GE Energy Connections Critical Power Solutions Table of Contents GE Energy Connections.......................................................................................................................................................................................................................4 The GE Store............................................................................................................................................................................................................................................5 GE Beliefs..................................................................................................................................................................................................................................................6 GE’s Critical Power Overview...........................................................................................................................................................................................................8 Powering the Rio 2016 Olympic and Paralympic Games..............................................................................................................................................8 Industrial Solutions Innovation.............................................................................................................................................................................................. 10 Industrial Solutions..................................................................................................................................................................................................................... 12 Setting New Standards in UPS Quality and Innovation.............................................................................................................................................. 13 GE’s UPS Firsts (50-Year History).......................................................................................................................................................................................... 15 UPS Topologies.............................................................................................................................................................................................................................. 16 High Power UPS................................................................................................................................................................................................................................... 18 TLE Series — 3-phase CE, 160 - 200 - 320 - 400 - 600 - 800 kW............................................................................................................................ 18 SG Series — 3-phase CE, 10 - 15 - 20 - 30 - 40 - 60 - 80 - 120 - 160 - 200 - 250 - 300 - 400 - 500 kVA................................................ 20 Mid Power UPS..................................................................................................................................................................................................................................... 24 TLE Series — 3-phase CE, 40 - 60 - 80 - 100 - 120 kW Scalable............................................................................................................................. 24 Low Power UPS.................................................................................................................................................................................................................................... 26 TLE Series — 3-phase CE, 30 - 40 kW................................................................................................................................................................................ 26 TLE Series — 3-phase CE, 30 - 60 - 90 - 120 - 150 - 180 kVA................................................................................................................................... 28 LP33 Series — 3-phase CE, 10 - 20 - 30 - 40 kVA........................................................................................................................................................... 30 LP11/31T Series — 1-phase/3-phase in, 1-phase out CE, 3 - 5 - 6 - 8 - 10 kVA................................................................................................. 32 LP31 Series — 3-phase to 1-phase CE, 8 - 10 - 15 - 20 kVA..................................................................................................................................... 34 GT Series — 1-phase CE, 6 - 10 kVA..................................................................................................................................................................................... 36 VH Series — 1-phase CE, 700 - 1000 - 1500 - 2000 - 3000 VA................................................................................................................................. 38 VCO Series — 1-phase CE, 1000 - 2000 - 3000 VA........................................................................................................................................................ 40 VCL Series — 1-phase CE, 400 - 600 - 800 - 1000 - 1500 VA.................................................................................................................................... 42 UPS Key Features/Capabilities...................................................................................................................................................................................................... 44 Ultra-High Efficiency with eBoost™...................................................................................................................................................................................... 44 eBoost and Harmonics.............................................................................................................................................................................................................. 46 eBoost on TLE Series UPS........................................................................................................................................................................................................ 47 Redundant Parallel Architecture™ (RPA) System Configuration............................................................................................................................. 48 Intelligent Emergency Management Integrated (IEMi)................................................................................................................................................ 49 Connectivity Solutions for UPS..................................................................................................................................................................................................... 50 Monitoring & Predictive Analytics............................................................................................................................................................................................... 52 GE’s Battery Monitoring System........................................................................................................................................................................................... 52 iUPSGuard.............................................................................................................................................................................................................................................. 54 Remote Monitoring Solution for UPS.................................................................................................................................................................................. 54 GE UPS Watch Distributed Architecture & Licensing Options................................................................................................................................. 56 Distributed Architecture & Licensing Options................................................................................................................................................................ 57 Transfer Switches............................................................................................................................................................................................................................... 58 STS Series — Static Transfer Switches................................................................................................................................................................................ 58 GTX Series — Emergency Standby ATS.............................................................................................................................................................................. 60 ZTG Series — General Purpose ATS..................................................................................................................................................................................... 61 ZTS Series — Business Critical and Industrial Applications...................................................................................................................................... 62 ZTE Series — Mission, Process, Healthcare Critical...................................................................................................................................................... 64 GE UPS Solutions................................................................................................................................................................................................................................ 68 Complementary Matching Switchgear — For GE TLE CE UPS, 30-800kVA......................................................................................................... 68 UPS Maintenance Bypass Panel............................................................................................................................................................................................ 69 DC Energy Storage Flywheel................................................................................................................................................................................................... 70 UPS Output Power Rating (kVA)............................................................................................................................................................................................ 71 PowerMOD Modular Container............................................................................................................................................................................................. 72 2 Table of Contents (Cont.) Factory Services.................................................................................................................................................................................................................................. 74 Project Management.................................................................................................................................................................................................................. 74 Factory Acceptance Testing.................................................................................................................................................................................................... 74 GE UPS Services.................................................................................................................................................................................................................................. 76 Our Service Portfolio.................................................................................................................................................................................................................. 76 On-Site & Emergency Services.............................................................................................................................................................................................. 76 Parts and Repairs......................................................................................................................................................................................................................... 76 Contractual Services.................................................................................................................................................................................................................. 76 Training............................................................................................................................................................................................................................................. 76 Maintenance Programs ............................................................................................................................................................................................................ 76 Contract Features........................................................................................................................................................................................................................ 77 Target Vertical Markets.................................................................................................................................................................................................................... 78 Data Centers.................................................................................................................................................................................................................................. 78 GE Additive..................................................................................................................................................................................................................................... 80 Rail...................................................................................................................................................................................................................................................... 82 Healthcare...................................................................................................................................................................................................................................... 84 Maritime........................................................................................................................................................................................................................................... 86 Misc, Application & Technical Notes........................................................................................................................................................................................... 90 IS Power Distribution System................................................................................................................................................................................................. 90 Transformers................................................................................................................................................................................................................................. 92 Circuit Breakers & Selectivity........................................................................................................................................................................................................ 96 Battery Technologies.................................................................................................................................................................................................................. 98 GE Energy Connections..................................................................................................................................................................................................................100 3 GE Energy Connections GE imagines things others don’t. Builds things others can’t. And delivers outcomes that make the world work better. Power: Energy Connections: Renewable Energy: Oil & Gas: Aviation: Transportation: Healthcare: Home & Business: Combustion science and services, installed base Advanced materials, manufacturing and engineering productivity GE Digital Electrification and automation technology Engine technology and localization in growth regions Sustainable power systems and storages Diagnostics technology–a first-mover and anchor in growth segments Global Research Center Services and technology–a first-mover in growth regions Providing a gateway to energy efficiency Culture + Simplification Global Growth Organization 4 The GE Store Driving competitive advantage across our businesses Governed by culture and simplification Supported by GE Capital: Financing infrastructure investments Power and Water Provides combustion science & services installed base Aviation Provides advanced materials & manufacturing techniques, & engineering productivity Healthcare Provides diagnostics technology & is a firstmover & anchor tenant in all of our growth markets Appliances and Lighting LED is a gateway to energy efficiency Global Research Center Global Growth Organization Global Software Center Culture & Simplification Transportation Provides engine technology & localization in growth regions Oil and Gas Provides services technology & is a first-mover in growth regions Energy Management Provides electrification, controls & power conversion technology 5 GE Beliefs GE Beliefs offer a new mindset, spirit and behaviors to help us deliver on Simplification. Customers determine our success and drive us to: • • • • Stay lean to go fast Learn and adapt to win Empower and inspire each other Deliver results in an uncertain world We continue to win by… Growing the best leaders in the world Learning and sharing across our teams and with our customers Inventing the future in the world’s best industrial laboratories We invest $1 billion a year in learning and development. Our evolutionary leadership culture makes us the world’s #1 company for leaders. We cross cultures, industries, and expertise to build deeper relationships and deliver 360-degree solutions. We prototype and build parts and products many believed impossible using advanced manufacturing techniques at our seven Global Research Centers. 