 0.5% failure rate

Power Cabinet

• Single 600mmx600mm footprint
• Configured up to 18+18 rectifiers, providing a total output capacity of 57.6+57.6kW for a dual output system (MPS)
• Configured up to 36 rectifiers, providing a total output capacity of 115.2kW for a single output system (LPS)
• Maximum 12 busman fuse holders

AC/DC Inverter System
Increase reliability with no single point of failure by using DC power backup and AC mains for your AC servers

• Increase reliability with no single point of failure by using DC power backup and AC mains for your AC servers
• Expandable plug-and-play inverter modules for systems up to 224kVA
• 91% efficiency (DC-AC)
• AC out full sinus and stabilized
• Switch to AC when DC fails without break – zero transfer time

eStone Monitoring System Web-based site monitoring, alarm/event management and trend analysis for mission-critical sites Real-time monitoring of the data center environment, batteries, security access and surveillance Powered via AC or DC Modular and scalable design, including power module, host module, ammeter module, I/O module and battery module

Precision Cooling Portfolio From room, row to rack, there’s a Liebert XD precision cooling unit to answer specific cooling requirements. Liebert XD™ Components Evaporator (cooling module) Condenser (heat exchanger) Pump XD Coolant – R134a refrigerant Building chilled water (XDP) – 7.2 Celsius H2O; control valve, air cooled condenser (XDC) and water cooled condenser (XDC) The number of high density servers is causing power, cooling and monitoring demands to rise in most telco data centers such as main switching centers. This increasing need not only negatively impacts operating expenses but also constraining growth because additional IT infrastructure needs can’t be met with the existing low density infrastructure and requires either substantial capital investment in the existing facility or investment in a new data center. This trend will only accelerate with increase adaption of Cloud Computing by Telco Operators.  What some telcos may be overlooking are optimization and scalable features found in next generation solutions that can increase the power and cooling capacity substantially while reducing costs.