Galaxy VX. 480 V UPS System Technical Specifications 07/

Transcription

1 Galaxy VX Technical Specifications 07/2017

2 Legal Information The Schneider Electric brand and any registered trademarks of Schneider Electric Industries SAS referred to in this guide are the sole property of Schneider Electric SA and its subsidiaries. They may not be used for any purpose without the owner's permission, given in writing. This guide and its content are protected, within the meaning of the French intellectual property code (Code de la propriété intellectuelle français, referred to hereafter as "the Code"), under the laws of copyright covering texts, drawings and models, as well as by trademark law. You agree not to reproduce, other than for your own personal, noncommercial use as defined in the Code, all or part of this guide on any medium whatsoever without Schneider Electric's permission, given in writing. You also agree not to establish any hypertext links to this guide or its content. Schneider Electric does not grant any right or license for the personal and noncommercial use of the guide or its content, except for a non-exclusive license to consult it on an "as is" basis, at your own risk. All other rights are reserved. Electrical equipment should be installed, operated, serviced, and maintained only by qualified personnel. No responsibility is assumed by Schneider Electric for any consequences arising out of the use of this material. As standards, specifications, and designs change from time to time, please ask for confirmation of the information given in this publication.

3 Table of Contents Important Safety Instructions SAVE THESE INSTRUCTIONS...5 FCC Statement...6 Safety Precautions...6 System Overview...8 Model List Overview of Configurations...12 Overview of UPSs with 750 kw I/O Cabinet without Maintenance Bypass Cabinet Single Utility/Mains System...12 Overview of UPSs with 750 kw I/O Cabinet without Maintenance Bypass Cabinet Dual Utility/Mains System...13 Overview of UPSs with 750 kw I/O Cabinet with Line-Up Maintenance Bypass Cabinet Dual Utility/Mains System...13 Overview of UPSs with 750 kw I/O Cabinet with Remote Maintenance Bypass Cabinet Dual Utility/Mains System...14 Overview of UPSs with 750 kw I/O Cabinet Parallel System with Two UPS Units...15 Overview of UPSs with 1000 kw I/O Cabinet Single Utility/Mains System...16 Overview of UPSs with 1000 kw I/O Cabinet Dual Utility/Mains System...16 Overview of UPSs with 1500 kw I/O Cabinet Single Utility/Mains...17 Overview of UPSs with 1500 kw I/O Cabinet Dual Utility/Mains...17 Input Power Factor...18 Input Voltage Window...19 Efficiency...20 Derating Due to Load Power Factor...21 Batteries...22 Typical Battery Runtimes for Classic Battery Cabinets...22 End of Discharge Voltage...22 Battery Voltage Range...23 Compliance...24 Communication and Management...25 EPO Connections...25 Overview of Input Contacts and Output Relays...25 Specifications for UPSs with 750 kw I/O Cabinet...27 Input Specifications...27 Bypass Specifications...27 Output Specifications...28 Battery Specifications...28 Recommended Breaker and Cable Sizes...29 Recommended Bolt and Lug Sizes...30 UPS Weights and Dimensions...30 Maintenance Bypass Cabinet Weights and Dimensions...30 UPS Shipping Weights and Dimensions...30 Maintenance Bypass Cabinet Shipping Weights and Dimensions E 001 3

4 Clearance...31 Specifications for UPSs with 1000 kw I/O Cabinet...32 Input Specifications...32 Bypass Specifications...32 Output Specifications...33 Battery Specifications...34 Recommended Breaker and Cable Sizes...34 Recommended Bolt and Lug Sizes...35 UPS Weights and Dimensions...36 Clearance...36 Specifications for UPSs with 1500 kw I/O Cabinet...37 Input Specifications...37 Bypass Specifications...37 Output Specifications...38 Battery Specifications...38 Recommended Breaker and Cable Sizes...39 Recommended Bolt and Lug Sizes...40 UPS Weights and Dimensions...40 Clearance...41 Guidance for Organizing Battery Cables...42 Torque Specifications...43 Environment...44 Heat Dissipation (BTU/hr) for a 500 kw UPS...44 Heat Dissipation (BTU/hr) for a 625 kw UPS...44 Heat Dissipation (BTU/hr) for a 750 kw UPS...44 Heat Dissipation (BTU/hr) for a 1000 kw UPS...45 Heat Dissipation (BTU/hr) for a 1250 kw UPS...45 Heat Dissipation (BTU/hr) for a 1500 kw UPS...45 Drawings...46 Galaxy VX 500 kw Expandable, 625 kw, and 750 kw Single Mains...47 Galaxy VX 500 kw Expandable, 625 kw, and 750 kw Dual Mains...48 Galaxy VX 500 kw Expandable, 625 kw, and 750 kw Dual Mains with Line-Up Maintenance Bypass Cabinet...49 Galaxy VX 500 kw Expandable, 625 kw, and 750 kw Dual Mains with Remote Maintenance Bypass Cabinet...50 Galaxy VX 1000 kw Single Mains...51 Galaxy VX 1000 kw Dual Mains...52 Galaxy VX 1500 kw Single Mains...53 Galaxy VX 1500 kw Dual Mains...54 Options...55 Hardware Options...55 Configuration Options...55 Limited Factory Warranty E 001

5 Important Safety Instructions SAVE THESE INSTRUCTIONS Important Safety Instructions SAVE THESE INSTRUCTIONS Read these instructions carefully and look at the equipment to become familiar with it before trying to install, operate, service or maintain it. The following safety messages may appear throughout this manual or on the equipment to warn of potential hazards or to call attention to information that clarifies or simplifies a procedure. The addition of this symbol to a Danger or Warning safety message indicates that an electrical hazard exists which will result in personal injury if the instructions are not followed. This is the safety alert symbol. It is used to alert you to potential personal injury hazards. Obey all safety messages with this symbol to avoid possible injury or death. DANGER DANGER indicates a hazardous situation which, if not avoided, will result in death or serious injury. Failure to follow these instructions will result in death or serious injury. WARNING WARNING indicates a hazardous situation which, if not avoided, could result in death or serious injury. Failure to follow these instructions can result in death, serious injury, or equipment damage. CAUTION CAUTION indicates a hazardous situation which, if not avoided, could result in minor or moderate injury. Failure to follow these instructions can result in injury or equipment damage. NOTICE NOTICE is used to address practices not related to physical injury. The safety alert symbol shall not be used with this type of safety message. Failure to follow these instructions can result in equipment damage E 001 5