6 Building essential technology in the world’s most Brilliant Factories With our Predix software platform, we bridge the physical and analytical worlds better than any company in the world. Changing ahead of a changing world We think ahead with Ecomagination, and adapt quickly to meet the world’s need for safer, reliable, and more affordable energy. We make the world healthier We spot trends three to five years ahead with healthymagination to improve quality, access and affordability of healthcare. 7 Powering the Rio 2016 Olympic and Paralympic Games GE is a Worldwide Partner and exclusive provider of a wide range of innovative products and services that are integral to staging the Rio 2016 Olympic and Paralympic Games. We continue to work closely with host countries, cities and organizing committees to provide infrastructure solutions for Olympic and Paralympic venues including power, lighting, water treatment and transportation. We will also be supplying local hospitals with diagnostic imaging equipment and healthcare technology solutions like ultrasound, MRI and electronic medical record technologies to help doctors treat athletes. Here are just a few highlights of how GE is supporting the Games in Rio de Janeiro… Power & Water Opened in February 2014, the Baixada Fluminense Thermal Power Plant in the city of Seropédica uses GE turbines in a combined cycleto generate up to 530 megawatts of power — enough to supply a city of up to 1.7 million people. Mobile Water Treatment To help ensure the water supply for a population that will jump from 500,000 to 2 million people, GE’s ultrafiltration membranes will safely treat water. Energy Management GE will supply electrical distribution technologies to the International Broadcast Centre (IBC), which will house the TV and radio 8 stations and portals from around the world that hold the rights to broadcast the Games. All the energy that fuels the center’s operation will pass through this system. Healthcare Focused on the healthcare and well-being of athletes and their teams during the Rio 2016 Olympic and Paralympic Games, GE Healthcare will provide the diagnostic medical equipment, such as MRIs, ultrasounds and digital X-rays, for prevention and diagnosis. Lighting For over three years, GE’s team has been taking part in the most important lighting projects related to the Rio 2016 Olympic and Paralympic Games, including the Games’ soccer stadiums and the stage for the Rio 2016 Olympic and Paralympic Opening and Closing Ceremony. The technology provides viewers with a clear view of the playing field, both live and on TV. In addition, GE Lighting has met the lighting needs for the city’s infrastructure projects, commercial buildings and hotels. The new technology has made the area more beautiful and safer, while saving 50% in energy consumption compared to the previously used technology. In fact, using GE’s Ecomagination business platform, which aims to meet the challenges in efficient energy and water use, the site has installed 3,000 LED Lumination™ units, which will save about $ 1 million in energy costs over their four years of operations, compared with fluorescent technology. UPS Backup GE has also supplied and installed 25 Uninterruptible Power Supply (UPS) units to ensure the power supply for ten minutes in the event of an outage, while the generators kick in, preventing any interruptions of work at the headquarters. Look for more updates as the Rio 2016 Games get closer and visit HERE. 9 Industrial Solutions Innovation Changing Ahead of a Changing World Through its Industrial Solutions business, GE is one of the leading manufacturers of electrical distribution equipment in the world. One of our largest electrical distribution equipment manufacturing sites is located in Bielsko-Biala, Poland. Of course, this location was not chosen by chance. Surrounded by beautiful mountains and home to approximately 180,000 people, Bielsko-Biala is one of Poland’s most important industrial centers. Often called “Little Vienna”, Bielsko-Biala has been known for its industrial activity ever since the city’s founding in the 13th century when the textile industry was booming. Today, more than 35 automotive and industrial factories are located in Bielsko-Biala. In 2014, GE embarked on a project to move four old manufacturing sites consisting of 20 buildings in to a single, new location in Bielsko-Biala. Construction of the new facility started in early January 2015. During 10 that time 50,000 cubic meters of soil were evacuated from the site, 12,000 cubic meters of concrete were poured and 317 support columns were placed. After eight months, a new factory was erected. The new facility is approximately 45,000 square meters of space – that’s the size of nearly 11 football pitches. The factory serves customers around the world. Products are manufactured, assembled and shipped to customers in Europe, Latin America, the Middle East, North America and Asia. The Bielsko-Biala factory is designed to help accelerate product development and manufacturing by combining engineering, development, testing and manufacturing operations in a centralized, high-tech environment. The facility is considered a “Brilliant Factory” because of the many advanced manufacturing tools and processes used on the shop floor. 11 Industrial Solutions Built for the digital industrial era, our portfolio includes electrical equipment, components and lifecycle services. Protection & Distribution Motor & Lighting Control Lifecycle Services • • • • • • • • • • • • • • • • • • • • • • • • • • • • • Busway Circuit Breakers Enclosures Generator Accessories Home Automation Load Centers Modular Metering Panelboards Power Equipment Buildings Power Pedestals Switchboards Switches & Disconnects Switchgear Transformers Trip Units Contactors Drives Lighting Control Motor Control Centers Push Buttons & Pilot Devices Relays & Timers Starters Terminal Blocks Power System Study Arc Flash Study Emergency & Rapid Response On-going Maintenance Services Inspection Services Training Critical Power • • • • • • • • Automatic Transfer Switches Critical Power Distribution Data Center Solutions DC Power Systems Embedded Power Static Transfer Switches Surge Protective Devices Uninterruptible Power Supplies (UPS) Our Global Footprint Worldwide Scale with Local Execution Our 14,000 employees deliver solutions in more than 100 countries. Our Global Footprint 12 Setting New Standards in UPS Quality and Innovation In 1966, GE provided the first commercial UPS solution—and we’ve been innovating ever since. Today, you can rely on GE’s Critical Power to deliver the powerful, dependable UPS solutions you need with advanced features and benefits unrivaled in the industry. Here are just a few of the latest innovations… Energy Efficiency 98 95 typical operating load 92 EFFICIENCY % We offer the most energy efficient double-conversion UPS in the industry, providing world-class energy efficiency across the operating load range. The TLE Series, for example, delivers efficiency up to 96.5% in double conversion mode and 99% in eBoost operating mode. This system efficiency substantially reduces operating and cooling costs thus providing a reduced cost of ownership and improved power usage effectiveness (PUE) compared to conventional UPS. 89 86 83 80 Diagnostic Capability New diagnostic features allow you to store different wave forms while also providing fan failure detection as well as warning on capacitor life that improves UPS availability and enhances preventive maintenance capabilities. 25% 50% 75% 100% LOAD TLE VFI Mode TLE eBoostMode Standard Safety and Maintenance Features Our high-power UPS such as the TLE Series, has standard built in back-feed protection as well maintenance switch that avoids external in¬stallation of switches or breakers into input distribution panels for providing back feed protection and maintenance disconnect. 13 Thomas Edison, founder 14 GE’s UPS Firsts 1964 > Development of the first UPS - AGIE in Losone 1966 > The first commercial UPS-systems were supplied: Two single UPS of 36kVA - 60Hz and 20kVA - 50Hz 1964 1967 > First parallel system, 5 units 125kVA with bypass centralized and redundant control; Innovative technology for paralleling UPS in European market 1993 1972 > First redundant parallel UPS-system: 6x250kVA model 035 1966 1977 > First UPS with transistor type 050, using the revolutionary technology PWM 1996 1979 > First UPS of type 060 of 250kVA 1982 > First UPS model IM085 250kVA 1986 > First UPS model IM075 120kVA; This model was controlled by an 8-bit microprocessor 1967 1987 > First system in parallel from 3x250kVA (up to 6 units) type IM095 with the new decentralized bypass 2000 1990 > First UPS model IM090 120kVA with bipolar transistors 1972 1992 > First IM090 330kVA with transistors IGBT 2003 1993 > First IM090 from 500kVA with transistors IGBT 1996 > Launch of the UPS platform SitePro, ranging from 10 to 500kVA 1977 2000 > Launch of the transformer-less UPS LanPro 33, ranging from 10 to 30kVA 2008 2003 > First SG Series UPS ranging from 80 to 200kVA 2007 > Launched new PurePulse technology (IGBT rectifier) for the SG Series available from 60 to 500kVA; Development of high performances single-phase UPS VH Series from 0.7 to 3kVA 1979 2008 > Launched SG Series UL 750kVA for large data center applications in US 2010 2010 > Launched SG Series 600kVA for large datacenter in Europe 1982 2011 > Launch of iUPSGuard to provide remote monitoring of all UPS product lines— anytime, anywhere, from any device 2014 2013 > Launch TLE High Efficiency 3 Level Technology 2014 > GE develops the 1st Ring Bus architecture with Static UPS to optimize performance, reliability and cost 1990 2016 > Introduced TLE low-to-mid power modern UPS with unrivalled quality, scalability and extended product life 2017 2017 > Introduced the TLE Series 30-180 kVA Scalable with optimized front access for easy installation and service access. 15 UPS Topologies Offline - VFD (Voltage Frequency Dependent) mains switch filter Offline UPS system channels the incoming mains power, via a filter, directly to the load. As soon as the incoming power is outside tolerance, the UPS switches to battery operation. to critical load battery mains switch filter AVR to critical load Line-interactive - VI (Voltage Independent) Line-interactive UPS system channels the incoming mains power, via an AVR - Automatic Voltage Regulator, directly to the load. Compared to off-line, the system can handle much larger voltage variations before switching to battery operation. battery Double-conversion - VFI (Voltage Frequency Independent) Input and output are completely separated: the output converter (DC to AC, or = to ~) continuously supplies the critical load with a completely new, regulated and clean sine wave output. No switching takes place when the incoming mains power gets outside tolerances. A bypass switch automatically transfers the load to the mains when the output converter is unable to supply the load. MAINS DISTURBANCES VFD static switch mains to critical load battery VI P P Power sags P P Power surge P P Under-voltage P P Over-voltage P P Power failure (black-out) P VFI Transient P Voltage noise P Voltage harmonics P Frequency variations P 16 17 High Power UPS TLE Series - VFI Double-Conversion Transformerless UPS 3-phase CE, 160 - 200 - 320 - 400 - 600 - 800 kW Overview The TLE Series provides the latest power conversion technology in a transformerless UPS, using rectifiers and inverters with a three-level IGBT design for high double conversion VFD efficiency and even higher efficiency in multi-mode operation (eBoost) that makes real-time decisions between VFI double conversion and VFD eco mode. The TLE Series UPS was developed using GE’s Design for Six Sigma (DFSS) methodology to ensure this transformerless UPS product meets customer requirements for critical power performance, reliability, efficiency and quality. Features and Benefits Function Providing reliable and efficient power protection for IT servers/storage/network equipment and other digital electronics Options Typical Applications • Data centers – cloud, colocation and enterprise • Telecommunication installations • Internet service providers • Security operations Data Center • Process control equipment • Financial systems Data Center • Healthcare Transportation Internet Service Providers Transportation Transportation Telecommunication Telecommunication Data Center Data Center • Highly reliable and efficient three-level IGBT power conversion • Multi-mode high efficiency operation (eBoost) - Up to 97% Efficient in VFI double conversion mode - Up to 99% Efficient in VFD eco mode • Unity (1.0) Output Power Factor • High (0.99) Input Power Factor • Less than 5% Input Current Harmonic Distortion • Small footprint and high power density • Front access design for ease of maintenance reducing mean time to repair (MTTR) • Redundant Parallel Architecture (RPA) for paralleling up to six (6) TLE modules for redundancy and high reliability • RPA “cable saver” allow wider cable length differences between UPS modules when paralleling multiple modules • Matching VRLA battery cabinets with wide range of battery runtimes • Flywheel energy storage Telecommunication Transportation • External maintenance bypass cabinets • Connectivity options (SNMP, customer interface cards, remote status panels, Telecommunication iUPSGuard remoteTransportation monitoring) Security Operations Telecommunication Telecommunication Transportation Transportation Internet Service Providers Security Operations Process Control Equipment Process Control Equipment Process Control Equipment Security Operations Security Operations nternet Service Providers Internet Service Providers Systems Process Control Financial Equipment Process Control Equipment Industrial Systems Security Operations Security Operations Process Control Equipment Process Control Equipment Financial Systems Industrial Systems Healthcare Healthcare Healthcare Standards & Certification Safety: EN 62040 (EN 62050-1) Healthcare Call Center Healthcare EMC: EN 62040-2 Data Transmission Industrial Systems Industrial Systems Financial SystemsFinancial Systems Industrial Systems Industrial Systems Call Center Healthcare Healthcare Data Transmission Mission Critical Servers Mission Critical Servers Mission Critical Servers Data Transmission Data Transmission Network Mission Critical Local Servers Mission Critical Servers Labratory Internet Servers 18 Specifications GENERAL DATA TLE SERIES 160 CE Topology VFI, double conversion TLE SERIES 200 CE TLE SERIES 320 CE TLE SERIES 400 CE TLE SERIES 600 CE TLE SERIES 800 CE Nominal output power 160kW Overall efficiency in VFI mode 96.6% 200kW 320kW 400kW 600kW 800kW Overall efficiency in eBoost mode 98.9% Audible noise level 74dB(A) Operating temperature range UPS: 0°C - 40°C (up to 50°C subjected to conditions) 74dB(A) / 68dB(A) Protection degree IP 20 (IEC 60529) Standards EN/IEC 62040, CE marking EMC (Electromagnetic Compatibility) EN/IEC 62040-2 Electrostatic discharge immunity 4kV contact / 8kV air discharge Colour RAL 9005 (black) Service access Front and top access only External cable connections Bottom of the cabinet (Top as option) Paralleling (RPA version) Up to 6 units for redundancy or capacity in RPA configuration (option) RECTIFIER Standard input voltage Nominal: 3x400V + N Programmable: 3x380 / 415V + N Rectifier accepted ph-ph voltage range: 340V - 460V Input frequency 50/60 Hz +/-10% (45 - 66 Hz) Power factor 0.99 Input current THD <3% BATTERY Battery type Valve regulated lead-acid (VRLA)-standard, Vented lead-acid, wet battery and NiCd Float voltage at 20°C 545V - 600V (dependent on the number of cells) Common battery in parallel system Up to 3 units INVERTER Nominal output voltage (on site programmable) 3x380V / 400V / 415V + N Output frequency 50/60 Hz (selectable) Output voltage tolerance: static Output voltage tolerance: dynamic (at load step 0 – 100 – 0%) - output voltage THD for 100% linear load +/- 1% - output voltage THD for 100% non-linear load (EN 62040) <5% Output frequency tolerance: free-running +/- 0.1% Overload capability (at 25°C ambient temperature) 105% continuous, 110% - 10 minutes, 125% - 1 minute, 150% - 30 seconds +/- 3% <3% BYPASS Voltage limits for inverter/ bypass load transfers +/- 10% (adjustable) Overload on bypass 150% for 1 minute & 22 times In for 10ms, non repetitive – 110% continuous Primary components Static switch (SCR) on bypass Electromechanic contactor (backfeed protection) on bypass and inverter 2 manual switches for maintenance bypass INTERFACING RS232 serial port, EPO, Customer Interface board Standard PHYSICAL DATA Weight 500 Kg 980 Kg 2200 Kg 2380 Kg Floor loading 705 Kg/m2 798 Kg/m2 848 Kg/m2 805 Kg/m2 820x865x1905 mm 1420x865x1905 mm 3000x865x1905 mm 3420x865x1905 mm Dimensions (WxDxH) 19 SG Series - VFI Double-Conversion Transformer UPS 3-phase CE, 10 - 15 - 20 - 30 - 40 - 60 - 80 - 120 - 160 - 200 - 250 - 300 - 400 - 500 kVA Overview The SG Series is one of the most efficient, robust and reliable transformer UPS, providing best-in-class input and output power quality performance and protection for wide range of critical power applications. The SG Series is designed with IGBT rectifier (PurePulse) for clean input performance and output inverter with zig zag transformer for best-in-class harmonics, voltage regulation and dynamic response. The SG is also optimized to provide high efficiency at part load conditions. Features and Benefits • PurePulse IGBT rectifier for clean input power quality with high input PF and low harmonics distortion • Inverter output zig-zag isolation transformer for short circuit capability and load galvanic separation • Enhanced output performance with lagging-leading power factor (0.9) without kVA derating • Excellent dynamic output performance and low output voltage distortion • High efficiency in double conversion up to 94% and in eBoost mode operation up to 99% • Front access for operation and maintenance reducing mean time to repair (MTTR) Function Providing reliability power protection for challenging critical loads with step loads, high harmonics and poor power quality Options Typical Applications • Data centers – corporate and enterprise • Transportation and Rail • Telecommunication installations • Manufacturing & Process control Telecommunication Telecommunication Data Center Transportation • Financial & banking systems • Healthcare & Hospitals • Broadcast er roviders Internet Service Providers Process Control Equipment Security Operations Security Operations Transportation Data Center Telecommunication Data Center ems Telecommunication TransportationTelecommunication Financial Systems Industrial Systems Process Control Equipment ork Transportation Process Control Equipment Transportation Transportation Healthcare Industrial Systems Internet Service Internet Providers ServiceProcess Providers Security Operations Security Operations Security Operations Control Equipment r • Redundant Parallel Architecture (RPA) for paralleling up to six (6) SG modules for redundancy and high reliability • Matching VRLA battery cabinets with wide range of battery runtimes • Flywheel energy storage • External maintenance bypass cabinets • Connectivity options (SNMP, customer interface cards, remote status panels, iUPSGuard remote monitoring) Healthcare Process Control Process Equipment Control Equipment Standards & Certification Safety: EN 62040 (EN 62050-1) Data Transmission Data Transmission Call Center Mission Critical Servers Healthcare EMC: EN 62040-2 Financial Systems Healthcare Industrial SystemsFinancial Systems Labratory Mission Critical Servers Local Network Industrial Industrial Systems Systems Internet Servers Mission Critical Servers HealthcareHealthcare Labratory Internet Servers 20 Specifications GENERAL DATA SG SERIES 10 PUREPULSE CE S1 Topology VFI, double conversion Nominal output power 10kW Overall efficiency in VFI mode Up to 92.3% Overall efficiency in eBoost mode Up to 98.0% Audible noise level 58dB(A) Operating temperature range 0 °C - 40 °C SG SERIES 15 PUREPULSE CE S1 SG SERIES 20 PUREPULSE CE S1 SG SERIES 30 PUREPULSE CE S1 SG SERIES 40 PUREPULSE CE S1 15kW 20kW 30kW 40kW Protection degree IP 20 (IEC 60529) Standards EN/IEC 62040, CE marking EMC (Electromagnetic Compatibility) EN/IEC 62040-2 Electrostatic discharge immunity 4kV contact / 8kV air discharge Colour RAL 9003 (white) Service access Front and top access only External cable connections Bottom at front of the cabinet (standard) Paralleling (RPA version) Up to 6 units for redundancy or capacity in RPA configuration (option) RECTIFIER Standard input voltage Nominal: 3x400V + N Programmable: 3x380 / 415V + N Rectifier accepted ph-ph voltage range: 340V - 460V Input frequency 50/60 Hz +/-10% (45 - 66 Hz) Power factor 0.99 Input current THD 2% at 100% load <2.5% at 75% load <3% at 50% load BATTERY Battery type Float voltage at 20°C Valve regulated lead-acid (VRLA)-standard, Vented lead-acid, wet battery and NiCd, Flywheel compatible 400V - 436V (dependent on the number of blocks) INVERTER Nominal output voltage (on site programmable) \3x380V / 400V / 415V + N Output frequency 50/60 Hz (selectable) Output voltage tolerance: static +/- 1% Output voltage tolerance: dynamic (at load step 0 – 100 – 0%) +/- 3% - output voltage THD for 100% linear load < 2% - output voltage THD for 100% non-linear load (EN 62040) 3% Output frequency tolerance: free-running +/- 0.1% Overload capability (at 25°C ambient temperature) 125% - 10 minutes, 150% - 1 minute BYPASS Voltage limits for inverter/ bypass load transfers +/- 10% (adjustable) Overload on bypass 200% for 1 minute & 35 times In for 10 ms, non repetitive Primary components Static switch (SCR) on bypass Electromechanic contactor (backfeed protection) Manual switch for maintenance bypass INTERFACING RS232 serial port, EPO, Customer Interface board Standard PHYSICAL DATA Weight 290 Kg 350 Kg 420 Kg Floor loading 533 Kg/m2 643 Kg/m2 772 Kg/m2 Dimensions (WxDxH) 680x800x1450mm 21 Specifications GENERAL DATA SG SERIES 60 PUREPULSE CE S1 Topology VFI, double conversion Nominal output power 60kVA/54kW Overall efficiency in VFI mode 92.1% Overall efficiency in eBoost mode 97.9% SG SERIES 80 PUREPULSE CE S1 SG SERIES 100 PUREPULSE CE S1 SG SERIES 120 PUREPULSE CE S1 80kVA/72kW 100kVA/90kW 120kVA/108kW Audible noise level 63dB(A) Operating temperature range 0 °C - 40 °C Protection degree IP 20 (IEC 60529) Standards EN/IEC 62040, CE marking EMC (Electromagnetic Compatibility) EN/IEC 62040-2 Electrostatic discharge immunity 4kV contact / 8kV air discharge Colour Service access External cable connections RAL 9003 (white), bottom air grids RAL 7021 (black) Front and top access only Bottom at front of the cabinet (top as option) Paralleling (RPA version) Up to 6 units for redundancy or capacity in RPA configuration (option) RECTIFIER Standard input voltage Nominal: 3x400V + N Programmable: 3x380 / 415V + N Rectifier accepted ph-ph voltage range: 340V - 460V Input frequency 50/60 Hz +/-10% (45 - 66 Hz) Power factor 0.99 Input current THD 2% at 100% load <2.5% at 75% load <3% at 50% load Battery Battery type Float voltage at 20°C Valve regulated lead-acid (VRLA)-standard, Vented lead-acid, wet battery and NiCd 400V - 436V (dependent on the number of blocks) INVERTER Nominal output voltage (on site programmable) 3x380V / 400V / 415V + N Output frequency 50/60 Hz (selectable) Output voltage tolerance: static +/- 1% Output voltage tolerance: dynamic (at load step 0 – 100 – 0%) +/- 3% - output voltage THD for 100% linear load Max. 1.5% - output voltage THD for 100% non-linear load (EN 62040) Output frequency tolerance: free-running Overload capability (at 25°C ambient temperature) Max. 3% +/- 0.1% 125% - 10 minutes, 150% - 1 minute BYPASS Voltage limits for inverter/ bypass load transfers +/- 10% (adjustable) Overload on bypass 200% for 5 minutes & 45 times In for 10 ms, non repetitive Primary components Static switch (SCR) on bypass Electromechanic contactors (backfeed protection) 2 Manual switches for maintenance bypass and inverter INTERFACING RS232 serial port, EPO, Customer Interface board Standard PHYSICAL DATA Weight 550 Kg 630 Kg 860 Kg Floor loading 995 Kg/m2 1140 Kg/m2 1212 Kg/m2 Dimensions (WxDxH) 650x850x1900 mm 835x850x1900 mm 22 Specifications GENERAL DATA SG SERIES 160 PUREPULSE CE S3 SG SERIES 200 PUREPULSE CE S3 Topology VFI, double conversion Nominal output power 160kVA/144kW Overall efficiency in VFI mode 94.6% Overall efficiency in eBoost mode 98.7% Audible noise level 69dB(A) Operating temperature range 0 °C - 40 °C Protection degree IP 20 (IEC 60529) Standards EN/IEC 62040, CE marking EMC (Electromagnetic Compatibility) EN/IEC 62040-2 Electrostatic discharge immunity 4kV contact / 8kV air discharge Colour RAL 9005 (black) Service access Front and top access only External cable connections Bottom at front of the cabinet (top as option) Paralleling (RPA version) Up to 6 units for redundancy or capacity in RPA configuration (option) 200kVA/180kW SG SERIES 250 PUREPULSE CE S3 SG SERIES 300 PUREPULSE CE S3 SG SERIES 400 PUREPULSE CE S3 SG SERIES 500 PUREPULSE CE S3 250kVA/225kW 300kVA/270kW 400kVA/360kW 500kVA/450kW 72dB(A) RECTIFIER Standard input voltage Nominal: 3x400V + N Programmable: 3x380 / 415V + N Rectifier accepted ph-ph voltage range: 340V - 460V Input frequency 50/60 Hz +/-10% (45 - 66 Hz) Power factor 0.99 Input current THD 2% at 100% load <2.5% at 75% load <3% at 50% load BATTERY Battery type Valve regulated lead-acid (VRLA)-standard, Vented lead-acid, wet battery and NiCd, Flywheel compatible Float voltage at 20°C 400V - 436V (dependent on the number of blocks) INVERTER Nominal output voltage (on site programmable) 3x380V / 400V / 415V + N Output frequency 50/60 Hz (selectable) Output voltage tolerance: static Output voltage tolerance: dynamic (at load step 0 – 100 – 0%) - output voltage THD for 100% linear load - output voltage THD for 100% non-linear load (EN 62040) Output frequency tolerance: free-running Overload capability (at 25°C ambient temperature) +/- 1% +/- 3% Max. 1.5% Max. 3% +/- 0.1% 125% - 10 minutes, 150% - 1 minute BYPASS Voltage limits for inverter/ bypass load transfers +/- 10% (adjustable) Overload on bypass 150% for 1 minute & 45 times In for 10 ms, non repetitive Primary components Static switch (SCR) on bypass Electromechanic contactors (backfeed protection) on bypass and inverter 2 Manual switches for maintenance bypass INTERFACING RS232 serial port, EPO, Customer Interface board Standard PHYSICAL DATA Weight 1050 Kg 1220 Kg 1470 Kg 1560 Kg 2190 Kg 2470 Kg Floor loading 1373 Kg/m2 1105 Kg/m2 1331 Kg/m2 1412 Kg/m2 1281 Kg/m2 1445 Kg/m2 Dimensions (WxDxH) 900x850x1900 mm 1300x850x1900 mm 1300x850x1900 mm 1300x850x1900 mm 1800x950x1900 mm 1800x950x1900 mm 23 Mid Power UPS TLE Series - VFI Double-Conversion Transformerless UPS 3-phase CE, 40 - 60 - 80 - 100 - 120 kW Scalable Overview The TLE Series UPS is one of the best performing three-phase UPS systems providing critical power protection for a wide range of applications. The TLE Series operates in VFI mode (Voltage Frequency Independent) and has been developed to satisfy the growing request of high efficiency through an innovative control algorithm with 3-level inverter technology. This innovative product provides double conversion operating mode. The TLE Series UPS provides industry-leading reliability, efficiency, clean input performance and unity power factor at output. Reliability can be further increased by paralleling more units utilizing GE’s unique RPA™ (Redundant Parallel Architecture) technology. Features and Benefits Function • Scalable from 40 to 120kW • True front access for operation and maintenance reduces mean time to repair (MTTR) Easy to install, service and grow, the • Standard built in back feed protection and maintenance switch minimize installation TLE40-120 Scalable is optimized for cost and increase safety office environments, but also suitable for Data Center Telecommunication Transportation • Smaller size reduced installation and operational footprint more traditional, industrial applications. • Redundant Parallel Architecture (RPA) for reliability, redundancy and scalability up to 6 UPS • Enhanced output performance with unit power factor to protect and supply Data Center Telecommunication Transportation modern IT load Typical Applications • Excellent dynamic performance and low output voltage distortion • IT Rooms Internet Service Providers Security Operations Process Control Equipment • Improved diagnostic capabilities with waveform capture and capacitor monitoring • Transportation and Rail • Clean input performance with 0.99 input power factor and <3% THDi • Telecommunication installations • Double conversion efficiency up to 95.4% • Manufacturing & Process control Transportation nternet Service Providers Security Operations Process Control Equipment • Output power factor 1 • Financial & banking systems • True front access design • Healthcare & Hospitals • Compact foot print • Broadcast Financial Systems Healthcare er Telecommunication Transportation Industrial Systems Data Center Telecommunication Transportation • Improved user interface • Extremely low output voltage distortion • Superior Battery Management Financial Systems Process Control Equipment Industrial Systems Healthcare Options • Redundant Parallel Architecture (RPA) for paralleling up to six (6) TLE modules for redundancy and high reliability • RPA “cable saver” allow wider cable length differences between UPS modules when paralleling multiple modules Call Center Data Transmission Mission Critical Servers Healthcare • Matching VRLA battery cabinets with wide range of battery runtimes • External maintenance bypass cabinets Labratory Internet Servers Internet Service Providers Process Control Equipment tems Industrial Systems Local NetworkSecurity Operations Healthcare • Connectivity options (SNMP, customer interface cards, remote status panels, Financial Systems Industrial Systems Healthcare nternet Service Providers Security Operations Process Control Equipment Standards & Certification iUPSGuard remote monitoring) Safety: EN 62040 (EN 62050-1) • Additional power block or license upgrades for more power Data Center Data TransmissionTransportation Mission Critical Servers Security Operations Call Center Telecommunication Process Control Equipment Internet Service Providers Security Operations Process Control Equipment Telecommunication Transportation Providers Data Center er Labratory EMC: EN 62040-2 Local Network Mission Critical Servers Internet Servers Network Components Financial Systems Industrial Systems Healthcare Data Transmission Mission CriticalTelcom ServersIndustry Equipment Call Center Data Transmission Industrial Systems Healthcare Financial Systems PC Mission Critical Servers 24 Specifications GENERAL DATA TLE SERIES 40 CE S1 Topology VFI, double conversion Nominal output power 40kW Overall efficiency in VFI mode 95.4% TLE SERIES 60 CE S1 TLE SERIES 80 CE S1 TLE SERIES 100 CE S1 TLE SERIES 120 CE S1 60kW 80kW 100kW 120kW Overall efficiency in SEM 98.9% Audible noise level 62dB(A) Operating temperature range 0 °C - 40 °C (up to 50 °C subjected to conditions) Protection degree IP 30 (IEC 60529) Standards EN/IEC 62040, CE marking EMC (Electromagnetic Compatibility) EN/IEC 62040-2 Category C3 (Category C2 as option) Electrostatic discharge immunity 4kV contact / 8kV air discharge Colour RAL 9005 (black) Service access External cable connections Front and top access only Bottom at front of the cabinet (standard) Paralleling (RPA version) Up to 6 units for redundancy or capacity in RPA configuration (option) RECTIFIER Standard input voltage Nominal: 3x400V + N Programmable: 3x380 / 415V + N Rectifier accepted ph-ph voltage range: 340V - 460V (wider voltages subject to de-rated loads) Input frequency 50/60 Hz +/-10% (45 - 66 Hz) Power factor 0.99 Input current THD <3% BATTERY Battery type Valve regulated lead-acid (VRLA)-standard, vented lead-acid, wet battery and NiCd Float voltage at 20°C 409V - 490V (dependent on the number of cells) INVERTER Nominal output voltage (on site programmable) 3x380V / 400V / 415V + N Output frequency 50/60 Hz (selectable) Output voltage tolerance: static +/- 1% Output voltage tolerance: dynamic (at load step 0 – 100 – 0%) +/- 3% - output voltage THD for 100% linear load < 3% - output voltage THD for 100% non-linear load (EN 62040) <5% Output frequency tolerance: free-running Overload capability (at 25°C ambient temperature) +/- 0.1% 105% continuous, 110% - 10 minutes, 125% - 1 minute, 150% - 30 seconds BYPASS Voltage limits for inverter/ bypass load transfers +/- 10% (adjustable) Overload on bypass 190A continuous - 260A for 1 minute & 3810A for 10ms, non repetitive Primary components Static switch (SCR) on bypass Electromechanic contactors (backfeed protection) on bypass and inverter 2 manual switches for maintenance bypass INTERFACING RS232 serial port, EPO, Customer Interface board Standard PHYSICAL DATA Weight 385 Kg 450 Kg 520 Kg Floor loading 755 Kg/m2 883 Kg/m2 1020 Kg/m2 Dimensions (WxDxH) 600x865x1630 mm 25 Low Power UPS TLE Series - VFI Double-Conversion Transformerless UPS 3-phase CE, 30 - 40 kW Overview The TLE Series UPS is one of the best performing three-phase UPS systems providing critical power protection for a wide range of applications. The TLE Series operates in VFI mode (Voltage Frequency Independent) and has been developed to satisfy the growing request of high efficiency through an innovative control algorithm with 3-level inverter technology. This innovative product provides double conversion operating mode. The TLE Series UPS provides industry-leading reliability, efficiency, clean input performance and unity power factor at output. Reliability can be further increased by paralleling more units utilizing GE’s unique RPA™ (Redundant Parallel Architecture) technology. Features and Benefits Function Easy to install and service, the TLE30-40 is optimized for office environments,Data but Centeralso suitableTelecommunication for more traditional, industrial applications. Data Center Telecommunication Transportation Typical Applications • IT Rooms Internet Service Providers Security Operations • Transportation and Rail • Telecommunication installations • Transportation Manufacturing & Process control nternet Service Providers Security Operations Process Control Equipment • Financial & banking systems • Healthcare & Hospitals Financial Systems er Telecommunication Transportation Industrial Systems • Broadcast Data Center • True front access for operation and maintenance reduces mean time to repair (MTTR) • Standard built in back feed protection and maintenance switch minimize installation cost and increase safety • Smaller size reduced installation and operational footprint • Redundant Parallel Architecture (RPA) for reliability, redundancy and scalability up to 6 UPS • Enhanced output performance with unit power factor to protect and supply Transportation modern IT load • Excellent dynamic performance and low output voltage distortion • Improved diagnostic capabilities with waveform capture and capacitor monitoring • Clean input performance with 0.99 input power factor and <3% THDi • Double conversion efficiency up to 95.4% Process Control Equipmentfactor 1 • Output power • True front access design • Compact foot print • Improved user interface • Extremely low output voltage distortion • Superior Battery Management Healthcare Telecommunication Transportation Options • Redundant Parallel Architecture (RPA) for paralleling up to six (6) TLE modules for redundancy and high reliability • RPA “cable saver” allow wider cable length differences between UPS modules when Data Center Data TransmissionTransportation Mission Critical Servers Providers Security Operations Call Center Telecommunication Process Control Equipment multiple modules Internet Service Providers Securityparalleling Operations Process Control Equipment Data Center Telecommunication Transportation • Matching VRLA battery cabinets with wide range of battery runtimes • External maintenance bypass cabinets Call Center Data Transmission Mission Critical Servers Healthcare • Connectivity options (SNMP, customer interface cards, remote status panels, iUPSGuard remote monitoring) • Additional Internal Transformers Labratory Internet Servers Internet Service Providers Process Control Equipment tems Industrial Systems Local NetworkSecurity Operations Healthcare Financial Systems Industrial Systems Healthcare nternet Service Providers Security Operations Process Control Equipment • Front Bottom Cable Connection er Financial Systems Process Control Equipment Industrial Systems Healthcare Standards & Certification Safety: EN 62040 (EN 62050-1) Labratory Internet Servers EMC: EN 62040-2 Local Network Mission Critical Servers Network Components Financial Systems Industrial Systems Healthcare Data Transmission Mission CriticalTelcom ServersIndustry Equipment Call Center Data Transmission Industrial Systems Healthcare Financial Systems PC Mission Critical Servers 26 Specifications GENERAL DATA TLE SERIES 30 CE S1 Topology VFI, double conversion Nominal output power 30kW Overall efficiency in VFI mode 95.3% Overall efficiency in eBoost mode 98.6% Audible noise level 60dB(A) Operating temperature range 0 °C - 40 °C (up to 50 °C subjected to conditions) Protection degree IP 20 (IEC 60529 - IP 30 on request) Standards EN/IEC 62040, CE marking EMC (Electromagnetic Compatibility) EN/IEC 62040-2 Electrostatic discharge immunity 4kV contact / 8kV air discharge TLE SERIES 40 CE S1 40kW Colour RAL 9005 (Black) Service access Front and top access only (castors available on the bottom of the UPS) External cable connections Bottom at the rear of the cabinet. Front connection as option Paralleling (RPA version) Up to 6 units for redundancy or capacity in RPA configuration (option) RECTIFIER Standard input voltage Nominal: 3x400V + N Programmable: 3x380 / 415V + N Rectifier accepted ph-ph voltage range: 340V - 460V (lower voltages acceptable with de-rated loads) Input frequency 50/60 Hz +/-10% (45 - 66 Hz) Power factor 0.99 Input current THD <3% at 100% load <5% at 50% load BATTERY Battery type Valve regulated lead-acid (VRLA)-standard, Vented lead-acid, wet battery and NiCd Float voltage at 20°C 409V - 490V (dependent on the number of blocks) GE Batteries Solutions 10 years design life VRLA batteries INVERTER Nominal output voltage (on site programmable) 3x380V / 400V / 415V + N Output frequency 50/60 Hz (selectable) Output voltage tolerance: static Output voltage tolerance: dynamic (at load step 0 – 100 – 0%) - output voltage THD for 100% linear load +/- 1% +/- 3% <2% - output voltage THD for 100% non-linear load (EN 62040) Output frequency tolerance: free-running <5% Overload capability (at 25°C ambient temperature) 105% continuous, 110% - 10 minutes, 125% - 1 minute, 150% - 30 seconds +/- 0.1% BYPASS Voltage limits for inverter/ bypass load transfers +/- 10% (adjustable) Overload on bypass 150% for 1 minute & 45 times In for 10 ms, non repetitive Primary components Static switch (SCR) on bypass Electromechanic contactors (backfeed protection) on bypass and inverter 2 manual switches for maintenance bypass INTERFACING RS232 serial port, EPO, Customer Interface board Standard PHYSICAL DATA Weight 230 Kg Floor loading 542 Kg/m2 Dimensions (WxDxH) 500x850x1705 mm 27 TLE Modular Series 3-phase CE, 30 - 60 - 90 - 120 - 150 - 180 kVA Overview GE’s TLE Modular Series UPS is one of the most reliable three-phase UPS modular systems, designed for N+X redundancy, on-line and hot-swappable. The TLE Modular Series provides compact footprint with high power capability, achieving up to 540kVA in order to guarantee maximum flexibility of system design for any kind of application. The TLE Modular Series UPS provides high efficiency in all operating conditions keeping high level of protection to critical loads connected, minimizing input current distortion and consequently reducing operational costs. This makes TLE Modular Series UPS a perfect choice for environmental-friendly solutions. Features and Benefits • 30-180kVA modular design • High power capability up to 540kVA • On-line efficiency up to 95.5% and 99% in ECO mode Function Easy to install and service, the TLE 30-180 kVA is optimized for office environments, but also suitable Data Center Telecommunication for more traditional, industrial applications. Data Center Telecommunication Transportation Typical Applications Industrial Systems • 228-478V accepted input voltage minimizes battery operations • Low Output Voltage distortion <1% THDU Transportation • User Friendly 10.4’’ Touch LCD display • SNMP card included • Backfeed protection included • Maintenance Bypass included • IT Rooms Internet Service Providers Security Operations • Transportation and Rail • Telecommunication installations • Transportation Manufacturing & Process control nternet Service Providers Security Operations Process Control Equipment • Financial & banking systems • Healthcare & Hospitals Financial Systems er Telecommunication Transportation Industrial Systems • Broadcast Data Center Financial Systems Process Control Equipment • Clean input performance with >0.99 PF and <3% THDi Process Control Equipment Healthcare Telecommunication Transportation Healthcare Data Center Data TransmissionTransportation Mission Critical Servers Security Operations Call Center Telecommunication Process Control Equipment Internet Service Providers Security Operations Process Control Equipment Telecommunication Transportation Providers Data Center Call Center Healthcare Data Transmission Mission Critical Servers Labratory Internet Servers Internet Service Providers Process Control Equipment tems Industrial Systems Local NetworkSecurity Operations Healthcare Financial Systems Industrial Systems nternet Service Providers Security Operations Process Control Equipment Standards & Certification Healthcare Safety: EN 62040 (EN 62050-1) Labratory Internet Servers EMC: EN 62040-2 Local Network Mission Critical Servers er Network Components Financial Systems Industrial Systems Healthcare Data Transmission Mission CriticalTelcom ServersIndustry Equipment Call Center Data Transmission Industrial Systems Healthcare Financial Systems Network Components Internet Servers Telcom Industry Equipment PC PC Mission Critical Servers 28 Specifications GENERAL DATA TLE MODULAR SERIES 30 -180 (1 TO 6 MODULES) kVA Topology VFI, double conversion Nominal output power 27-162 kW Overall efficiency in VFI mode >95% Overall efficiency in ECO mode 99% Audible noise level 65dB(A) full load (at 1 m) Operating temperature range UPS: 0°C - 40°C (50°C with de-rated loads) Protection degree IP20 (IEC 60529) Standards EN/IEC 62040, CE marking EMC (Electromagnetic Compatibility) EN/IEC 62040-2 Electrostatic discharge immunity 4kV contact / 8kV air discharge Colour RAL 9005 (Black) External cable connections Mid-rear, (Optional Front-bottom) and Top-bottom standard Paralleling Up to 3 units units for redundancy or capacity in RPA configuration (option) RECTIFIER Standard input voltage Nominal: 3x400V + N Programmable: 3x380 / 415V + N Rectifier accepted ph-ph voltage range Rectifier accepted ph-ph voltage range: 228* - 478V (low voltages acceptable with de-rated loads) Input frequency 50/60 Hz +/-10% (45 ÷ 66 Hz) Power factor 0.99 Input current THD <3% at 100% load *conditions apply BATTERY Battery type Valve regulated lead-acid (VRLA)-standard, Vented lead-acid, wet battery and NiCd and Li-Ion Float voltage at 20°C 436-545Vdc (dependent on the number of cells) GE Battery Solutions 10 years design life VRLA batteries (EUROBAT) Battery cold start Available INVERTER Nominal output voltage (on site programmable) 3x380V / 400V / 415V + N Output frequency 50/60 Hz (selectable) Output voltage tolerance: static +/- 1% Output voltage tolerance: dynamic (at load step 0 – 100 – 0%) +/-1.5% – Output voltage THD for 100% linear load <1% – Output voltage THD for 100% non-linear load (EN 62040) <5% Overload capability (at 25°C ambient temperature) 110% for 1 hour / 125% for 10 minutes / 150% for 1 minute / >150% for 200ms BYPASS TLE MODULAR SERIES 30 -180 (1 TO 6 MODULES) kVA Overload on bypass 257A long term operation / 292A for 5 mins / 350A for 1 min. / 935A for 1s / >935A for 200ms Primary components Static switch (SCR) on bypass Electromechanic contactors (backfeed protection) on bypass and inverter manual switch for maintenance bypass INTERFACING USB Port, RS232 serial port, RS 485 port, EPO, Customer Interface board Standard SNMP Card with iUPSGuard 1 year license Included PHYSICAL DATA Weights Cabinet - 170kg, Power Module 30kVA - 34kg Floor loading 309 (30kVA) - 566 (180kVA) kg/m2 Dimensions (WxDxH) 600x1100x1600mm 29 LP33 Series - VFI Double-Conversion Transformerless UPS 3-phase CE, 10 - 20 - 30 - 40 kVA Overview Designed as a true VFI (Voltage and Frequency Independent) UPS, the LP Series is an on-line double conversion, intelligent and heavy duty UPS. The VFI concept ensures the highest level of protection, even under the toughest conditions. Features and Benefits • • • • • • • • GE’s clean input Active IGBT technology Multi-language LCD, easy to use Excellent overload behavior, withstands toughest conditions Cold start function (start-up without mains present) Manual bypass integrated in UPS Equipped with RS232 serial port Fits well in office environment Frequency converter Options Function Easy to install and service, the LP33 Series is optimized for office environments, but also suitable for more traditional, industrial applications. Data Center • • • • • • SNMP Card GE Power Diagnostics Rectifier and/or bypass transformer Input THDI <4.5% for 60-80-100-120kVA Redundant Parallel Architecture MODBUS RTU Interface Telecommunication Transportation Typical Applications Computer and data centers Telecommunication Transportation Call centers Manufacturing and process control units Medical equipment and healthcare facilities Internet Service Providers Security Operations Broadcast and satellite transmission systems Fixed and mobile voice and data transmission systems Transportation nternet Service Providers Security Operations Process Control Equipment • Emergency lighting systems • Security systems Financial Systems • Financial systems and services er Telecommunication Transportation Industrial Systems Data Center • • • • • • Data Center Financial Systems Process Control Equipment Industrial Systems Process Control Equipment Healthcare Telecommunication Transportation Healthcare Data Center Data TransmissionTransportation Mission Critical Servers Security Operations Call Center Telecommunication Process Control Equipment Internet Service Providers Security Operations Process Control Equipment Telecommunication Transportation Providers Data Center Call Center Healthcare Data Transmission Mission Critical Servers Labratory Internet Servers Internet Service Providers Process Control Equipment tems Industrial Systems Local NetworkSecurity Operations Healthcare Financial Systems Industrial Systems nternet Service Providers Security Operations Process Control Equipment er Standards & Certification Healthcare Safety: EN 62040 (EN 62050-1) Labratory Internet Servers EMC: EN 62040-2 Local Network Mission Critical Servers Network Components Financial Systems Industrial Systems Healthcare Data Transmission Mission CriticalTelcom ServersIndustry Equipment Call Center Data Transmission Industrial Systems Healthcare Financial Systems PC Mission Critical Servers 30 Specifications GENERAL DATA LP33 SERIES 20 CE S6 LP33 SERIES 30 CE S5 LP33 SERIES 40 CE S5 Topology LP33 SERIES 10 CE S6 VFI, double conversion Nominal output power 10kW 20kW 30kW 40kVA / 32kW Overall efficiency in VFI mode 92.4% Overall efficiency in eBoost mode 98.6% 60dB(A) 65dB(A) Audible noise level 53dB(A) Operating temperature range UPS: 0°C - 40°C Protection degree IP 20 (IEC 60529) Standards EN/IEC 62040, CE marking EMC (Electromagnetic Compatibility) EN/IEC 62040-2 Electrostatic discharge immunity 4kV contact / 8kV air discharge Colour RAL 9003 (white) Service access Front and lateral (castors available on the bottom of the UPS) External cable connections Bottom left Paralleling (RPA version) Up to 4 units parallelable for redundancy or capacity in RPA configuration (optional) RECTIFIER Standard input voltage Nominal: 3x400V + N Programmable: 3x380 / 415V + N Rectifier accepted ph-ph voltage range: 323 - 460V Input frequency 50/60 Hz +/-10% (45 - 66 Hz) Power factor >0.98 Input current THD <8% BATTERY Battery type Valve regulated lead-acid (VRLA) Float voltage at 20°C 2x273Vdc INVERTER Nominal output voltage (on site programmable) 3x380V / 400V / 415V + N Output frequency 50/60 Hz (selectable) Output voltage tolerance: static Output voltage tolerance: dynamic (at load step 0 – 100 – 0%) - output voltage THD for 100% linear load +/- 1% +/- 3% <2% - output voltage THD for 100% non-linear load (EN 62040) Output frequency tolerance: free-running <3% Overload capability (at 25°C ambient temperature) 125% - 10 minutes, 150% - 1 minute +/- 0.1% BYPASS Voltage limits for inverter/ bypass load transfers +/- 10% (adjustable) Overload on bypass 200% for 2 min. and 1000% for 10 ms, non repetitive Primary components Static switch (SCR) on bypass Electromechanic contactors (backfeed protection) on bypass and inverter 2 Manual switches for maintenance bypass INTERFACING RS232 serial port, EPO, Customer Interface board Standard PHYSICAL DATA Weight 140 Kg 150 Kg 195 Kg 200 Kg Floor loading 359 Kg/m2 385 Kg/m2 379 Kg/m2 389 Kg/m2 Dimensions (WxDxH) 500x780x1320 mm 660x780x1320 mm 31 LP11/31T Series - VFI Double-Conversion Transformerless UPS 1-phase/3-phase in, 1-phase out CE, 3 - 5 - 6 - 8 - 10 kVA Overview GE’s LP11/31T Series is a single-phase UPS system based on true online doubleconversion technology. Available in the power rating 3 (1-phase only), 5, 6, 8 and 10 kVA, the LP Series UPS provides you with the ultimate protection against any disturbances in the utility power such as surges, spikes, EMI noise, brown outs, black outs, etc. Using GE’s unique Redundant Parallel Architecture (RPA) the LP Series UPS is suitable for mission-critical applications. The LP11/31T is tailored for multiserver environments, working with all common operating systems. The possibility for upgrade avoids the need for over sizing. Together with Superior Battery Management (SBM) this guarantees a favorable economic lifecycle. Features and Benefits Function LP11/31T Series—for your missioncritical equipment—is protected from any fluctuation in your power source, Data Center enabling you to concentrate onTelecommunication your core activities. Data Center Typical Applications Telecommunication Transportation • RPA—Possible to connect output of up to 4 UPS in parallel • Superior Battery Management—SBM enhances the battery lifetime providing the following • ECO-mode—When ECO mode is selected, the LP11/31T operates continuously on bypass • On-board event logging—All events such as mains failures, alarms, etc., are logged into the memory of the UPS • True on-line double conversion—Maximum protection possible Options • SNMP Card Transportation • Alarm Boxes •RPA • Battery Extension Packs • Computer and data centers • Call centers Internet Service Providers Security Operations • Telecommunications equipment Security systems • Financial institutions nternet Service Providers Security Operations Data Center Telecommunication Process Control Equipment Transportation • Fixed and mobile voice and data transmission • Security systems Financial Systems Industrial Systems Data Center Financial Systems Internet Service Providers Healthcare Telecommunication Healthcare Transportation Industrial Systems Security Operations Process Control Equipment Data Center Data Center Call Center Process Control Equipment TelecommunicationData TransmissionTransportation TransportationMission Critical Servers Call Center Telecommunication Internet Service Providers Security Operations Process Control Equipment Data Transmission Mission Critical Servers Healthcare Financial Systems Industrial Systems Standards & Certification Safety: EN 62040 (EN 62050-1) EMC: EN 62040-2 Local Network Internet Service Security Operations InternetProviders Service Providers Security Operations Local Network Financial Systems Call Center Labratory Labratory Internet Servers Process Control ProcessEquipment Control Equipment Industrial Systems Internet Servers Healthcare Data Transmission Mission Critical Servers Network Components Telcom Industry Equipment Financial Financial Systems Systems IndustrialIndustrial Systems Systems Healthcare Healthcare PC 32 Specifications GENERAL DATA LP11 SERIES 3kVA LP11/31T SERIES 5kVA Topology VFI, double conversion Nominal output power 3kVA/2.4kW Overall efficiency in VFI mode 89% Audible noise level 40 - 50dB(A) 5kVA/4kW LP11/31T SERIES 6kVA LP11/31T SERIES 8kVA LP11/31T SERIES 10kVA 6kVA/4.8kW 8kVA/6.8kW 10kVA/8kW Operating temperature range UPS: 0 °C - 40 °C Protection degree IP 20 (IEC 60529) Standards EN/IEC 62040, CE marking EMC (Electromagnetic Compatibility) EN/IEC 62040-2 Colour RAL 9010 (white) Paralleling (RPA version) Up to 4 units for redundancy or capacity in RPA configuration (option) 3-1 CONVERTER (31T MODEL ONLY) AC input voltage range 230/400V +/- 15% Input frequency range 45 - 65Hz RECTIFIER Input Voltage 220 - 240V L + N Input frequency 40 - 70Hz Power factor >0.99 INVERTER Nominal output voltage (on site programmable) 220/230/240V Output frequency 50/60Hz (selectable) Output voltage tolerance: static +/- 1% Overload capability (at 25°C ambient temperature) 110%: 20 min., 130%: 3.5 min., 150%: 2 min. BYPASS Voltage limits for inverter/ bypass load transfers +/- 10% of nominal Frequency tracking range +/- 2, 4 or 6% of nominal, selectable INTERFACING RS232 serial port, EPO, Voltage free contact Standard PHYSICAL DATA Weight LP11 85 Kg 110 Kg 115 Kg 165 Kg 170 Kg Weight LP31T n.a. 180 Kg 185 Kg 270 Kg 275 Kg Dimensions (WxDxH) LP11 313x590x537 mm Dimensions (WxDxH) LP31T n.a. 313x720x680 mm 313x590x855 mm 313x720x995 mm BATTERIES RUNTIME With internal batteries (full load) 8-11 mins. With extra battery pack (full load) up to 80 mins. 33 LP31 Series - VFI Double-Conversion UPS 3-phase to 1-phase CE, 8 - 10 - 15 - 20 kVA Overview The LP31 Series 8 - 10 - 15 - 20 kVA UPS series is a compact, truly online 3-phase in 1-phase out system that incorporates the most advanced power electronics technology to provide exceptional protection for electrical equipment. Features and Benefits • • • • • • • • • Superior Battery Management—Maximum uptime ECO-mode—High efficiency (97%), low energy costs On board event logging—Easy and fast diagnostics Multi-lingual LC display—Shows all operational parameters in several languages to choose from GB/NL/D/IT/ES Design front—Elegant design, fits with all modern ICT products Emergency power off (standard)—Emergency shutdown in case of fire or water alarms Excellent Overload Behavior—Withstands toughest conditions Isolation transformer—Ultimate protection from disturbances Tracking speed is selectable—Optimized for generator supply Options Function LP31 Series—for your mission-critical equipment—is protected from any Center power source, Telecommunication fluctuation inData your enabling you to concentrate on your core activities. Data Center Telecommunication • SNMP Card • Alarm Boxes • Battery Extension Packs Transportation Transportation Typical Applications • • • • • • Computer and data centers Security Operations Internet Service Providers Call centers Telecommunications equipment Security systems Internet Service Providers Security Operations Data Center Telecommunication Financial institutions Fixed and mobile voice and Financial Systems Industrial Systems data transmission Telecommunication Transportation Financial Systems Industrial Systems Internet Service Providers Security Operations Data CenterData Center Process Control Equipment Process Control Equipment Transportation Healthcare Healthcare Process Control Equipment Telecommunication Transportation Call Center Telecommunication Data TransmissionTransportation Mission Critical Servers Call Center Financial Systems Transmission Security Operations Process ControlData Equipment Industrial Systems Standards & Certification Mission Critical ServersHealthcare Safety: EN 62040 (EN 62050-1) EMC: EN 62040-2 Internet Service Providers Process Control Equipment Internet Service Providers Security Operations Labratory Process Control Equipment Local NetworkSecurity Operations Internet Servers Local Network Industrial Systems Call Center HealthcareLabratory Data Transmission Internet Servers Mission Critical Servers