MGE UPS Systems GALAXY 6000, Specifications Manual

Page 1: ...MGETM GalaxyTM 6000 Specification guide __________________________________ Parallel UPS 250 to 3000 kVA Power rating for an N 1 configuration ...

Page 2: ...apacity D 8 5 6 System earthing arrangement D 9 6 Mechanical characteristics D 9 6 1 Mechanical structure D 9 6 2 Modular design D 9 6 3 Dimensions D 9 6 4 Connections D 9 6 5 Ventilation D 9 6 6 Safety D 9 7 Environment conditions D 10 7 1 UPS not including battery D 10 8 Protection D 10 8 1 UPS D 10 8 2 Rectifier chargers D 10 8 3 Inverters D 10 8 4 Batteries D 10 9 Battery management D 11 9 1 S...

Page 3: ...d in this specification ω rectifier ω battery charger ω inverter ω battery ω a battery management system In addition the UPS shall be equipped with for parallel connection of two single UPS units with redundancy ω static bypass via a static switch on each unit ω manual maintenance bypass on each unit ω user and communications interface on each unit for parallel connection with an external maintena...

Page 4: ...static bypasses connected to the same bypass AC source the centralized bypass with redundancy The units shall operate in parallel and redundantly with the load shared equally between the units Redundancy shall be of the n 1 or n 2 type i e 1 or 2 units shall be redundant in the total of n units If a major fault occurs on a unit it shall automatically disconnect If the remaining unit s are sufficie...

Page 5: ...mal AC source absent The battery of each unit shall be capable of ensuring UPS start up even if normal AC power is not available and continuing operation within the specified back up time start on battery power shall be possible on the condition that the system was already started with AC power present 3 Sizing and general characteristics 3 1 Technology Each unit in the UPS system shall be based o...

Page 6: ...ed to receive power from the sources listed below 4 1 Normal AC source rectifier input The normal AC source supplying the UPS shall under normal operating conditions have the following characteristics ω rated voltage 380 400 or 415 volts rms at full rated load Pn ω voltage volts 15 ω number of phases 3 N earth ω frequency Hz 10 4 2 Bypass AC source static bypass input if separate from rectifier in...

Page 7: ...60 minutes in the event of a normal AC source failure with the inverter operating at full rated load i e kVA at a power factor pf of 0 8 Sizing calculations shall assume an ambient temperature between 0 C and 35 C The UPS shall include devices to ensure ω effective battery protection see section 8 4 Protection Battery ω battery management see section 9 Battery management 5 3 Inverter Each inverter...

Page 8: ...gh overloads very high crest factors etc without transferring the load to the bypass 5 4 Static bypass 5 4 1 Load transfer to the static bypass Instantaneous transfer of the load from the inverters to bypass power and back shall take place without a break or disturbance in the supply of power to the load on the condition that the bypass source voltage and frequency are within the tolerances specif...

Page 9: ...ace it shall be possible to install the UPS with the back to the wall 6 4 Connection To facilitate connections all terminal blocks must be easily accessible from the front when the UPS is installed with the back to the wall Entry of upstream and downstream power cables as well as any auxiliary cables shall be possible through the bottom for a false floor The UPS shall be equipped with an earth cir...

Page 10: ... rectifier charger shall automatically shut down if the DC voltage reaches the minimum value specified by the battery manufacturer Each inverter shall be equipped with an automatic shutdown system to protect its power circuits against overloads exceeding UPS system overload capacity when bypass power is not available In particular a short circuit on the load shall initiate a static shutdown of eac...

Page 11: ...monitors the actual backup time available AC source present or remaining AC source absent according to the actual load on the UPS the battery temperature and the age of the battery 9 3 Digital battery monitoring Each UPS shall be equipped with a system for battery digital management Based on a number of parameters percent load temperature battery type and age the system shall control the battery c...

Page 12: ... It shall be possible to display the following indications load on battery power load on UPS load on automatic bypass general alarm battery fault remaining battery backup time low battery warning bypass AC source outside tolerances battery temperature Additional information shall be provided in view of accelerating servicing of the system as specified in section 11 Maintainability ω display of ope...

Page 13: ...enting different protocols e g SNMP JBus ModBus RS232 USB 10 2 2 Communications options The UPS shall be designed to enable the extension of communications without system shutdown to the following types of cards ω an SNMP communication card for connection to an Ethernet network for connection to a computer network management system ω an RS485 serial link communication card capable of implementing ...

Page 14: ...h environmental protection standards with production taking place on premises certified ISO 14001 The UPS design procedure shall be covered by an ISO 9001 quality system as well as a dependability study to ensure maximum reliability 12 2 Certification of conformity The manufacturer shall provide on request a complete qualification file demonstrating compliance with the above standards What is more...

Page 15: ...he supplier shall be in a position to offer a contract limiting the response time to four hours ω The supplier s logistics system and the availability 24 hours a day of original replacement parts shall similarly contribute to reducing to the greatest extent possible the mean time to repair MTTR 14 4 System start up ω The system and equipment shall be started up on site by the supplier or its autho...

Page 16: ...6 17 Electrical diagram Battery Normal AC input UPS 1 Bypass AC input Load Battery Normal AC input UPS 2 P P1 P1 kVA P1 kVA Fig 1 Two parallel connected UPS units with or without redundancy Load UPS3 Normal AC input Normal AC input Bypass AC input Normal AC input UPS2 External bypass cabinet UPS1 P1 kVA P1 kVA P1 kVA Fig 2 UPS system with common external bypass up to four units ...

Page 17: ...se 250 to 3000 kVA Power rating for an N 1 redundant configuration APC By Schneider Electric Edition 03 2009 Spec E 17 Load Bypass AC input Normal AC input Normal AC input Normal AC input Centralized bypass Fig 3 UPS system with centralized bypass up to six units ...

Page 18: ...nput current THDI upstream 4 with THM filter yes no Input power factor PF 0 94 yes no No inrush or start up current yes no Rapid battery charger Backup time 10 minutes in t 11 hours 4 hours in t 24 hours yes no Voltage regulation 1 yes no Independent regulation monitoring systems yes no Battery Type standard sealed lead acid in a cabinet yes no other yes no Service life years yes no Backup time mi...

Page 19: ... Hz to 2 Hz yes non Frequency synchronisation with an external source 8 of rated frequency yes no Overload capacity 125 In for 10 minutes yes no 165 In for 1 minute yes no Current limiting 233 In for 150 milliseconds yes no Crest factor up to 3 1 yes no Static bypass Static bypass yes no Short circuit withstand of static bypass depending on power yes no Maintenance bypass yes no Efficiency Normal ...

Page 20: ...2 1 yes no Certification of performance TÜV yes no Quality certification ISO 9001 9002 yes no Eco design and manufacturing ISO 14001 site yes no Services Technical competency of supplier Level 4 NFX 060 010 yes no Diagnostics and monitoring Remote yes no Technical support International yes no Operation Maintainability Access to power components through front yes no Access to communication through ...