6 Please Note Important Safety Instructions SAVE THESE INSTRUCTIONS Electrical equipment should only be installed, operated, serviced, and maintained by qualified personnel. No responsibility is assumed by Schneider Electric for any consequences arising out of the use of this material. A qualified person is one who has skills and knowledge related to the construction, installation, and operation of electrical equipment and has received safety training to recognize and avoid the hazards involved. FCC Statement NOTE: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. Any changes or modifications not expressly approved by the party responsible for compliance could void the user s authority to operate the equipment. Safety Precautions DANGER HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH The product must be installed according to the specifications and requirements as defined by Schneider Electric. It concerns in particular the external and internal protections (upstream circuit breakers, battery circuit breakers, cabling, etc.) and environmental requirements. No responsibility is assumed by Schneider Electric if these requirements are not respected. After the UPS system has been electrically wired, do not start up the system. Start-up must only be performed by Schneider Electric. Failure to follow these instructions will result in death or serious injury. DANGER HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH The UPS System must be installed according to local and national regulations. Install the UPS according to: IEC (including protection against electric shock, protection against thermal effect, and protection against overcurrent), or NEC NFPA 70 depending on which one of the standards apply in your local area. Failure to follow these instructions will result in death or serious injury E 001

7 Important Safety Instructions SAVE THESE INSTRUCTIONS DANGER HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH Install the UPS system in a temperature controlled area free of conductive contaminants and humidity. Install the UPS system on a non-inflammable, level, and solid surface (e.g. concrete) that can support the weight of the system. Failure to follow these instructions will result in death or serious injury. DANGER HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH The UPS is not designed for and must therefore not be installed in the following unusual operating environments: Damaging fumes Explosive mixtures of dust or gases, corrosive gases, or conductive or radiant heat from other sources Moisture, abrasive dust, steam or in an excessively damp environment Fungus, insects, vermin Salt-laden air or contaminated cooling refrigerant Pollution degree higher than 2 according to IEC Exposure to abnormal vibrations, shocks, and tilting Exposure to direct sunlight, heat sources, or strong electromagnetic fields Failure to follow these instructions will result in death or serious injury. RISK OF OVERHEATING NOTICE Respect the clearance requirements around the UPS system and do not cover the product s ventilation openings when the UPS system is in operation. Failure to follow these instructions can result in equipment damage. RISK OF EQUIPMENT DAMAGE NOTICE Do not connect the UPS output to regenerative load systems including photovoltaic systems and speed drives. Failure to follow these instructions can result in equipment damage E 001 7

8 System Overview System Overview Each Galaxy VX UPS consists of the following components: An I/O cabinet for wield wiring containing the static switch, a backfeed protection switch, and the user interface. A number of 250 kw power cabinets containing the power electronics. For Galaxy VX UPSs with the 750 kw I/O cabinet a maintenance bypass cabinet containing breakers for isolation of the UPS during maintenance is also available. UPSs with 750 kw I/O Cabinet The 750 kw I/O is used for UPS systems from a minimum configuration of 500 kw with two power cabinets to a maximum configuration of 750 kw N+1 with four power cabinets. The I/O cabinet is placed to the left and two to four power cabinets are placed to the right. The image below shows the maximum configuration. Galaxy VX 750 kw N+1 UPS The optional Galaxy VX maintenance bypass cabinet can be installed line-up to the left of the I/O cabinet or it can be installed remotely. The maintenance bypass cabinet contains the following breakers to isolate the UPS during maintenance: Static switch input breaker (SSIB) Maintenance bypass breaker (MBB) Unit output breaker (UOB) E 001

9 System Overview Maintenance Bypass Cabinet for UPSs with the 750 kw I/O cabinet UPSs with 1000 kw I/O Cabinet The 1000 kw I/O cabinet is used for UPS systems from a minimum configuration of 500 kw with two power cabinets to a maximum configuration of 1000 kw N+1 with five power cabinets. The I/O cabinet is placed to the left and two to five power cabinets (depending on system size) are placed to the right. The image below shows the maximum configuration. Galaxy VX 1000 kw N+1 UPS UPSs with 1500 kw I/O Cabinet The 1500 kw I/O cabinet is used for UPS systems from a minimum configuration of 1000 kw with four power cabinets to a maximum configuration of 1500 kw N+1 with seven power cabinets. The I/O cabinet is placed in the middle and in the maximum configuration, three power cabinets are placed to the left of the I/O cabinet and four power cabinets are placed to the right of the I/O cabinet. The image below shows the maximum configuration E 001 9

10 System Overview Galaxy VX 1500 kw N+1 UPS E 001

11 Model List Model List UPSs with 750 kw I/O Cabinet GVX625K625GS: Galaxy VX 625 kw 480 V, start-up 5x8 GVX500K750GS: Galaxy VX 500 kw scalable to 750 kw 480 V, start-up 5x8 GVX750K750GS: Galaxy VX 750 kw 480 V, start-up 5x8 UPSs with 1000 kw I/O Cabinet GVX500K500GS: Galaxy VX 500 kw 480 V, start-up 5x8 GVX500K1000GS: Galaxy VX 500 kw 480 V scalable to 1000 kw, start-up 5x8 GVX625K1000GS: Galaxy VX 625 kw 480 V scalable to 1000 kw, start-up 5x8 GVX750K500GS: Galaxy VX 500 kw N V N+1 redundant UPS, startup 5x8 GVX750K1000GS: Galaxy VX 750 kw 480 V scalable to 1000 kw, start-up 5x8 GVX1000K625GS: Galaxy VX 625 kw 480 V N+1 redundant UPS, start-up 5x8 GVX1000K750GS: Galaxy VX 750 kw 480 V N+1 redundant UPS, start-up 5x8 GVX1000K1000GS: Galaxy VX 1000 kw 480 V, start-up 5x8 GVX1250K1000GS: Galaxy VX 1000 kw 480 V N+1 redundant UPS, start-up 5x8 UPSs with 1500 kw I/O Cabinet GVX1000K1250GS: Galaxy VX 1000 kw scalable to 1250 kw 480 V, start-up 5x8 GVX1000K1500GS:Galaxy VX 1000 kw scalable to 1500 kw 480 V, start-up 5x8 GVX1250K1250GS: Galaxy VX 1250 kw 480 V, start-up 5x8 GVX1250K1500GS: Galaxy VX 1250 kw scalable to 1500 kw 480 V, start-up 5x8 GVX1500K1250GS: Galaxy VX 1250 kw N+1 Redundant UPS 480 V, start-up 5x8 GVX1500K1500GS: Galaxy VX 1500 kw 480 V, start-up 5x8 GVX1750K1500GS: Galaxy VX 1500 kw N+1 Redundant UPS 480 V, start-up 5x8 Maintenance Bypass Cabinets for UPSs with 750 kw I/O Cabinet GVXMBCA625KG: Galaxy VX 625 kw 480 V line-up maintenance bypass cabinet GVXMBCR625KG: Galaxy VX 625 kw 480 V remote maintenance bypass cabinet GVXMBCA750KG : Galaxy VX 750 kw 480 V line-up maintenance bypass cabinet GVXMBCR750KG: Galaxy VX 750 kw 480 V remote maintenance bypass cabinet E