Financial Systems Industrial Systems HealthcareHealthcare Financial Systems Industrial Systems Network Components Telcom Industry Equipment PC 34 Network Components Industry Equipment Data Transmission Mission Telcom Critical Servers Local Network Labratory PC Internet Servers Specifications GENERAL DATA LP31 SERIES 8kVA Topology VFI, double conversion LP31 SERIES 10kVA Nominal output power 8kVA/6.4kW Overall efficiency in VFI mode 92% Audible noise level 40-50dB(A) Operating temperature range UPS: -10°C – 40°C Protection degree IP 20 (IEC 60529) Standards EN/IEC 62040, CE marking EMC (Electromagnetic Compatibility) EN/IEC 62040-2 Colour RAL 9010 (white) 10kVA/8kW LP31 SERIES 15kVA LP31 SERIES 20kVA 15kVA/12kW 20kVA/16kW RECTIFIER Input Voltage 3x300-470V + N Input frequency 45 - 65Hz Power factor >0.95 INVERTER Nominal output voltage (on site programmable) 220/230/240V Output frequency 50/60Hz (selectable) Output voltage tolerance: static +/- 1% Overload capability (at 25°C ambient temperature) 120% >10 s, 150% >2 s BYPASS Voltage limits for inverter/bypass load transfers -15% +10% of nominal Frequency tracking range +/- 2, 4 or 6% of nominal, selectable INTERFACING RS232 serial port, EPO, Voltage free contact Standard PHYSICAL DATA LP31 SERIES 8kVA LP31 SERIES 10kVA LP31 SERIES 15kVA LP31 SERIES 20kVA Weight 240kg 240kg 345kg 350kg Dimensions (WxDxH) 410x890x1190mm BATTERIES RUNTIME With internal batteries (full load) up to 36 mins. With extra battery pack up to 123 mins. 35 GT Series - VFI Double-Conversion UPS 1-phase CE, 6 - 10 kVA Overview The GT Series is a true VFI (Voltage & Frequency Independent) on-line double conversion, transformerless, intelligent and high performance installable UPS. This UPS provides critical power protection to suit a wide range of IT Networks, Telecom and other applications. The GT Series is easy to install and service, and is designed for maximum site flexibility. With an attractively designed modern common tower and/or 19inch rack mount cabinet, the UPS can adapt as network configurations adapt. Both the power and redundancy of the system can be expanded by adding units (N+2) to create a parallel system. For communication, the GT Series is equipped with RS232 and contact interface as standard; a web-enabled SNMP card is available as an option. Operation in remote or unmanned sites is simple to coordinate with the standard remote monitoring functionality. No load shutdown, automatic frequency detection, settable minimum start-up runtime and extended runtime availability with optional battery packs are Transportation additional features of the GT Series UPS. Function GT Series—for your mission-critical equipment—is protected from any fluctuation inData your Center power Telecommunication source, enabling you to concentrate on your core activities. Data Center Telecommunication Typical Applications • • • • • • Computer and data centers Security Operations Internet Service Providers Call centers Telecommunications equipment Security systems Internet Service Providers Security Operations Data Center Telecommunication Financial institutions Fixed and mobile voice and data transmission Financial Systems Industrial Systems Financial Systems Industrial Systems Telecommunication Transportation Internet Service Providers Security Operations Data CenterData Center Features and Benefits Transportation • • • • • Online double-conversion technology assuring ultimate power quality Remote controlled, programmable computer shutdown Combined tower/rack for maximum flexibility Process Control Equipment Wide input voltage window to minimize battery operation Small footprint and low weight, ideal for IT applications or sites with limited available space Process Control Equipment Transportation • Hot-swappable batteries for easy replacement without dropping the load • Simple installation of paralleling cable for expanded power and redundancy of theHealthcare system • Backfeed protection providing optimal safety for installation • Frequency converter (50Hz – 60Hz) also in parallel operation •Healthcare AllProcess components for rack, tower and parallel installation are included with the UPS Control Equipment Options Telecommunication Transportation Call Center Telecommunication Data TransmissionTransportation Mission Critical Servers • Battery Extension Packs—The paralleling cable delivered with each GT Series UPS allows you to connectup to 3 UPS in the same power rating together in a parallel system Call Center Financial Systems Transmission Mission Critical ServersHealthcare Security Operations Process ControlData Equipment Industrial Systems • SNMP Card—An SNMP card may be inserted into the proper plug to allow UPS data Standards & Certification communication over an Ethernet network or web Safety: EN 62040 (EN 62050-1) •Control Rack Kits Internet Service Providers Security Operations Labratory Process Equipment Internet Service Providers Process Control Equipment Local NetworkSecurity Operations Internet Servers EMC: EN 62040-2 Environmental: RoHS, WEEE Local Network Industrial Systems Call Center HealthcareLabratory Data Transmission Internet Servers Mission Critical Servers Financial Systems Industrial Systems Financial Systems Industrial Systems HealthcareHealthcare Network Components Telcom Industry Equipment Network Components Industry Equipment Data Transmission Mission Telcom Critical Servers Local Network Labratory PC PC Internet Servers Data Transmission Mission Critical Servers Call CenterCall Center Mid Sized Networks Data Transmission Mission Critical Servers Small Networks Voice and Data Networks Mid Sized Networks Voice and DataTelcom Networks Labratory Internet Servers Network Components Industry Equipment Small Networks PC 36 Specifications GENERAL DATA GT SERIES 6000 Topology VFI, double conversion GT SERIES 10000 Nominal output power 6000VA/4200W Overall efficiency in VFI mode 92% Audible noise level <55dB(A) (load and temperature dependent) Operating temperature range 0-40°C (15-25°C recommended for batteries) Protection degree IP 20 (IEC 60529) Standards EN/IEC 62040, CE marking EMC (Electromagnetic Compatibility) EN/IEC 62040-2 Electrostatic discharge immunity IEC/EN 61000-4-2, Level 4, 8kV contact / 15kV air discharge Colour RAL 9005 (black) Paralleling (RPA version) Up to 3 units for redundancy or capacity in RPA configuration (option) 10000VA/7000W RECTIFIER Input voltage range 84-276 V Input frequency 40-70 Hz Power factor >0.97 INVERTER Nominal output voltage (on site programmable) 220 / 230 / 240 (selectable) Output frequency 50/60 Hz (selectable) Output voltage tolerance: static +/- 2% Overload capability (at 25°C ambient temperature) 125% - 1 minute, 150% - 10 seconds BYPASS Voltage limits for inverter/bypass load transfers +/- 10% nominal Transfer time 0.5 ms typical INTERFACING RS232 serial port, RPO, Parallel Board Standard PHYSICAL DATA GT SERIES 6000 Weight 23.5 + 66.5 Kg Dimensions (WxDxH), tower orientation 130(3U)x660x410mm GT SERIES 10000 BATTERIES RUNTIME With internal batteries (full load) up to 12min With extra battery pack (full load) up to 47min 37 VH Series - VFI Double-Conversion UPS 1-phase CE, 700 - 1000 - 1500 - 2000 - 3000 VA Overview The VH Series is a true VFI (Voltage & Frequency Independent) on-line double conversion, intelligent and high-performance UPS designed for all mission-critical applications. The UPS range is designed with a unique failsafe bypass providing maximum security and reliability for the user. The VH Series has been designed also for maximum site flexibility. With an attractively designed modern common tower and/or 19inch rackmountable design, the UPS can adapt as network configurations adapt. Data Center Telecommunication Transportation Data Center Telecommunication Data Center Telecommunication Telecommunication Transportation Internet Service Providers Security Operations Function Providing exceptionally reliable Transportation Providers Security Operations Internet ServiceInternet Providers Security Operations Security Operations Process Controlequipment. Equipment protection for Service electrical Typical Applications Process Control Equipment Financial Systems Industrial Systems • Mission-critical servers • Local area networks •Industrial Laboratory devices Financial Systems Industrial Systems Process ControlFinancial Equipment Systems Industrial Systems Systems Healthcare • Internet servers • Network components Call Center • Telecommunication equipmentData Transmission Healthcare • Process and telecom industry equipment Call Center Data Transmission HealthcareCall Center Data Transmission Data Transmission Mission Critical Servers • Wind Turbines Mission Critical Servers Local Network Labratory Mission CriticalLocal Servers Network Local Network Labratory Labratory Internet Servers Labratory Network Components Internet Servers Data Center Telcom Industry Equipment Telecommunication Network Components InternetNetwork Servers Components Telcom Industry Equipment Industry Equipment Telcom IndustryTelcom Equipment PC For communication, the VH Series is provided with USB and contact interface as standard; an easy to install option card is available with RS232, USB and relay. A web-enabled Transportation SNMP card is available as an option. Features and Benefits Transportation Transportation • Unique failsafe internal bypass for continued operation even in the event of UPS failure • Tower and/or 2U rack design for all ratings; all support elements included Process Control Equipment • Simple battery replacement without disruption to supported load • Versatile communication with USB and contact interface, RS232, relays and SNMP • Wide input voltage window minimising battery usage Control Equipment Process ControlProcess Equipment • Excellent short circuit protection • GE’s unique Superior Battery Management enhancing battery performance and lifetime Healthcare • Easy plug-in connection of battery packs for extended run-time • Remote monitoring and control for unmanned or isolated sites Healthcare •Healthcare Can be used as a 50/60Hz frequency converter • Phase neutral reversal protection • High overload capability Mission Critical Servers • Precise output frequency regulation • High efficiency Mission Critical Mission Servers Critical Servers Options • Battery extension packs can be connected to obtain extended run-time (not on VH700VA) Internet Servers • Plug-in communication card easy-to-install option cards with either RS232-USB-Relay or with SNMP functionality • Supporting Internet ServersInternet ServersRail Rack-mount Kit to properly support the UPS when mounted in 19 inch rack • Maritime kit to further strengthen the UPS in harsh maritime environments with high PC vibrations and poor mains quality Transportation PC PC Standards & Certification Safety: EN 62040 (EN 62050-1) Mid Sized Networks Small Networks Voice and Data Networks PC Internet Providers Security Operations Process Control Equipment EMC: ENService 62040-2 Mid Sized Networks and Data Networks PCMid Sized Networks Voice and Data Voice Networks Small Networks Voice and Data Networks Small Networks Financial Systems ATMs Industrial Systems Petrol Pumps Small NetworksSmall Networks Healthcare Parking Meters 38 Specifications VH CE SERIES MODEL VH700 VH1000 VH1500 VH2000 VH3000 Voltage Amperes (VA) with computer type load 700 1000 1500 2000 3000 Watts (W) with resistive load 490 700 1050 1400 2100 Input thermal circuit breaker (A) 7 7 8 10 16 Internal input fuse 250V, slow (A) 8 8 10 16 20 8.8 13.1 INPUT CONVERTER AC input voltage 220 - 240 V AC input voltage range 100% load: 160 - 280 V 70% load: 130 - 280 V input >280 Vac: UPS switches to battery operation Minimum start-up AC voltage 170 V (at any load) Input current waveform sinusoidal, conform or better than EN 61000-3-2 (IEC 555-2) Input current (A) at nominal input voltage Input power factor 3 1 Input frequency range 45 - 66 Hz Inrush current none 4.4 6.4 OUTPUT CONVERTER AC output voltage 220 / 230 / 240 V (selectable) AC output voltage tolerance ± 2% Output frequency auto selectable 50 or 60 Hz Output frequency range nominal ± 0.15% Output waveform sine wave Harmonic distortion < 2% (typical 1%) with linear load Power factor 0.7 Crest factor (peak to RMS current) suitable for loads with c.f. up to 6:1 Capacity appliance outlets max. 10 A per outlet (one 16A outlet on VH Series 3000 VA) BYPASS AC input voltage range selected output voltage +15% -10% Frequency tracking rate 2 Hz/sec. Frequency tracking range nominal ± 10% / ± 2% selectable Phase difference < 7º Typical transfer time, msec 1 OVERLOAD CAPABILITY FULLY PROTECTED AGAINST OVERLOAD AND SHORT CIRCUITS Overload behaviour during battery operation 110% during 5 minutes 150% during 5 seconds Overload behaviour during bypass operation depends on rating of thermal circuit breaker typical: 125% of TCB value for 200 seconds typical: 200% of TCB value for 10 seconds typical: 300% of TCB value for 4 seconds PHYSICAL DATA VH700 VH1500 VH2000 VH3000 Weight 18.3kg VH1000 19.3kg 31.3kg 33.3kg Dimensions (WxDxH), tower orientation 87(2U)x472x440mm 87(2U)x547x440mm 39 Data Center Telecommunication Transportation VCO Series - VFI Double-Conversion UPS Transportation Internet Service Providers Security Operations Process Control Equipment 1-phase CE, 1000 - 2000 - 3000 VA nternet Service Providers Security Operations Process Control Equipment Telecommunication Process Control Equipment Financial Systems Transportation Function Financial Systems Telecommunication Industrial SystemsTransportation Healthcare Ensuring a continuous supply of clean, Call Center conditioned power to all critical loads, Healthcare Security Operations Process Control Equipment protecting against system interruption, data corruption and data loss. Call Center Security Operations Data Transmission Process Control Equipment Mission Critical Servers Typical Applications •PCs Local Network Healthcare •Servers • Mid-sized networks • Laboratory devices Local NetworkIndustrial Systems Labratory Internet Servers Healthcare • Voice/data networks •Telecom Network Components Servers •Internet Light industrial Data Transmission Mission Critical Servers Mission Critical Servers Industrial Systems Telecommunication Overview GE’s VCO Series Uninterruptible Power Supply (UPS) is a true double-conversion Industrial Systems and Frequency Healthcare Voltage Independent (VFI) UPS, providing the highest level of protection to all loads. Regardless of the quality of power from the grid, the VCO Series will create a brand new sine wave with a fully regulated voltage and frequency; the supported load receives a constant, moderated supply. When the grid power fails, the battery seamlessly steps in to continue the supply and allow for enough time to finish the current process before initiating an automatic shutdown Data Transmission Mission Critical Servers of the load until the mains returns. Features and Benefits • High operating efficiency >95% in high efficiency mode, reducing emergency and operational costs on site Labratory Internet • Multiple outlets for allServers ratings; several pieces of equipment can be connected to the VCO Series without adding PDUs or extension strips; one set of outlets can be programmed to switch off in order to increase the remaining runtime • Rack and/or tower format in a single cabinet; as network demands change, the VCO Series can adapt • Automatic battery test makes a periodic health check of the batteries, ensuring battery Telcom Industry Equipment availability PC Transportation Options Network Components Data Transmission Telcom Industry Equipment Mission Critical Servers Mid Sized Networks Internet Servers Process Control Equipment PC Labratory Security Operations Mid Sized Networks Labratory PC Data Center Telecommunication Small Networks Voice and Data Networks Internet Servers Small Networks lcom Industry Equipment Industrial Systems ATMs PC • Battery extension packs can be connected to obtain extended run-time • Plug-In SNMP card option Available as an option, supporting all major operating platforms. The UPS can be Small Networks Voice and Data Networks monitored and managed across a network, with web enabled SNMP configuration for full visibility of UPS operation from any location. Transportation Petrol Pumps Parking Meters Healthcare Standards & Certification Safety: EN 62040 (EN 62050-1) Security OperationsParking Meters PC EMC: EN 62040-2 Environmental: RoHS, WEEE Internet Service Providers ATMsTelcom Industry Petrol Pumps Equipment Parking Meters Voice and Data Networks Data Transmission Process Control Equipment Small Networks Mission Critical Servers Financial Systems Voice and Data Networks Industrial Systems Small Networks Healthcare Parking Meters Petrol Pumps Labratory Call Center Petrol Pumps Telcom Industry Equipment Local Network Internet Servers Data Transmission Parking Meters Mission Critical Servers PC Labratory Internet Servers 40 Specifications MODEL/CAT. NO. REF NO. VCO1000 25930 VCO2000 25931 VCO3000 25932 Rating VA/W 1000/800 2000/1600 3000/2400 AC input voltage 208/220/230/240 Vac AC input voltage, window 120 - 280 Vac Frequency 50/60 Hz (auto-sensing) Input power factor >0.95 at full load AC output voltage 208/220/230/240 Vac (selectable) Output frequency 50/60 Hz (selectable) Output wave factor sine wave Output power factor 0.8 Harmonic distortion 3% at linear load Efficiency (ECO Mode) >95% Number of outlets (programable) 4(2) 6(3) Runtime at typical load (60%) minutes Weight (kg) 7 8 16 32 Dimensions (WxDxH, mm), rack 440x405x88 440x620x88 Display type LCD - Liquid Crystal Display Safety IEC/EN 62040-1 EMC IEC/EN 62040-2 Ambient temperature 0°C to 40°C Maximum relative humidity 95% (non-condensing) 38 41 Providers Internet Service Security Providers Operations SecurityProcess Operations Control Equipment Process Control Equipment nternet Service Providers Security Operations Process Control Equipment VCL Series - Line Interactive UPS Transportation Security Operations Process Control Equipment 1-phase CE, 400 - 600 - 800 - 1000 - 1500 VA tems Industrial Systems Industrial Systems Healthcare Financial SystemsFinancial Systems Industrial Systems Call Center Overview Healthcare Function Data Transmission ork Healthcare GE’s VCL Series UPS offers continuity in a compact, lightweight and cost-effective solution. The VCL Series range of UPS connects between the mains supply and your critical load to ensure—when the mains power drops or fails—your load continues to receive a clean, constant and reliable source of power until a safe shutdown of Call Center Data Transmission Data Transmission Mission Critical Servers Mission Critical Servers Data Transmission Mission Critical Servers the load can be performed. Hardware and data are protected and operations are reliably maintained. Process Control Equipment Industrial Systems er Healthcare Healthcare Mission Critical Servers Providing exceptional cost-effective Features and Benefits protection for electrical equipment that • High operating efficiency >95% is standard to minimize losses and not mission-critical. Network Labratory Labratory Internet Servers Internet Servers Internet Servers reduce cooling costs Local NetworkisLocal Labratory Labratory Typical Applications Mission Critical Servers Internet Servers • PCs, servers, networking peripherals • Small networks • Transportation systems onents NetworkTelcom Components Industry Telcom Equipment Industry Equipment PC Network Components Industry Telcom Equipment PC • CCTV, EPOS, ATMs • Petrol pumps Servers lcom Industry Equipment PC •Internet Parking meters PC • Both power protection and surge protection outlets ensure that critical loads are closed down in a safe, controlled manner in the event of an extended mains failure; surge protection outlets provide power conditioning to less critical loads. Additional surge protection for data lines is provided • Automatic shutdown software is provided free of charge with every UPS • Automatic voltage regulation (AVR) corrects voltage drops and surges coming from the mains without the UPS resorting to battery; battery life is maximized and the user is still ensured consistent power to the load Options • Plug-In SNMP card option Available as an option, supporting all major operating platforms. The UPS can be monitored and managed across a network, with web enabled SNMP configuration for full visibility of UPS operation from any location. works Mid Sized Networks Small Networks Small Networks Small Networks Voice and Data Networks Voice and Data Networks Mid Sized Networks Voice and Data Networks er Voice and Data Networks ATMs PCTelecommunication Small Networks ATMs Petrol Pumps Petrol Pumps Transportation Parking Meters Parking Meters Parking Meters Petrol Pumps Standards & Certification Safety: EN 62040 (EN 62050-1) Process Control Equipment EMC: EN 62040-2 Environmental: RoHS, WEEE Small Networks Petrol Pumps Providers Security OperationsParking Meters ems Parking Meters Industrial Systems Healthcare r Data Transmission Mission Critical Servers ork Labratory Internet Servers Telcom Industry Equipment PC onents 42 Specifications MODEL/CAT. NO. REF NO. VCL400 25921 VCL600 25922 VCL800 25923 VCL1000 25924 VCL1500 25925 Rating VA/W 400/250 600/360 800/480 1000/600 1500/900 AC input voltage 170 - 280 Vac Frequency 50/60 Hz (auto-sensing) Battery type 12V, sealed lead acid, maintenance free Numberxcapacity of battery 1x4.5 Ah 1x7 Ah 1x9 Ah 2x7 Ah 2x9 Ah Runtime at typical load (60%), minutes Battery recharge time 5 6 6 8 6 Modem / phone / fax protection RJ11 Communication port USB Ambient temperature 0°C - 40°C (32°F - 104°F) Maximum relative humidity 95% (non-condensing) Storage temperature -15°C - 55°C (5°F - 131°F) Net weight (kg) 4.0 4.6 5.6 8.4 10.3 Dimensions (WxDxH, mm) 112x222x220 Safety EN 62040 EMC EN 62949 -2 Compliance RoHS, REACH, WEE Number of outlets 6 pcs IEC - 320 C13 outlets 8 hours 112x330x220 7 pcs IEC-320 C13 43 UPS Key Features/Capabilities Providing Reliable Power to Your Mission-Critical Business Needs With a comprehensive energy management portfolio, GE is uniquely positioned to provide industrial, commercial and datacenter infrastructure solutions. GE is a global solutions provider modernizing and optimizing how we generate, move and consume energy. We invent, improve and integrate communications, automation and power delivery technologies to enable cleaner, smarter and more efficient power for electrical infrastructures and consumers around the world. Here are just a few of the innovative features and capabilities found across GE’s Critical Power product line. Ultra-High Efficiency with eBoost™ Energy consumption is a critical issue for IT organizations as their datacenter energy demands continue to grow. Their goal is to reduce cost while ensuring power continuity. IT organizations can reduce energy consumption costs without sacrificing system reliability with GE’s eBoost technology. Technology Features • • • • • • • • • • Up to 99% UPS efficiency Compliant to ITI (CBEMA) curve during transient events Continuous adaptive monitoring of instantaneous output voltage during eBoost operation Proprietary (patented) digital algorithms ensures prompt disturbance detection, triggering transfer to inverter Patented power electronics and magnetics ensures less than 2ms transfer time to inverter Proprietary (patented) fault detection and selective reaction based on fault location Patented power conditioning/filtering design via bypass inductor and output transformer/capacitor while in eBoost mode Transformer-less UPS may be configured for actively conditioning voltage quality and reactive power during eBoost operation Battery trickle charge in eBoost operating mode Up to 3 MW UPS capacity using paralleled modules What is eBoost? e = high efficiency up to 99% Boost = fast transfer to inverter < 2ms Customer Benefits • • • • 80% reduction in UPS losses => System energy cost savings Reduced heat (BTU) generation => Energy savings from reduced cooling Overall efficiency improvement => Reduced CO2-equivalent emissions Reduced stress on UPS components => Enhanced reliability Adaptive detection: transfer initiated in 200-500us depending on severity eBoost Performance Output voltage is continuously monitored during eBoost operation. An adaptive digital algorithm ensures fast detection of power quality events, promptly transferring to inverter operation: transfer time <2ms. 44 CBEMA Curve The ITI, formerly CBEMA, curve was developed by the Information Technology Industry Council of the United States of America. The curve describes an AC input voltage envelope which typically can be tolerated by most Information Technology (IT) Equipment. The ITI (CBEMA) Curve describes both steady-state and transitory conditions. Below the most common Power Quality events are mapped to the curve, with details of eBoost typical reaction. High-frequency impulse - external surge protection Line noise Filter by output filter + bypass choke Switching transient attenuate by output filter in parallel with load Overvoltage > 15% on battery (<2ms) Complete outage on battery (<2ms) Power Sag (15-100% drop) on battery (<2ms) RMS undervoltage 5-15% drop double conversion eBoost vs ITI (CBEMA) Curve Example: 3ph Power Outage, input voltage (top) vs. output voltage (bottom) and ITI (CBEMA) plot (right), red dot AC input event, blue dot corresponding AC output event Example: 3ph Sag (-20%), input voltage (top) vs. output voltage (bottom) and ITI (CBEMA) plot (right), red dot AC input event, blue dot corresponding AC output event 45 eBoost and Harmonics Non-linear loads may inject current harmonics into the power system. Such distorted current produces voltage distortion given the voltage drop over the series impedance of the power source. Double-conversion UPS de-couple input and output AC systems, thereby shielding the upstream power system from downstream non-linear loads. GE proprietary implementation offers power conditioning and harmonic mitigation also during eBoost operation. eBoost on SG Series UPS In SG Series Transformer UPS the inverter output filter is energized during eBoost operation, and it can therefore provide some degree of current conditioning. Particularly: • The inverter filter capacitance may provide displacement power factor correction for inductive (lagging power factor) loads • The inverter output transformer features a zigzag (interconnected star) secondary winding, acting as a current triplen harmonics trap. Load neutral current resulting from non-linear and/or unbalanced load is trapped in the zigzag winding, yielding load balancing and harmonic mitigation towards the upstream power system • The effectiveness of the power conditioning offered by the inverter output filter is magnified by the bypass series choke. On average, neutral current injected in the upstream power system is reduced to less than half the downstream load neutral current 46 eBoost on TLE Series UPS Power conditioning is available also in eBoost operation of TLE Series Transformerless UPS. Here, double-conversion power converters may be configured for actively conditioning voltage quality and reactive power during eBoost operation. Particularly: • The inverter filter capacitance may provide displacement power factor correction for inductive (lagging power factor) loads. At the same time, the power converters may be configured to compensate the output filter reactive power for capacitive (leading power factor) loads • The power converters may also be configured for mitigating line voltage distortion, thereby indirectly mitigating load current distortion, using a proprietary conditioning technique (patent pending) • Active conditioning does not penalize efficiency; additional losses typically around 0.1% of UPS rating 100% eBoost Efficiency 98% eBoost + active conditioning 96% Double-conversion 94% 92% 0% 20% 40% 60% 80% 100% Load [percent of rated power] Customer Benefits • Power quality improvement by mitigating voltage and current distortion • Displacement power factor correction and/or reactive power compensation • Improvement of eBoost availability, thereby enhancing high-efficiency operation 47 Redundant Parallel Architecture™ (RPA) System Configuration GE provides RPA, a unique technology that can parallel UPS modules with true redundancy by eliminating any single point of failure. RPA provides a scalable paralleling technique that reduces operating footprint and increases system reliability by eliminating the need for external paralleling equipment and cabinets (centralized bypass and master control). One of the UPS modules in the system intelligently takes the leadership role, while the other UPS modules have access to all control parameters. If one UPS fails to operate, the load is automatically redistributed among the others. If the lead UPS fails to operate, then another UPS automatically takes on the leadership role. GE’s RPA technology is implemented by distributing the control electronics within each UPS module in the system. RPA System Advantages • No Single Points of Failure—The RPA system provides complete redundancy of all critical components, allows paralleling of up to 6 units for increased load capacity or redundancy. • Bypass Inductor Design—Ensures excellent output voltage regulation between paralleled modules and assists bypass line conditioning (eBoost only). Bypass inductor design & RPA cable saver available only for eBoost unit 160-500 kVA. • Scalable and Modular—The system can be easily expanded for higher capacity and redundancy without any interruption to the critical load or transfer to bypass. • Distributed Control Logic—Each module in an RPA system has its own operational controller. Each one continuously communicates with all others in order to manage the entire system like a team. • Redundant Communication—Redundant high speed bus and control electronics provide higher system reliability. • Online Maintenance—N+1 configurations allow maintenance on any single module in the system while other modules provide online protection with battery backup. • Sequential Soft Start—Provides sequential soft start of each module to reduce instantaneous load on input feeders during mains recovery. This helps avoid over-rating of generator and overheating of cable and fuses. • RPA Cable Saver—UPS Module input and output cable length variation up to 10% between modules. With eBoost technology this cable length flexibility is increased up to 25% between modules. • Smaller Footprint—RPA eliminates centralized control and external static bypass cabinet. Standard RPA Configuration TM True Redundancy with Distributed Control & Bypass UPS 2 UPS 1 UPS 3 Utility Critical Load Redundant Comm Bus Configurable up to 6 units in parallel Easy to install and maintain • Future expansion • Safe and reliable power supply • Redundant Communication Bus • Easy system upgrade/downgrade • Maintenance operation without load interruption 48 Intelligent Energy Management Integrated (IEMi) GE’s Intelligent Energy Management integrated (IEMi) operating mode offers the capability to optimize and increase system efficiency while maintaining the system reliability for UPS’s in a redundant parallel architecture (RPA™). UPS system sizing accounts for normal load requirement, overload and capacity for future expansion. In addition, redundancy level of N+1 or N+2 is considered to enhance system reliability. Most UPS systems typically operate at low load levels <50%. At load level of less than 30-40%, efficiency of UPS decreases in comparison to normal operating load range of 40%-75%. In redundant parallel architecture (RPA™) system of 4 UPS modules its more efficient to have 2 UPS operating at 40% load range than 4 units operating at 20% load range. For parallel UPS installations, IEMi operating mode saves energy by dynamically utilizing the UPS modules as needed to meet the required output power without compromising power quality to the critical load. Features • • • • User programmable scheduling Inverter test at regular intervals Front graphic panel accessible setpoints SNMP communications Benefits • • • • • • Reduction in UPS losses System energy cost savings Energy savings from reduced cooling Double conversion operation - no compromise on power quality Redundant operation - no compromise on system reliability Cyclic operation ensures even UPS run-time IEMi Configuration Configuration of the IEMi is very easy: it can be done through the graphic display of one of the UPS units or via the SNMP/Web adapter (web interface). The IEMi activation can be controlled on calendar (Weekday/Time). IEMi Operation • IEMi operation is controlled by the UPS Control Board making full use of the RPA peer-to-peer architecture (no external hardware control required) • Redundancy level in IEMi mode: N+1, N+2 (suitable for RPA installation of 3 or more UPS) • Efficiency optimization - UPS control board monitors load demand - Ensures selected redundancy level - Adaptive capacity control to provide maximum efficiency • In case of a mains failure: all UPS ON - Maximize battery autonomy - Best fault-clearing capability IEMi Savings Use of IEMi can enhance the system efficiency by ~ 3% for 4x500 kVA UPS running at 10% load range, maintaining N+1 redundancy level. This can save up to $ 8,712* annually in energy cost savings from reduction of UPS losses and saving in cooling cost. * Assumptions: • • • • 4x500 kVA UPS Redundancy level of N+1 Energy costs = $0.11/kw-hr Cooling costs = 0.5xUPS heat loss cost 49 Connectivity Solutions for UPS UPSMAN & RCCMD Data Protection Software GE’s UPS come standard with two software packages: UPSMAN and RCCMD UPSMAN is a complete protection software providing a graphical interface for monitoring the UPS. It communicates with the UPS via the standard RS232 interface or via an optional SNMP plug-in card. If the UPS is not able to supply the required power the software enables the computer on which it is installed to shutdown gracefully in order to avoid data corruption. UPSMAN can also act as a “master computer” which can send remote shutdown commands to multiple remote computers/servers in case of a UPS failure. These remote computers/servers, centrally controlled by a computer running UPSMAN, need to run on their turn the light software package named RCCMD. UPSMAN - Description • • • • • Data Protection Software Supports RS232 , USB & SNMP communication Free software license Written in native language Supports most popular OS, including virtualization RCCMD - Description • Light background protection software • Native solution for more than 35 OS • React on shutdown commands SNMP Web Adapter As an alternative for the solution above, with a “master computer” controlling multiple remote computers in a network, the UPS can be equipped with an SNMP card. This card sends the required remote shutdown commands directly to the remote network computers, which again all run the software RCCMD. SNMP Web Adapter features • • • • • • • • • • • SNMP Adapter - makes all UPS information available on a computer network (Ethernet) Complies to the standard UPS-MIB (RFC1628) Common firmware and graphical interface for all Web Adapters Easy firmware update via network (ftp) Multiple rights for user accounts Direct e-mail service configurable via web browser Shutdown command up to 30 remote servers Download UPS Parameters & events (4000 / 9000) Built-in HTTP-server Provides data of each UPS connected to RPA New functionalities available with software updates NO HW changes required! Modbus TCP • • • • UPS values as signed integer or Floating 32bit Easy configuration via Web Interface License activation based on card MAC address UPS alarms, measures and status monitoring for all UPS in RPA Bacnet IP • • • • Communication protocol for Building Management Systems Defines a number of data link available, such as Ethernet IP UPS metering, alarms and status messagess Implemented Ethernet Physical layer 50 51 Monitoring & Predictive Analytics GE’s Battery Monitoring System If you’re operating mission critical systems relying on the protection of a UPS and battery bank, battery monitoring is essential. It’s about peace of mind – knowing that the batteries are healthy and being constantly monitored. Knowing that everything has been done that can be done, to protect your enterprise from the consequences of a power failure. All batteries will fail, it is just a matter of time It only takes the failure of one battery to compromise the entire battery string. It is often assumed that batteries are meticulously maintained, but this is rarely so. Many batteries are not inspected or maintained beyond an annual UPS service visit. Unknown and undetected battery failures become apparent right at the time when you need the batteries the most – during a mains failure. UPS systems provide only rudimentary battery monitoring. The UPS cannot identify faults within individual batteries, nor detect an imbalance in the performance of multiple strings. To ensure the integrity of the battery system, it is necessary to detect failing blocks before they affect the performance of the entire system. The effectiveness of a battery monitoring system is proportional to the number of points that are monitored and the frequency that this occurs. With regular monitoring comes the accumulation of data, the ability to report and spot trends, and the ability to take timely remedial action. GE’s Critical Power business provides the most advanced and most cost-effective tool for monitoring and managing stand-by battery banks. GE’s continuous data sampling, reporting and battery management capability delivers reduced costs, gives peace of mind, and most importantly - ensures that you have batteries that perform when needed. Critical Power – when and where it matters the most GE is trusted throughout the world to help protect the power supply of data centres, banks, hospitals, telecommunications operators, and a wide range of major commercial and industrial enterprises. The GE Battery Monitoring System takes a modular approach to battery monitoring. This means that by selecting from a range of options, the system can be tailored to meet your specific requirements. Maintenance free VRLA or wet cells, lead acid or Nicad - Critical Power has a solution for your battery. Understanding your batteries Individual battery voltage Incorrect charge voltages may result in loss of capacity, accelerated grid corrosion, excessive gassing and premature end of life. Voltage also identifies catastrophic failures, such as short circuit cells, and gives true visibility of performance under discharge. Ambient temperature A battery’s life-span is normally specified at 20 or 25 degrees centigrade. Temperatures outside of the specified range can significantly affect the battery’s corrosion rate, and therefore the life of the battery. An 8-10deg temperature increase can decrease battery life by 50%. String current String current monitoring measures the energy delivered or accepted by each battery string. A UPS will only measure total current and cannot detect imbalances between strings. An imbalance highlights potential problems within a battery string. String current measurement also allows detection of incorrect battery charging and any significant earth leakage faults. Total string voltage Tracking the string voltage confirms the charger is on and performing correctly. 