12 Overview of Configurations Overview of Configurations Breakers in the System UIB SSIB BB MBB UOB BF2 Unit input breaker Static switch input breaker Battery breaker Maintenance bypass breaker Unit output breaker Backfeed protection switch Overview of UPSs with 750 kw I/O Cabinet without Maintenance Bypass Cabinet Single Utility/Mains System Galaxy VX 750 kw UPS The illustration shows a 750 kw UPS. The principle is the same for the other UPSs with the 750 kw I/O Cabinet E 001

13 Overview of Configurations Overview of UPSs with 750 kw I/O Cabinet without Maintenance Bypass Cabinet Dual Utility/Mains System Galaxy VX 750 kw UPS The illustration shows a 750 kw UPS. The principle is the same for the other UPSs with the 750 kw I/O Cabinet. Overview of UPSs with 750 kw I/O Cabinet with Line-Up Maintenance Bypass Cabinet Dual Utility/Mains System The illustration shows a 750 kw UPS. The principle is the same for the other UPSs with the 750 kw I/O Cabinet. Galaxy VX 750 kw UPS with Line-Up Maintenance Bypass Cabinet E

14 Overview of Configurations Overview of UPSs with 750 kw I/O Cabinet with Remote Maintenance Bypass Cabinet Dual Utility/Mains System E 001

15 Overview of Configurations Overview of UPSs with 750 kw I/O Cabinet Parallel System with Two UPS Units E

16 Overview of Configurations Overview of UPSs with 1000 kw I/O Cabinet Single Utility/Mains System Galaxy VX 750 kw UPS The illustration shows a 750 kw UPS. The principle is the same for the other UPSs with the 1000 kw I/O cabinet. Overview of UPSs with 1000 kw I/O Cabinet Dual Utility/Mains System Galaxy VX 750 kw UPS The illustration shows a 750 kw UPS. The principle is the same for the other UPSs with the 1000 kw I/O cabinet E 001

17 Overview of Configurations Overview of UPSs with 1500 kw I/O Cabinet Single Utility/Mains Galaxy VX 1500 kw UPS The illustration shows a 1500 kw UPS. The principle is the same for the other UPSs with the 1500 kw I/O cabinet. Overview of UPSs with 1500 kw I/O Cabinet Dual Utility/Mains Galaxy VX 1500 kw UPS The illustration shows a 1500 kw UPS. The principle is the same for the other UPSs with the 1500 kw I/O cabinet E

18 Input Power Factor Input Power Factor 500 kw 625 kw 750 kw 1000 kw 1250 kw 1500 kw 25% load % load % load % load E 001

19 Input Voltage Window Input Voltage Window E

20 Efficiency Efficiency NOTE: Efficiencies are preliminary until validated efficiency data is available. Efficiency for a 500 kw UPS Normal Operation ECO Mode ECOnversion Battery Operation 25% load 95.8% 98.5% 98.2% 95.9% 50% load 96.4% 99.1% 99.1% 96.4% 75% load 96.2% 99.2% 99.2% 96.0% 100% load 96.1% 99.2% 99.2% 95.6% Efficiency for a 625 kw UPS Normal Operation ECO Mode ECOnversion Battery Operation 25% load 95.8% 98.8% 98.2% 95.9% 50% load 96.5% 99.1% 99.0% 96.4% 75% load 96.5% 99.2% 99.2% 96.0% 100% load 96.3% 99.3% 99.2% 95.6% Efficiency for a 750 kw UPS Normal Operation ECO Mode ECOnversion Battery Operation 25% load 95.9% 98.5% 98.2% 95.9% 50% load 96.5% 99.1% 99.0% 96.4% 75% load 96.3% 99.2% 99.2% 96.0% 100% load 96.0% 99.2% 99.2% 95.6% Efficiency for a 1000 kw UPS Normal Operation ECO Mode ECOnversion Battery Operation 25% load 95.9% 98.6% 98.2% 95.9% 50% load 96.5% 99.1% 99.0% 96.4% 75% load 96.4% 99.2% 99.2% 96.0% 100% load 95.9% 99.2% 99.2% 95.6% Efficiency for a 1250 kw UPS Normal Operation ECO Mode ECOnversion Battery Operation 25% load 96.0% 98.7% 98.3% 95.9% 50% load 96.6% 99.2% 99.1% 96.4% E 001

21 Efficiency Normal Operation ECO Mode ECOnversion Battery Operation 75% load 96.4% 99.3% 99.3% 96.0% 100% load 96.0% 99.3% 99.3% 95.6% Efficiency for a 1500 kw UPS Normal Operation ECO Mode ECOnversion Battery Operation 25% load 96.0% 98.7% 98.3% 95.9% 50% load 96.5% 99.1% 99.1% 96.4% 75% load 96.3% 99.3% 99.3% 96.1% 100% load 96.0% 99.3% 99.3% 95.7% Derating Due to Load Power Factor 0.7 leading to 0.5 lagging without derating E

22 Batteries Batteries Typical Battery Runtimes for Classic Battery Cabinets Part Number Battery Description 500 kw 625 kw 750 kw Runtime 1 GVXCBC400E490 C&D 400 A and 490 watt/ cell batt 3 battery cabinets: 7 min 09 sec 4 battery cabinets: 8 min 28 sec 4 battery cabinets: 5 min 26 sec GVXCBC400E540 GVXCBC600E490 GVXCBC600E A and 540 watt/ cell batt 600 A and 490 watt/ cell batt 600 A and 540 watt/ cell batt GVXCBC400P505 Enersys 400 A and 505 watt/ cell batt GVXCBC400P540 GVXCBC600P505 GVXCBC600P A and 540 watt/ cell batt 600 A and 505 watt/ cell batt 600 A and 540 watt/ cell batt 3 battery cabinets: 8 min 56 sec 3 battery cabinets: 7 min 09 sec 3 battery cabinets: 8 min 56 sec 3 battery cabinets: 8 min 19 sec 3 battery cabinets: 9 min 18 sec 3 battery cabinets: 8 min 19 sec 3 battery cabinets: 9 min 18 sec NA 4 battery cabinets: 7 min 08 sec 4 battery cabinets: 8 min 28 sec 3 battery cabinets: 5 min 37 sec 4 battery cabinets: 5 min 26 sec 4 battery cabinets: 7 min 08 sec NA 4 battery cabinets: 6 min 46 sec NA 4 battery cabinets: 7 min 40 sec 3 battery cabinets: 5 min 28 sec 3 battery cabinets: 6 min 18 sec 4 battery cabinets: 6 min 46 sec 4 battery cabinets: 7 min 40 sec End of Discharge Voltage The voltage is 1.6 to 1.75 per cell depending on discharge ratio. 1. Based on max. 2% voltage drop and 100% load E 001

23 Batteries Battery Voltage Range E

24 Compliance Compliance Safety EMC/EMI/RFI Performance Markings Transportation Seismic zone UL th edition FCC 15B, class A IEC UL1778 Listing and CSA C22.2 NO IEC Level 2M2 OSHPD, IBC2012 and CBC2013 to S DS = 1.83 g E 001

25 Communication and Management Communication and Management Local Area Network Extensions MODBUS Relay outputs Dry contact inputs Standard control panel Audible alarm Emergency Power Off (EPO) External switchgear External synchronization Battery monitoring 100 Mbps Two optional Network Management Cards MODBUS TCP/IP 6 configurable 5 configurable 7" touch-screen display Yes Options: Normally Open (NO) Normally Closed (NC) External 24 VDC SELV Option containing: Unit Input Breaker (UIB) Unit Output Breaker (UOB) Static Switch Input Breaker (SSIB) Maintenance Bypass Breaker (MBB) System Isolation Breaker (SIB) Yes Yes string level breaker monitoring EPO Connections Overview of Input Contacts and Output Relays Input Contacts Do not connect any circuit to the input contacts unless it can be confirmed that the circuit is Class 2/SELV. All circuits connected must have the same 0 V reference. Common signalling to the input contacts must be galvanically isolated to avoid cross currents between parallel UPSs. An external supply must be connected to terminal J5530 and the switch SW5500 must be in closed position (PWR IN 24V DC SELV) E

26 Communication and Management Name Description Location IN 1 (Contact 1) Configurable input contact terminal J5502 IN 2 (Contact 2) Configurable input contact terminal J5503 IN 3 (Contact 3) Configurable input contact terminal J5504 IN 4 (Contact 4) Configurable input contact terminal J5505 IN 5 (Contact 5) Configurable input contact terminal J5510 IN 7 Transformer temperature switch terminal J5508 IN 9 Forced external synchronization input terminal J5506 IN 10 External synchronization requested terminal J5511 IN 11 Use static bypass standby terminal J5512 IN VDC SELV monitoring NA Output Relays NOTE: Maximum 250 VAC 5 A must be connected to the output relays. All external circuitry must be fused with maximum 5 A fast acting fuses. Name Description Location OUT 1 (Relay 1) Configurable output relay terminal J4939 OUT 2 (Relay 2) Configurable output relay terminal J4940 OUT 3 (Relay 3) Configurable output relay terminal J4941 OUT 4 Forced external synchronization output terminal J OUT 5 Reserved for future use terminal J OUT 6 External synchronization requested output terminal J OUT 7 UPS in inverter ON terminal J OUT 8 (Relay 4) Configurable output relay terminal J OUT 9 (Relay 5) Configurable output relay terminal J OUT 10 (Relay 6) Configurable output relay terminal J NOTE: Refer to the operation manual for configuration options. 2. Class 2/SELV wiring E 001

27 Specifications for UPSs with 750 kw I/O Cabinet Specifications for UPSs with 750 kw I/O Cabinet Input Specifications 500 kw 625 kw 750 kw Connections Input voltage (V) L1, L2, L3 + G WYE /+20% at 100% load Nominal input voltage (V) 480 Minimum input voltage (V) 408 Maximum input voltage (V) Frequency range (Hz) Nominal input current (A) Maximum input current (A) Input current limitation (A) Total harmonic distortion (THDI) Input power factor Maximum input short-circuit withstand Protection Ramp-in <3% at 100% load <4% at 50% load <9% at 25% load 0.99 at >40% load 0.98 at >20% load 0.97 at >10% load Icw = 100 ka RMS symmetrical for UPS Icw = 65 ka RMS symmetrical for systems with Galaxy VX maintenance bypass cabinet Backfeed contactors Adaptive 1 40 Sec Bypass Specifications 500 kw 625 kw 750 kw Connection type L1, L2, L3 + G Nominal bypass voltage (V) 480 Minimum bypass voltage (V) 432 Maximum bypass voltage (V) 528 Frequency (Hz) 60 Frequency Range (Hz) Programmable: +/-0.1, +/-3, +/-10. Default is +/-3. Nominal bypass current (A) Maximum input short-circuit withstand Icw = 100 ka RMS symmetrical Thyristor I^2t 5611 Protection Molded switch for backfeed protection 3. The system can operate at up to 600 V for 1 minute 4. At nominal input voltage and full charge E

28 Specifications for UPSs with 750 kw I/O Cabinet Output Specifications Nominal output voltage (V) kw 625 kw 750 kw Connections Overload capacity L1, L2, L3 + G 150% for 1 minute (normal operation) 125% for 10 minutes (normal operation) 115% for 1 minute (battery operation) 125% continuous (bypass operation) 1000% for 100 milliseconds (bypass operation) Output voltage tolerance Balanced load: +/- 1% Unbalanced load: +/- 3% Dynamic load response Yes Output power factor 1 Nominal output current (A) Total harmonic distortion (THDU) Output frequency (Hz) <2% at 100% linear load <3% at 100% non linear load 5 50/60 (synchronized to bypass) 50/60 Hz +/-0.1% (free-running) Slew rate (Hz/sec) Programmable: 0.25, 0.5, 1, 2, 4, 6 Output performance classification (according to IEC/ EN ) Double-conversion: VFI-SS-111 Load crest factor Up to 3 (THDU < 5%) Load power factor 0.7 leading to 0.5 lagging without derating Battery Specifications NOTE: Refer to the battery manufacturer s manual for information on installation and maintenance. 500 kw 625 kw 750 kw Charging power in % of output power 40% at 80% load 15% at 100% load Maximum charging power (W) 75,000 at 100% load 200,000 at 80% load 93,750 at 100% load 200,000 at 80% load 112,500 at 100% load 240,000 at 80% load Nominal battery voltage (VDC) 480 Nominal float voltage (VDC) 546 End of discharge voltage (full load) (VDC) End of discharge voltage (no load) (VDC) Battery current at full load and nominal battery voltage (A) Battery current at full load and minimum battery voltage (A) Temperature compensation (per cell) Ripple current Battery test mv per C for T 25 C 0 mv per C for T < 25 C < 5% C20 (5 minutes backup time) Manual/automatic (selectable) 5. Maximum non-linear load is 100 kva E 001