52 Individual battery impedance (ohmic value) The impedance of a battery will increase with age. High impedance results in a battery that cannot supply the required current – its key task. High impedance also highlights poor connections and open circuit batteries before failure. Batteries can fail in a very short period of time (less that a week) so measuring impedance daily allows you to detect faulty batteries without the need to discharge them. By trending impedance you can accurately determine the end-of-life of the battery. Battery temperature Measuring the temperature of each battery highlights localised environmental problems through poor HVAC. It can also highlight poor connections and excessive charger ripple. Temperature is a critical parameter for NiCad batteries. Most importantly, battery temperature measurements allow the early detection of thermal runaway. The financial benefits By definition, wherever there is a bank of batteries, there is a mission-critical environment being protected. It follows that if the batteries are unable to perform when they are needed, the consequences and costs are going to be serious. Power failures happen all too often and at a time like that the investment in the UPS, battery bank and battery monitoring system needs no further financial justification. However, even in day-to-day operation, GE battery monitoring provides a strong return. The following cost savings are worth considering: • • • • • • • Fewer batteries to purchase - through extending the service life of the ones installed. Reduced manpower – through automation & reduced number of discharge tests. Reduced call-out charges – through effective preventive maintenance. Planned battery purchasing – through avoiding emergency replacements. Reduced travel and time – through remotely accessing status data. Successful warranty claims – through having documentary evidence. Reduced insurance premiums. Battery Monitoring features • 24/7 alarm notification. • Automatic capture and recording of data during float, charge & discharge. • Rapid voltage sampling - all batteries simultaneously every 4 seconds. • Planned battery purchasing – through avoiding emergency replacements. • Built in intelligence for battery state recognition and comparable impedance readings. • Temperature compensation. • User defined alarm limits. • On-board memory. • 750 VDC optical isolation. • VRLA, VLA, Nicad. • Flexible to suit battery model & application. Data presentation is the key for efficient management A single battery monitoring system can monitor up to 1,280 batteries. Connecting multiple systems via GE IS Link battery management software gives visibility to an unlimited number of batteries from a single desk. Critical Power offers: • • • • WAN/LAN integration for remote monitoring via Link software. RS 232 connection for local battery service & diagnosis. SNMP or Modbus interface to Building Management Systems. Dry contacts for alarm output. Link battery management software • • • • • • • Proactive management tool Real time battery status Alarm & activity log with on-screen pop-ups and email alerts Live discharge display Automated data management Battery history database for life trending Point & click report generation 53 iUPSGuard Remote Monitoring Solution for UPS GE’s iUPSGuard solution is an anytime, anywhere concept in UPS status monitoring and alarm notification supporting all GE UPS product lines. Securing Critical Power GE’s iUPSGuard is a remote monitoring solution for UPS, providing status monitoring and alarm notification that supports all GE UPS product lines, anytime, anywhere. iUPSGuard provides current and detailed information about UPS operation, including its configuration, internal alarms and operating conditions over web. iUPSGuard notifies personnel of critical alarms and events via email or SMS, allowing a user or GE technician to make timely decisions on critical conditions. In addition, comprehensive data collection and analysis improves diagnostics capability and enhances response time. Continuous monitoring and ongoing maintenance help ensure maximum performance of your UPS equipment as it protects business critical applications. Key Features Safe and Secure • Highly secure and efficient data transmission • SSL encrypted unidirectional communication • Firewall friendly – no changes required to firewall settings or proxy servers providing easy deployment and addressing compliance objectives Flexible Communication Options • Supports various communications including IP and GPRS • Alarms notification through email and SMS • Monitoring third party UPS products via SNMP (standard RFC1628) 24x7 UPS Status and Monitoring • • • • Optimized data transmission helps ensure the latest and most up-to-date information is available Alarms and other critical events are submitted automatically on occurrence of event, all other values on a regular basis Data collection of status values, settings, as well as alarm and event logs Easy to configure and connect. UPS status summary on iUPSGuard 54 Key Benefits Improved Response Time and High Availability • 24x7 monitoring of UPS status and operating parameters • Provides instant alerts in case of critical alarms and events available over web that allows immediate fault analysis as well as corrective actions • Availability of detailed UPS status improves pre-dispatch diagnostic and first time fix as the service team is arriving pre-informed • iUPSGuard provides early warning of parameters, operating conditions and diagnostic information that allows resolution of operating anomalies Regular UPS Status Reports • Detailed reporting system of iUPSGuard provides valuable information on equipment operating conditions and trends over period of time • Summary of events that have occurred and their frequency and duration for the entire monitoring period • Preparing maintenance recommendation based on data analysis Flexible and Scalable • iUPSGuard can communicate through various channels and monitors single UPS or parallel UPS systems through web/SNMP card OS and Android APP Available • Your assets at a fingertip • Check alarm, events, measurement on the go • Intuitive, easy to use user interface 55 GE UPS Watch Distributed Architecture & Licensing Options The GE UPS Monitoring Software helps to ensure the availability and performance levels from the UPS infrastructure. The software helps to manage and supervise UPS networks through the SNMP communication. In addition, network configuration management, layer 2 and 3 discovery, come together in one package that is quick to deploy and tailor to your environment. Software Functionalities • • • • • • • • • • • • • Local Network Monitoring System UPS alarms & status changes detected on the spot Real-time monitoring & record of UPS measures 60s data samples and polling cycles Performance monitors & actions on thresholds Monitoring GE and third-party UPS via SNMP Email & SMS notifications Alarm notification based on measures threshold Scalable Application server and storage Failover functionality for redundant architecture Stop notifications from UPS under maintenance SNMP MIB compiler facilitates import and management Graphical interface available in local languages Key Capabilities Discovery Automatically discover UPS and map their connectivity. Build an accurate picture of the network devices and their interconnections, using layer 2 and 3 network technologies. Easily schedule network discoveries or run them on-demand. Mapping Automatically generate a complete layer 2/3 topology map of your UPS network with visibility into both physical and IP connectivity. Easily customize your maps and drill down into UPS performance statistics. Monitoring Using a combination of both active, passive and performance monitoring technologies monitor the health, availability and status of your UPS. Stay ahead of potential performance issues with early warning notifications. Advantages Unified Dashboard for End-to-End Monitoring Quickly diagnose and resolve UPS performance issues with easy-to-customize, comprehensive dashboards that enhance monitoring user experience. UPS Monitoring - Distributed Edition In Distributed edition, each Local UPS Monitoring server (also known as remote site) works independently of others: it monitors the UPS of its own facility and send relevant notifications, etc. In addition the local remote monitoring sends summary status and performance information to the Central server, allowing the administrator to keep the entire network under control from the central site. This is a highly efficient distributed architecture, since monitoring activities and load are carried out locally and independently at each remote site, reducing central site overhead. 56 Distributed Architecture & Licensing Options From the central server, aggregated status reports or Top/Threshold performance reports can be generated to poll data from the remote local servers. Remote sites status summary reports: 57 Transfer Switches STS Series - Static Transfer Switches 230V / 3x400V 16-1600A 2/3/4-pole Overview Static Transfer Switches (STS) are designed to transfer the supply between two independent AC power sources. Unlike traditional automatic transfer switches (ATS), a static transfer switch provides a fast load transfer (typically 1/4 of a cycle), which ensures uninterrupted operation of sensitive electronic equipment. Load retransfer to the preferred input source is virtually instantaneous (typically 0.2 ms). The basic applications of STS are in automatic systems in the power industry, power supply systems for petrochemical industry, computer and telecommunication centres, automatic and security systems of ‘intelligent’ buildings as well as other equipment which is sensitive to interruptions in the supply. The excellent overload capability and transfer algorithm enables fast fuse clearance in the event of a short-circuit. As a consequence the voltage immediately returns to normal to supply the other loads. The built-in transient voltage surge suppression system for SCR switches provides additional protection against damage to the supplied equipment. The static transfer switch consists of two bidirectional thyristor switches for each phase equipped with a control and protection system. The 2 or 4-pole types have an additional neutral line switch. After failure of the preferred source, the STS checks the state of the alternate power source and transfers the load to Function Providing high-reliability power protection whichever source provides power within selectable limits. This transfer can be for IT servers/storage/network equipment triggered by disturbance in the preferred source voltage, overcurrent in the source and other digital electronics or manual or remote change of the preferred source. With both sources in limits and synchronised (phase error within the acceptable range), manual or remote transfer is performed in less than 200 µs. Transfers initiated by fault conditions in Typical Applications the preferred source depend on the status of the alternate source. For synchronised • Data centers • Manufacturing and process control units power sources with phase error within the limits, transfer to an alternate source is made within 5ms delay. Lack of synchronisation causes delay before transfer. It is • Broadcast and satellite transmission systems possible to set the Transportation delay with dipswitches. Data Center Telecommunication • Emergency lighting systems • Security systems • Financial systems and services Data Center Transportation Telecommunication Telecommunication Internet Service Providers Transportation Transportation Through their complete life cycle, all GE’s systems are fully supported by service Transportation teams which provide world-class, 24x7 preventive and corrective services, training and application expertise. Telecommunication Features and Benefits Security Operations Process Control Equipment • Selectable voltage limits for full flexibility to protect equipment against sags, swells and interruptions Data Center Data Center Telecommunication Telecommunication Transportation Transportation Internet Service Providers Security Operations Process Control Equipment Process Control Equipment • Three redundant power supplies providing maximum reliability • Fail-safe high noise immunity CMOS logic for fast and reliable control of the STS • Easy to operate Systems Industrial Systemsto install and Healthcare Security Operations Process Control Financial Equipment Security Operations Process Control Equipment • Redundant cooling providing full functionality, even in case of a fan failure • Surge protection to prevent damage to the STS and the supplied equipment nternet Service Providers Internet Service Providers Security Operations Security Operations Process Control Equipment Process Control Equipment Financial Systems Industrial Systems • Blocked transfer inHealthcare case of short circuit preventing jeopardy to other users Healthcare Standards & Certification • Manual bypass for no-break operation of the load during maintenance IEC 62310-1:2005 (safety) • Dry contacts to provide status and alarm information to Data Transmission Mission Critical Servers Industrial Systems Healthcare Call Center Industrial Systems Healthcare IEC 62310-2:2006 (EMC) other control systems • Rackmounted models for easy integration into other systems • User friendly control panel for easy operation Financial SystemsFinancial Systems Industrial Systems Industrial Systems Healthcare Healthcare Call Center Data Transmission Mission Critical Servers Mission Critical Servers • Neutral wires are sized for 200% of nominal current to handle unbalanced loads Data Transmission Data Transmission Network Mission Critical Local Servers Mission Critical Servers Labratory Internet Servers 58 Specifications NOMINAL CURRENT RATING (A) 16 25 32 40 63 100 150 250 400 630 800 1000 1250 1600 Enclosures 2-pole, 19 inch rackmount G - 3-pole, floorstanding cabinet - A B C D E 4-pole, floorstanding cabinet - A B C D E 350kg 500kg 3-pole, 19 inch rackmount F 4-pole, 19 inch rackmount F Weight (kg), only for 3 and 4-pole floor standing cabinet Colour 150kg 170kg 220kg 240kg 280kg 620kg 680kg RAL 9005 Input characteristics Nominal input voltage 400V ph-ph / 230V ph-N Input voltage window -25% +25% Nominal frequency 50Hz / 60Hz (on request) Frequency window -10 / +10% Output characteristics Efficiency > 99% at cos phi > 0.8 Crest factor acceptance 3.5:1 Power factor (max. Cos phi) 0.5 - 1.0 (leading/lagging) Overload behaviour 125%:1 hour / 400%:5 s / 800%:0,4 s / 1000%:0,2 s / 1500%:20 ms Short circuit fuse current withstand, kA 50 Transfer time (manual triggering) ≤ 13 ms 75 Settings Overvoltage level setting +6/9/12/16/20/24% selectable by dipswitch Undervoltage level setting -6/9/12/16/20/24% Phase delay limit (for synchronised sources) 6/10/15 degrees, selectable by dipswitch Transfer blocked after output No blocking, 3/4.5/6/7.5/9xnominal current, selectable by dipswitch current exceeding limit Transfer time (sources not synchronised) 11/15/22/50ms, selectable by dipswitch Delay for retransfer to preferred source Ambient conditions 0.8/1/5s selectable by dipswitch Operating temperature 0 - 40 °C Humidity < 95%, non-condensing Altitude 1000 m (above 1000 m 5% derating per 500 m; max. 3000 m) Cooling Redundant cooling fans Audible noise 55-62dB(A) EMC IEC 62310-2 Protection IP 20 (floorstanding), IP 00 (for rackmounted models) Alarm / Status Contacts Dry contacts 125Vdc or 250Vax/ 0.3Adc or 4Aac at 220V Status information Manual transfer on, retransfer off, primary/secondary source OK, primary/secondary source on Disturbance alarms Primary/secondary source not healthy, sources not synchronized Failure alarms overcurrent, overtemperature, TVSS failure, fuse failure, internal STS failure Enclosures (WxDxH, mm): A: 680*660*1400 B: 860*860*1800 C: 660*1060*1800 D: 860*1860*1800 E: 860*2060*1800 F: 483*400*267 G: 483x400x133 *Optional Manual Bypass (483x215x133) 59 GTX Series - Automatic Transfer Switches Emergency Standby ATS Overview GTX Series - Standard (Open transition) IEC Certified The Zenith GTX Series of automatic transfer switches (ATS) are built for light industrial and commercial critical applications requiring the dependability and ease of operation found in a power contactor switch. The GTX transfer switches are designed for standby applications, and incorporate a double-throw, mechanically interlocked contactor mechanism. The GTX transfer switches are equipped with an optional MX70 Microprocessor Control Panel. Function Power contactor switch for emergency standby applications. Telecommunication Transportation Typical Applications • Light industrial and commercial critical Security Operations applications Process Control Equipment Industrial Systems Healthcare Standards & Certification IEC60947-6-1: 2013 revision GB14048.11-2008 revision Data Transmission Mission Critical Servers Features and Benefits • Undervoltage sensing (90% pickup/80% dropout) of the utility source • Voltage and frequency sensing of the generator source (90% voltage/95% frequency pickup) • Time Delay Engine Start - 3 seconds (P) • Time