29 Specifications for UPSs with 750 kw I/O Cabinet 500 kw 625 kw 750 kw Deep discharge protection Recharge according to battery temperature Yes Yes Recommended Breaker and Cable Sizes CAUTION HAZARD OF FIRE Connect only to a circuit with the below specifications. Connect only to a circuit provided with a 1200 A branch circuit overcurrent protection maximum in accordance with the National Electrical Code, ANSI/ NFPA70, and the Canadian Electrical Code, Part I, C22.1. Failure to follow these instructions can result in injury or equipment damage. NOTE: Overcurrent protection must be provided by others. NOTE: All wiring must comply with all applicable national and/or electrical codes (National Electrical Code, ANSI/NFPA 70). The maximum allowable conductor size is 600 kcmil. Cable sizes in this manual are based on Table of the National Electrical Code 2014 (NEC) with the following assertions: 90 C conductors (THHN) for 75 C termination Not more than three current carrying conductors in each conduit An ambient temperature of 30 C Use of copper conductors 100% rated breakers If the ambient room temperature is greater than 30 C, larger conductors are to be selected in accordance with the correction factors of the NEC. Equipment Grounding Conductors (EGC) are sized in accordance with NEC Article and Table kw 750 kw Maximum OCPD (A) Conductors per Phase (kcmil) Equipment Grounding Conductor 6 Maximum OCPD (A) Conductors per Phase (kcmil) Equipment Grounding Conductor 6 Input x400 2/0 AWG x600 3/0 AWG Bypass x600 (3x300) 1/0 AWG x400 3/0 AWG Output x600 (3x300) 1/0 AWG x400 3/0 AWG Battery x kcmil x kcmil Recommended Bolt and Lug Sizes NOTICE RISK OF EQUIPMENT DAMAGE Use only UL approved two-hole cable lugs. Failure to follow these instructions can result in equipment damage. 6. If the conductors are run in conduits, there must be one conductor in each conduit. 7. Long-time setting (I r) = Long-time setting (I r) = E

30 Specifications for UPSs with 750 kw I/O Cabinet Recommended Bolt and Lug Sizes NOTICE RISK OF EQUIPMENT DAMAGE Use only UL approved two-hole cable lugs. Failure to follow these instructions can result in equipment damage. Cable Size Terminal Bolt Diameter Cable Lug Type Crimping Tool Die 1/0 AWG M12 x 35 mm LCCF1/0 12 X CT930 CD-920 2/0 Black P45 2/0 AWG M12 x 35 mm LCCF2/0 12 X CT930 CD-920 3/0 Orange P50 3/0 AWG M12 x 35 mm LCCF3/0 12 X CT930 CD-920 4/0 Purple P kcmil M12 x 35 mm LCCF X CT-940CH/CT-2940 CD White P kcmil M12 x 35 mm LCCF CT-940CH/CT-2940 CD Red P kcmil M12 x 35 mm LCCF CT-940CH/CT-2940 CD Brown P kcmil M12 x 35 mm LCCF CT-940CH/CT-2940 CD A Pink P kcmil M12 x 40 mm LCCF CT-940CH/CT-2940 CD Black P106 UPS Weights and Dimensions Part Number Weight kg (lbs) Height mm (in) Width mm (in) Depth mm (in) GVX500K750GS GVX500K500GS In total Power cabinets I/O cabinet 2130 (4695) 2x540 (2x1190) 1050 (2315) 1970 (77.6) 2700 (106.3) 2x600 (2x23.6) 1500 (59.1) 900 (35.4) GVX750K500GS GVX625K625GS GVX750K750GS In total Power cabinets I/O cabinet 2670 (5885) 3x540 (3x1190) 1050 (2315) 1970 (77.6) 3300 (130.0) 3x600 (3x23.6) 1500 (59.1) 900 (35.4) GVX1000K625GS GVX1000K750GS In total Power cabinets I/O cabinet 3210 (7075) 4x540 (4x1190) 1050 (2315) 1970 (77.6) 3900 (153.5) 4x600 (4x23.6) 1500 (59.1) 900 (35.4) Maintenance Bypass Cabinet Weights and Dimensions Part Number Weight kg (lbs) Height mm (in) Width mm (in) Depth mm (in) GVXMBCA625KG GVXMBCR625KG GVXMBCA750KG GVXMBCR750KG 280 (617) 1970 (77.6) 800 (31.5) 900 (35.4) 280 (617) 1970 (77.6) 800 (31.5) 900 (35.4) UPS Shipping Weights and Dimensions Part Number Weight kg (lbs) Height mm (in) Width mm (in) Depth mm (in) GVX500K750GS GVX500K500GS In total Power cabinets I/O cabinet 2592 (5714) 2150 (84.6) 3170 (124.7) 2x740 (2x29.1) 1690 (66.5) 1060 (41.7) GVX750K500GS GVX625K625GS GVX750K750GS In total Power cabinets I/O cabinet 3288 (7249) 2150 (84.6) 3910 (153.9) 3x740 (3x29.1) 1690 (66.5) 1060 (41.7) GVX1000K625GS GVX1000K750GS In total Power cabinets I/O cabinet 3984 (8783) 2150 (84.6) 4650 (183.1) 4x740 (4x29.1) 1690 (66.5) 1060 (41.7) E 001

31 Specifications for UPSs with 750 kw I/O Cabinet Maintenance Bypass Cabinet Shipping Weights and Dimensions Part Number Weight kg (lbs) Height mm (in) Width mm (in) Depth mm (in) GVXMBCA625KG GVXMBCR625KG GVXMBCA750KG GVXMBCR750KG 300 (661) 2150 (84.6) 990 (39.0) 1060 (41.7) 300 (661) 2150 (84.6) 990 (39.0) 1060 (41.7) Clearance NOTE: Clearance dimensions are published for airflow and service access only. Consult with the local safety codes and standards for additional requirements in your local area. NOTE: The UPS system can be placed up against a wall and there is no requirement for rear or side access. Front View of the I/O Cabinet and Three Power Cabinets E

32 Specifications for UPSs with 1000 kw I/O Cabinet Specifications for UPSs with 1000 kw I/O Cabinet Input Specifications Connections L1, L2, L3 + G WYE kw 625 kw 750 kw 1000 kw Input voltage (V) /+20% at 100% load Nominal input voltage (V) 480 Minimum input voltage (V) Maximum input voltage (V) Frequency range (Hz) Nominal input current (A) Maximum input current (A) 11 Input current limitation (A) Total harmonic distortion (THDI) Input power factor Maximum input shortcircuit withstand Protection Ramp-in <3% at 100% load <4% at 50% load <9% at 25% load 0.99 at >40% load 0.98 at >20% load 0.97 at >10% load Icw = 100 ka RMS symmetrical Backfeed contactors Adaptive 1 40 Sec Bypass Specifications Connection type L1, L2, L3 + G kw 625 kw 750 kw 1000 kw Nominal bypass voltage (V) Minimum bypass voltage (V) Maximum bypass voltage (V) Frequency (Hz) 50 or 60 Frequency Range (Hz) Programmable: +/-0.1, +/-3, +/-10. Default is +/-3. Nominal bypass current (A) Maximum input shortcircuit withstand Icw = 100 ka RMS symmetrical Thyristor I²t (ka*s²) BF2 magnetic trip Protection 39 ka Molded switch with trip for backfeed protection 9. TN, TT, and IT power distribution systems with no earthed line conductors are supported. 10. The system can operate at up to 600 V for 1 minute. 11. At nominal input voltage and full charge. 12. If this value is exceeded, the thyristors will short E 001

33 Specifications for UPSs with 1000 kw I/O Cabinet Output Specifications 500 kw 625 kw 750 kw 1000 kw Nominal output voltage (V) Connections Overload capacity 480 L1, L2, L3 + G 150% for 1 minute (normal operation) 125% for 10 minutes (normal operation) 115% for 1 minute (battery operation) 1000% for 100 milliseconds (bypass operation) Output voltage tolerance Symmetric load: +/- 1% Asymmetric load: +/- 3% Dynamic load response +/- 5% after 2 ms +/- 1% after 1 ms Output power factor 1 Nominal output current (A) Total harmonic distortion (THDU) Output frequency (Hz) <2% at 100% linear load <3% at 100% non linear load 13 50/60 (synchronized to bypass) 50/60 Hz +/-0.1% (free-running) Slew rate (Hz/sec) Programmable: 0.25, 0.5, 1, 2, 4, 6 Output performance classification (according to IEC/EN ) Double-conversion: VFI-SS-111 Load crest factor Up to 3 (THDU < 5%) Load power factor 0.7 leading to 0.5 lagging without derating 13. Maximum non-linear load is 100 kva E

34 Specifications for UPSs with 1000 kw I/O Cabinet Battery Specifications NOTE: Refer to battery manufacturer s manual for information on installation and maintenance. 500 kw 625 kw 750 kw 1000 kw Charging power in % of output power 40% at 80% load 15% at 100% load Maximum charging power (W) 75,000 at 100% load 200,000 at 80% load 93,750 at 100% load 250,000 at 80% load 112,500 at 100% load 300,000 at 80% load 150,000 at 100% load 400,000 at 80% load Nominal battery voltage (VDC) 480 Nominal float voltage (VDC) 546 End of discharge voltage (full load) (VDC) 384 End of discharge voltage (no load) (VDC) 420 Battery current at full load and nominal battery voltage (A) Battery current at full load and minimum battery voltage (A) Temperature compensation (per cell) Ripple current Battery test Deep discharge protection Recharge according to battery temperature mv per C for T 25 C 0 mv per C for T < 25 C < 5% C20 (5 minutes backup time) Manual/automatic (selectable) Yes Yes Recommended Breaker and Cable Sizes CAUTION HAZARD OF FIRE Connect only to a circuit with the below specifications. Connect only to a circuit provided with maximum a 1600 A branch circuit overcurrent protection in accordance with the National Electrical Code, ANSI/ NFPA70, and the Canadian Electrical Code, Part I, C22.1. Failure to follow these instructions can result in injury or equipment damage. NOTE: Overcurrent protection is to be provided by others. NOTE: All wiring must comply with all applicable national and/or electrical code (National Electrical Code, ANSI/NFPA 70). The maximum allowable conductor size is 600 kcmil. Cable sizes in this manual are based on Table of the National Electrical Code 2014 (NEC) with the following assertions: 90 C conductors (THHN) for 75 C termination Not more than 3 current carrying conductors in each conduit An ambient temperature of max. 30 C Use of copper conductors 100% rated breakers E 001

35 Specifications for UPSs with 1000 kw I/O Cabinet If the ambient room temperature is greater than 30 C, larger conductors are to be selected in accordance with the correction factors of the NEC. Equipment Grounding Conductors (EGC) are sized in accordance with NEC Article and Table kw 625 kw Maximum OCPD (A) Conductors per Phase (kcmil) Equipment Grounding Conductor 14 Maximum OCPD (A) Conductors per Phase (kcmil) Equipment Grounding Conductor 14 Input x600 1/0 AWG x400 2/0 AWG Bypass x500 1/0 AWG x600 (3x300) 1/0 AWG Output x500 1/0 AWG x600 (3x300) 1/0 AWG Battery x600 4/0 AWG x kcmil 750 kw 1000 kw Maximum OCPD (A) Conductors per Phase (kcmil) Equipment Grounding Conductor 17 Maximum OCPD (A) Conductors per Phase (kcmil) Equipment Grounding Conductor 17 Input x600 3/0 AWG x600 4/0 AWG Bypass x400 3/0 AWG x400 4/0 AWG Output x400 3/0 AWG x400 4/0 AWG Battery x kcmil x kcmil Recommended Bolt and Lug Sizes Cable Size Terminal Bolt Diameter Cable Lug Type Crimping Tool Die 1/0 AWG M12 x 35 mm LCCF1/0 12 X CT930 CD-920 2/0 Black P45 2/0 AWG M12 x 35 mm LCCF2/0 12 X CT930 CD-920 3/0 Orange P50 3/0 AWG M12 x 35 mm LCCF3/0 12 X CT930 CD-920 4/0 Purple P kcmil M12 x 35 mm LCCF X CT-940CH/CT-2940 CD White P kcmil M12 x 35 mm LCCF CT-940CH/CT-2940 CD Red P kcmil M12 x 35 mm LCCF CT-940CH/CT-2940 CD Brown P kcmil M12 x 35 mm LCCF CT-940CH/CT-2940 CD A Pink P kcmil M12 x 40 mm LCCF CT-940CH/CT-2940 CD Black P If the conductors are run in conduits, there must be one conductor in each conduit. 15. Long-time setting (I r) = Long-time setting (I r) = If the conductors are run in conduits, there must be one conductor in each conduit 18. Long-time setting (I r) = E

36 Specifications for UPSs with 1000 kw I/O Cabinet UPS Weights and Dimensions Part Number Weight kg (lbs) Height mm (in) Width mm (in) Depth mm (in) GVX500K1000GS In total Power cabinets I/O cabinet 1880 (4145) 2x540 (2x1190) 800 (1764) 1970 (77.6) 2700 (106) 2X600 (2x23.6) 1500 (59.1) 900 (35.4) GVX625K1000GS GVX750K1000HS In total Power cabinets I/O cabinet 2420 (5335) 3x540 (3x1190) 800 (1764) 1970 (77.6) 3300 (130.0) 3X600 (3x23.6) 1500 (59.1) 900 (35.4) GVX1000K1000GS In total Power cabinets I/O cabinet 2960 (6526) 4x540 (4x1190) 800 (1764) 1970 (77.6) 3900 (153.5) 4X600 (4x23.6) 1500 (59.1) 900 (35.4) GVX1250K1000GS In total Power cabinets I/O cabinet 3500 (7716) 5x540 (5x1190) 800 (1764) 1970 (77.6) 4500 (177.2) 5x600 (5x23.6) 1500 (59.1) 900 (35.4) Clearance NOTE: Clearance dimensions are published for airflow and service access only. Consult with the local safety codes and standards for additional requirements in your local area. NOTE: The UPS system can be placed up against a wall and there is no requirement for rear or side access. Front View of the I/O Cabinet and Five Power Cabinets E 001

37 Specifications for UPSs with 1500 kw I/O Cabinet Specifications for UPSs with 1500 kw I/O Cabinet Input Specifications 1000 kw 1250 kw 1500 kw Connections Input voltage (V) L1, L2, L3 + G WYE /+20% at 100% load Nominal input voltage (V) 480 Minimum input voltage (V) 408 Maximum input voltage (V) Frequency range (Hz) Nominal input current (A) Maximum input current (A) Input current limitation (A) Total harmonic distortion (THDI) Input power factor Maximum input short-circuit withstand Backfeed protection Ramp-in <3% at 100% load <4% at 50% load <9% at 25% load 0.99 at >40% load 0.98 at >20% load 0.97 at >10% load Icw = 100 ka RMS symmetrical Contactors Adaptive 1 40 secs Bypass Specifications 1000 kw 1250 kw 1500 kw Connection type L1, L2, L3 + G Nominal bypass voltage (V) 480 Minimum bypass voltage (V) 432 Maximum bypass voltage (V) 528 Frequency (Hz) 50 or 60 Frequency range (Hz) Programmable: +/-0.1, +/-3, +/-10. Default is +/-3. Nominal bypass current (A) Maximum input short-circuit withstand Icw = 100 ka RMS symmetrical Thyristor I^2t BF2 magnetic trip Protection 48 ka Molded switch for backfeed protection 19. The system can operate at 600 V for 1 minute 20. At nominal input voltage and full charge E

38 Specifications for UPSs with 1500 kw I/O Cabinet Output Specifications Nominal output voltage (V) kw 1250 kw 1500 kw Connections Overload capacity L1, L2, L3 + G 150% for 1 minute (normal operation) 125% for 10 minutes (normal operation) 115% for 1 minute (battery operation) 125% continuous (bypass operation) 1000% for 100 milliseconds (bypass operation) Output voltage tolerance Balanced load: +/- 1% Unbalanced load: +/- 3% Dynamic load response +/- 5% after 2 ms +/- 1% after 1 ms Output power factor 1 Nominal output current (A) Total harmonic distortion (THDU) Output frequency (Hz) <2% at 100% linear load <3% at 100% non linear load 50/60 (synchronized to bypass) 50/60 Hz +/-0.1% (free-running) Slew rate (Hz/sec) Programmable: 0.25, 0.5, 1, 2, 4, 6 Output performance classification (according to IEC/ EN ) Double-conversion: VFI-SS-111 Load crest factor Up to 3 (THDU < 5%) Load power factor 0.7 leading to 0.5 lagging without derating Battery Specifications NOTE: Refer to the battery manufacturer s manual for information on installation and maintenance kw 1250 kw 1500 kw Charging power in % of output power 40% at 80% load 15% at 100% load Maximum charging power (kw) 150 at 100% load 400 at <80% load at 100% load 500 at <80% load 225 at 100% load 600 at <80% load Nominal battery voltage (VDC) 480 Nominal float voltage (VDC) 546 End of discharge voltage (full load) (VDC) End of discharge voltage (no load) (VDC) Battery current at full load and nominal battery voltage (A) Battery current at full load and minimum battery voltage (A) Maximum battery backup time Temperature compensation (per cell) Ripple current Battery test hour -3.3 mv per C for T 25 C 0 mv per C for T < 25 C < 5% C20 (5 minutes backup time) Manual/automatic (selectable) E 001

39 Specifications for UPSs with 1500 kw I/O Cabinet 1000 kw 1250 kw 1500 kw Deep discharge protection Recharge according to battery temperature Yes Yes Recommended Breaker and Cable Sizes CAUTION HAZARD OF FIRE Connect only to a circuit with the below specifications. Connect only to a circuit provided with a 2500 A branch circuit overcurrent protection maximum in accordance with the National Electrical Code, ANSI/ NFPA70, and the Canadian Electrical Code, Part I, C22.1. Failure to follow these instructions can result in injury or equipment damage. NOTE: Overcurrent protection is to be provided by others and marked with its function. NOTE: All wiring must comply with all applicable national and/or electrical codes (National Electrical Code, ANSI/NFPA 70). The maximum allowable conductor size is 600 kcmil. Cable sizes in this manual are based on Table of the National Electrical Code 2014 (NEC) with the following assertions: 90 C conductors (THHN) for 75 C termination Not more than three current carrying conductors in each conduit An ambient temperature of 30 C Use of copper conductors 100% rated breakers If the ambient room temperature is greater than 30 C, larger conductors are to be selected in accordance with the correction factors of the NEC. Equipment Grounding Conductors (EGC) are sized in accordance with NEC Article and Table kw 1250 kw 1500 kw Maximum OCPD (A) Conductors per Phase (kcmil) Equipment Grounding Conductor 21 Maximum OCPD (A) Conductors per Phase (kcmil) Equipment Grounding Conductor 21 Maximum OCPD (A) Conductors per Phase (kcmil) Equipment Grounding Conductor 21 Input x600 4/0 AWG x kcmil x kcmil Bypass x400 4/0 AWG x600 4/0 AWG x kcmil Output x400 4/0 AWG x600 4/0 AWG x kcmil Battery x kcmil x kcmil x kcmil 21. If the conductors are run in conduits, there must be one conductor in each conduit 22. Long-time setting (I r) = Long-time setting (I r) = Long-time setting (I r) = E

40 Specifications for UPSs with 1500 kw I/O Cabinet Recommended Bolt and Lug Sizes Cable Size Terminal Bolt Diameter Cable Lug Type Crimping Tool Die 1/0 AWG M12 x 35 mm LCCF1/0 12 X CT930 CD-920 2/0 Black P45 2/0 AWG M12 x 35 mm LCCF2/0 12 X CT930 CD-920 3/0 Orange P50 3/0 AWG M12 x 35 mm LCCF3/0 12 X CT930 CD-920 4/0 Purple P kcmil M12 x 35 mm LCCF X CT-940CH/CT-2940 CD White P kcmil M12 x 35 mm LCCF CT-940CH/CT-2940 CD Red P kcmil M12 x 35 mm LCCF CT-940CH/CT-2940 CD Brown P kcmil M12 x 35 mm LCCF CT-940CH/CT-2940 CD A Pink P kcmil M12 x 40 mm LCCF CT-940CH/CT-2940 CD Black P106 UPS Weights and Dimensions Part Number Weight kg (lbs) Height mm (in) Width mm (in) Depth mm (in) GVX1000K1250GS GVX1000K1500GS In total Power cabinets I/O cabinet 3036 (6693) 4x540 (4x1190) 876 (1931) 1970 (77.6) 4400 (173.2) 4x600 (4x23.6) 2000 (78.7) 900 (35.4) GVX1250K1250GS GVX1250K1500GS In total Power cabinets I/O cabinet 3576 (7884) 5x540 (5x1190) 876 (1931) 1970 (77.6) 5000 (196.9) 5x600 (5x23.6) 2000 (78.7) 900 (35.4) GVX1500K1250GS GVX1500K1500GS In total Power cabinets I/O cabinet 4116 (9074) 6x540 (6x1190) 876 (1931) 1970 (77.6) 5600 (220.5) 6x600 (6x23.6) 2000 (78.7) 900 (35.4) GVX1750K1500GS In total Power cabinets I/O cabinet 4656 (10265) 7x540 (7x1190) 876 (1931) 1970 (77.6) 6200 (244.1) 7x600 (7x23.6) 2000 (78.7) 900 (35.4) E 001

41 Specifications for UPSs with 1500 kw I/O Cabinet Clearance NOTE: Clearance dimensions are published for airflow and service access only. Consult with the local safety codes and standards for additional requirements in your local area. NOTE: The UPS system can be placed up against a wall with no requirement for rear or side access. Front View E

42 Guidance for Organizing Battery Cables Guidance for Organizing Battery Cables Cable Length NOTE: For 3rd party batteries, use only high rate batteries for UPS applications. NOTE: When the battery bank is placed remotely, the organizing of the cables is important to reduce voltage drop and inductance. The distance between the battery bank and the UPS must not exceed 200 m (656 ft). Contact Schneider Electric for installations with a longer distance. NOTE: To minimize the risk of electromagnetic radiation, it is highly recommended to follow the below guidance and to use grounded metallic tray supports. <30 m Not recommended Acceptable Recommended Recommended m Not recommended Not recommended Acceptable Recommended m Not recommended Not recommended Acceptable Recommended m Not recommended Not recommended Not recommended Recommended E 001

43 Torque Specifications Torque Specifications Bolt size M6 M8 M10 M12 Torque 5 Nm (3.69 lb-ft) 17.5 Nm (12.91 lb-ft) 30 Nm (22 lb-ft) 50 Nm (36.87 lb-ft) E

44 Environment Environment Temperature Operating 0 C to 40 C (32 F to 104 F) 0 C to 50 C (32 F to 122 F) when derated to 75% power 25 Storage -15 C to 40 C (5 F to 104 F) for systems with batteries -25 C to 55 C (-13 F to 131 F) for systems without batteries Relative humidity 0 95% non-condensing 0 95% non-condensing Altitude derating according to ANSI C Audible noise one meter (three feet) from surface Protection class Color 1000 m (3300 ft): m (5000 ft): m (6600 ft): m (8300 ft): m (10000 ft): db at 70% load 68 db at 100% load IP20 RAL 9003 white m ( ft) Heat Dissipation (BTU/hr) for a 500 kw UPS Load Normal Operation ECO Mode ECOnversion Battery Operation 25% % % % Heat Dissipation (BTU/hr) for a 625 kw UPS Load Normal Operation ECO Mode ECOnversion Battery Operation 25% load % load % load % load Heat Dissipation (BTU/hr) for a 750 kw UPS Load Normal Operation ECO Mode ECOnversion Battery Operation 25% load % load % load % load For temperatures between 40 C and 50 C, derate the load power rating with 2.5% per C E 001

45 Environment Heat Dissipation (BTU/hr) for a 1000 kw UPS Load Normal Operation ECO Mode ECOnversion Battery Operation 25% % % % Heat Dissipation (BTU/hr) for a 1250 kw UPS Load Normal Operation ECO Mode ECOnversion Battery Operation 25% % % % Heat Dissipation (BTU/hr) for a 1500 kw UPS Load Normal Operation ECO Mode ECOnversion Battery Operation 25% % % % E

46 Drawings Drawings NOTE: A comprehensive set of drawings is available on the engineering website at engineer.apc.com. NOTE: These drawings are for reference ONLY subject to change without notice E 001

47 Drawings Galaxy VX 500 kw Expandable, 625 kw, and 750 kw Single Mains E

48 Drawings Galaxy VX 500 kw Expandable, 625 kw, and 750 kw Dual Mains E 001

49 Drawings Galaxy VX 500 kw Expandable, 625 kw, and 750 kw Dual Mains with Line-Up Maintenance Bypass Cabinet E

50 Drawings Galaxy VX 500 kw Expandable, 625 kw, and 750 kw Dual Mains with Remote Maintenance Bypass Cabinet E 001

51 Drawings Galaxy VX 1000 kw Single Mains E

52 Drawings Galaxy VX 1000 kw Dual Mains E 001

53 Drawings Galaxy VX 1500 kw Single Mains E