Delay Engine Warmup - Transfer to Generator - 3 seconds (W) • Time Delay Utility Stabilization/Retransfer to Utility - 10 minutes (T) • Time Delay Engine Cool Down - 5 minutes (U) • Indicating LEDs for power availability, switch position and load energized • Pushbuttons for test, engine start (manual), generator exerciser, timer bypass and program cancel • Wiring interconnection plug designed to prevent mis-operation errors • Special status annunciation of in-phase transfer and timer operation • Smart diagnosis program and in phase monitor • Selectable 7, 14, 21 or 28 day (factory set 28 days) generator exerciser timer • Diagnostic LED indications in logical one-line configuration. All time delays can be adjusted using MX70 software. The GTX Power Panel Includes: • Double throw and mechanically held • Arc quenching grids, enclosed arc chamber and wide contact air gap • Fast contact transfer speed less than 100ms Labratory Internet Servers The unit is available in open type (non-enclosure), NEMA 1 (IP20) or NEMA 3R (IP24) enclosures. Additional options include: • A3/A4 Auxiliary contacts (1 each) closed in Source 1 and Source 2 positions Options Telcom Industry Equipment Voice and Data Networks Petrol Pumps PC Small Networks • • • • • • Ratings 40 to 400 amps IEC 60947-6:2013 Certified, Class PC 2, 3, and 4-pole Power contactor ATS 120-416Vac rated voltage 50/60 Hz rated frequency Parking Meters 60 ZTG Series - General Purpose ATS Overview ZTG Series - Standard (Open) or Delayed Transition The Zenith ZTG Series of transfer switches are built for general purpose commercial and industrial applications requiring the dependability and ease of operation found in a power contactor switch. The ZTG series uses the MX150 microprocessor control system, which includes features specified on a general purpose commercial and industrial applications. It also provides an intuitive user interface, communications capability and self diagnostics. The ZTG Series is available in a full range of ampere, voltage and pole configurations, along with many commonly requested options and features. Features and Benefits Function Power contactor transfer switch for applications requiring dependability and Telecommunication Transportation ease of operation. Typical Applications • General purpose commercial and industrial applications Security Operations Process Control Equipment Industrial Systems Healthcare Standards & Certification Safety: EN 62040-1/A1 (EN 62050-1) EMC: EN 62040-2 • Close differential under-voltage sensing of the normal source • Voltage and frequency sensing of the emergency source • Test switch (fast test/load/no load) to simulate normal source failure automatically bypassed should the emergency source fail • Double throw, interlocked operation • Electrically operated, mechanically held by a simple, over-center mechanism • Segmented silver tungsten alloy contacts with separate arcing contacts on 600 amps and above • Arc quenching grids, enclosed arc chambers and wide contact air gap for superior source-to-source isolation on all units • Control circuit disconnect plug and drive inhibit switch for safe maintenance • Components accessible for inspection and maintenance without removal of the switch or the power conductors • Mechanical indicator and contact chamber cover designed for inspection, safety and position designation • Offering a Warranty Period of twenty-four (24) months or two years from the date of shipment Applicable Specifications • Durable, long-life solenoid operated mechanism • GE-engineered and manufactured contacts and arc quenching components • OSHPD seismic qualifications Configurations Data Transmission Mission Critical Servers Labratory Internet Servers • • Options • • • • Telcom Industry Equipment Voice and Data Networks PC ZTG - Standard (Open) Transition The Zenith ZTG transfer switch is used in general and mixed load applications. ZTGD - Delayed Transition The Zenith ZTGD transfer switch is used for the transfer of large motor or inductive loads. Ratings 40 to 3000 amperes 120 - 600 Volts 50 or 60 Hz 2, 3 or 4-pole • Double throw, mechanically interlocked contactor mechanism • Suitable for emergency and standby applications • Open type, NEMA 1, 3R, 4, 4X and 12 enclosures Small Networks 61 ZTS Series - Business Critical and Industrial Applications Overview ZTS Series - Standard (Open), Delayed or Closed Transition The Zenith ZTS Series of automatic transfer switches (ATS) are built for business and industrial critical applications requiring the reliability and enhanced operation. The ZTS Series uses the MX250 microprocessor control system, which includes features specified for use in business and industrial critical applications. It also provides an intuitive user interface, communications capability and self diagnostics. The ZTS Series is available in a full range of ampere, voltage and pole configurations, along with an extensive list of options and features. Features and Benefits Function Power contactor based transfer switch Telecommunication Transportation for applications requiring reliability and enhanced operational features. Typical Applications • Business and Industrial critical Security Operations applications. Process Control Equipment • • • • • • • • • Industrial Systems Healthcare Standards & Certification UL 1008 listed at 480 VAC UL1008 7th Edition Standard CSA C22.2 No.178 certified at 600 VAC Data Transmission Critical Servers Seismic certified toMission IEEE-693-2005 at High Level with 2.5 amplification factor Seismic certified to OSHPD using testing standard ICC-ES-AC-156 ISO 9001 certified manufacturing plan Labratory Internet Servers Ul-3 cycle ( unconditional) short cirtcuit withstand & close ratings OSHPD seismics qualifications Telcom Industry Equipment PC Contact transfer speed less than 100 milliseconds High close-in and withstand capability Double throw, interlocked operation Electrically operated, mechanically held by a simple, over-center mechanism Segmented silver tungsten alloy contacts with separate arcing contacts on 600 amps and above Arc quenching grids, enclosed arc chambers and wide contact air gap for superior source-to-source isolation on all units Control circuit disconnect plug and drive inhibit switch for safe maintenance Components accessible for inspection and maintenance without removal of the switch or the power conductors Mechanical indicator and contact chamber cover designed for inspection, safety and position designation Configurations • ZTS - Standard (Open) Transition The Zenith ZTS transfer switch is used in general and mixed load applications. • ZTSD - Delayed Transition The Zenith ZTSD transfer switch is used to transfer of motor loads, and transformers. • ZTSCT - Closed Transition The Zenith ZTSCT transfer switch is used to transfer critical loads where a “no break” transfer is desired with this switch 100msec parallel capability. • ZBTS Series, Bypass The ZBTS bypass transfer switch is available in all 3 transition types (standard, delayed, and closed transition). The ZBTS provides all the features and benefits of the ZTS series ATS with the added ability to disengaged and rack out the ATS all the while maintaining power to your critical load via a built in manually operated bypass panel. Applicable Specifications • Temperature rise test per UL 1008 conducted after overload and endurance tests in unventilated enclosure-exceeds UL requirements • UL 1008 listed at 480 VAC • UL 3-cycle (unconditional) short circuit withstand & close ratings • OSHPD seismic qualifications Options Voice and Data Networks Petrol Pumps Small Networks Parking Meters • • • • Ratings 40 to 4000 amperes 120 - 600 Volts 2, 3 or 4-pole Open type, NEMA 1, 3R, 4, 4X and 12 enclosures • 120 to 600 VAC, 50 or 60 Hz • Suitable for emergency and standby applications on all classes of load, 100% tungsten rated through 400 amps • Available in ZTS (utility-generator), ZTSU (utility-utility), ZTSG (generatorgenerator) and ZTSM (manual) configurations 62 ZBTS - Bypass/Isolation The Zenith ZBTS Series of Bypass/Isolation automatic transfer switches (ATS) are built for business and industrial critical applications requiring the reliability and enhanced operation. The ZBTS Series uses the MX250 microprocessor control system, which includes features specified for use in business and industrial critical applications. It also provides an intuitive user interface, communications capability and self diagnostics.In business and industrial critical applications power cannot be interrupted to perform maintenance of automatic transfer switches. In such circumstances, a bypass/isolation switch is essential and is often required by code. Zenith ZBTS Series Bypass-Isolation Transfer Switches are the solution when interruption of power during service or testing is not acceptable. Consisting of two major modules - the Automatic Transfer (ATS) and the Bypass/Isolation Switch. The ZBTS Series incorporates the rugged construction of all our ZTS Series automatic switches with a quick make/quick break bypass switch manual load transfer handle and our control/interlock system, which consists of both mechanical and electrical interlocks. The bypass uses normal failure sensing and a time delay to start the engine automatically if a failure occurs when the ATS has been removed for service - which can be done without disturbing the load. Features and Benefits • • • • • • • • • • • Load is not interrupted during bypass & isolation operation High close-in and withstand capacity Automatic transfer switch is located on a draw-out mechanism to facilitate maintenance Emergency power systems can be electrically tested without disturbing the load Power cables do not have to be disconnected to remove automatic transfer switch Bypass to any available source with ATSremoved Engine start circuit maintained during bypass operation; normal power failure causes engine start contact closure even with the ATS removed Diagnostic lights and detailed instructions for simple step-by-step operation Mechanical and electrical interlocks ensure proper sequence of operation Bypass switch contacts are closed only during the bypass-isolation operation Silverplated copper bus interconnection of the transfer and bypass switches on all sizes Configurations • ZBTS - Bypass/Isolation The Zenith ZBTS Bypass/Isolation transfer switch is used in general and mixed load applications. • ZBTSD - Delayed Transition Bypass/Isolation The Zenith ZBTSD Bypass/Isolation transfer switch is used to transfer of large motor loads, transformers, uninterruptible power supplies (UPS) systems or load shedding to a neutral “center” position. • ZBTSCT - Closed Transition Bypass/Isolation The Zenith ZBTSCT Bypass/Isolation transfer switch is used to transfer critical loads where a “no break” transfer is desired with this switch 100msec parallel capability. Standard & Certification Options for ZTBS UL 1008 listed up to 480 VAC • • • • • • CSA C22.2 No. 178 certified up to 600 VAC Certified to IEC 60947-6-1 up to 480 VAC Seismic certified to IEEE-693-2005 at HIGH level with 2.5 amplification factor Seismic certified to IBC-2009 at Ip=1.5 for z/h less than orequal to 1 Seismic certified to OSHPD per testing standard ICC-ES AC-156 ISO 9001 certified manufacturing plant Ratings 100 to 4000 amperes 2, 3 or 4-pole Open type, NEMA 1, 3R, 4, 4X and 12 enclosures 120 to 600 VAC, 50 or 60 Hz Bypass and automatic transfer switch have identical ratings Suitable for emergency and standby applications on all classes of load, 100% tungsten rated through 400 amps • Available in ZBTS (utility-generator), ZBTSU (utility-utility), ZBTSG (generator-generator) and ZBTSM (manual) configurations 63 ZTE Series - Mission, Process, Healthcare Critical Overview ZTE Series - Standard (Open), Delayed or Closed transition The ZTE Series automatic transfer switch (ATS) is ideal for use in today’s 7x24 service centers, data warehouses and critical healthcare facilities. These mission critical sites demand more than just continuity of power, and the ZTE meets these challenges. Poor power quality damages equipment and increases maintenance costs. Inherent power problems stay hidden when testing is ineffective or incomplete. Going beyond source switching and addressing the issues of complete power quality requires a whole new level of ATS capability. The ZTE Series ATS is ideal for use in this environment. nter Telecommunication Transportation Features and Benefits Function • • • • • • Power contactor based transfer switch for users that require advanced metering, communication, Telecommunication Transportation e Providers Security Operations Process Control Equipment and data analytics. Typical Applications • Data centers, healthcare facilities, and other mission critical systems. ystems Security Operations Industrial Systems Process Control Equipment Robust Switching Mechanisms Ratings 40 to 4000 amperes 2, 3 or 4-pole Open type, NEMA 1, 3R, 4, 4X and 12 enclosures 120 to 600 VAC, 50 or 60 Hz Suitable for emergency and standby applications on all classes of load, 100% tungsten rated through 400 amps • UL 3-cycle (unconditional) short circuit withstand & close ratings • OSHPD seismic qualifications Healthcare Configurations • ZTE Series, Standard (Open) Transition The GE Zenith ZTE standard (open) transition transfer switches go beyond just source switching. Integral metering and communications, high-level diagnostics and superlative flexibility make the ZTE a perfect solution for today?s mission critical Transportation nter Industrial SystemsData Center Data Transmission HealthcareTelecommunication Mission Critical Servers source switching. Standards & Certification • ZTED Series, Delayed Transition UL 1008 listed at 480 VAC The ZTED - Delayed Transition transfer switch offers the same features as the ZTE with the addition of an adjustable time delay in the centered “off” position. This delay allows UL1008 7th Edition Standard motor loads to coast down and transformer field to decay; ensuring inductive loads are CSA C22.2 No.178 certified at 600 VAC re-energized after transfer with only normal inrush starting currents. Internet Service Providers Security Operations Process Control Equipment tworkData Transmission LabratoryMission Critical Servers Internet Servers • ZTECT Series, Closed Transition Seismic certified to IEEE-693-2005 at The ZTEC - Closed Transition transfer switch offers the same features as the ZTE with High Level with 2.5 amplification factor the addition of a high-speed drive system, which ensures the overlap of the normal Seismic certified to OSHPD using and alternate sources is less than 100 milliseconds. When one source is not within testing standard ICC-ES-AC-156 normal limits, such as during a power outage, the ZTECT automatically operates in delayed transition mode. ISO 9001 certified manufacturing plan Systems Industrial Systems PC Healthcare mponentsLabratory FinancialTelcom Industry Equipment Internet Servers • ZBTE Series, Bypass Ul-3 cycle ( unconditional) short The ZBTE bypass transfer switch is available in all 3 transition types (standard, cirtcuit withstand & close ratings delayed, and closed transition). The ZBTE provides all the features and benefits of the ZTE series ATS with the added ability to disengaged and rack out the ATS all the while OSHPD seismics qualifications maintaining power to your critical load via a built in manually operated bypass panel. Call Center etworksIndustry Equipment Voice and Data Networks PC Telcom Local NetworkPetrol Pumps sVoice and Data Networks Small Networks Data Transmission Small Networks Labratory Parking Meters Advanced User Interface & Controls Mission Critical Servers • Color graphical display with built-in Help menus • System status LEDs and menu-driven soft keys • Dedicated control and navigational pushbuttons • Front accessible USB programming port • Password protected control switches Internet Servers 64 Built-in Power Quality Metering • 3-phase current, including neutral, voltage, power, energy, frequency and harmonics (THD) • 20 Channel Data Logger with sampling rates user-configurable from 1 cycle to 60 minutes Enhanced Connectivity • • • • • • • Built-in RS-485 serial and RJ-45 Ethernet Open protocols - Modbus RTU and TCP/IP User-configurable data map Download of event, waveform, and data log to PC Customized control logic using GE FlexLogic Local/remote configuration via EnerVista MX350 Setup software Plug-and-play PC monitoring and control using EnerVista Viewpoint Monitoring software Diagnostics & Event Recording • Power source anomaly events recorder • Detailed transfer event reporting • Local storage of 256 time-stamped events with 1 ms resolution • User-configurable alarms Flexible Feature Assignment • Field modification of control features • User-configurable load control contacts • Reduced commissioning delays from incorrect configuration Reliability • Durable solenoid ATS operated mechanisms and robust electronics, tested for severe EMC and environmental conditions Advanced Troubleshooting • High-speed event log and data logging Diagnostics • Advanced system troubleshooting and event reporting Low Cost Installation & Quick Commissioning • Built-in networking for reduced hardwiring, centrally located customer connections; simple field modification of features without need for factory service Flexible & Expandable for Changing Site Needs • Modular, expandable I/O and field-upgradeable features for maximum flexibility Power Quality Metering • True PQ metering, including waveform, harmonics and high-speed event capture Simple & Low-Cost Facility Integration & Monitoring • Built-in networking, customizable User Data Map, and plug-and-play monitoring using EnerVista Viewpoint Monitoring software 65 66 67 GE UPS Solutions Complementary Matching Switchgear For GE TLE CE UPS, 30-800kVA Why use GE-Provided Complementary UPS Switchgear Solutions? • • • • • • Designed to meet the size form factor and color of the GE TLE UPS Module Designed with proper control circuits to operate properly with the GE TLE UPS Module 2-Year Warranty of TLE UPS Module is extended to the matching Switchgear Customer desires an integrated UPS System Solution from GE, not just a UPS Module Provides Flexible UPS Output Distribution, using GE Industrial Solution components Qualified by GE as suitable for use with GE UPS Systems Parallel UPS Output RPA Switchgear • • • • • • UPS Module Output Isolation CBs UPS System Output Isolation & Bypass CBs SKRU Electric Interlocks Various KAIC Breaker Fault ratings Side Cable Access for cabling to UPS Module Matching Height, Depth, Color Lead Time: 4-6 weeks ARO + transit time from Europe-based swgr plant UPS Maintenance Bypass Switchgear • • • • • • 3-CB Type (UPS Input Iso, Output Iso, Bypass CBs) 2-CB Type (Same without UPS Input Iso CB) Mechanical or SKRU Electric Interlocks Various KAIC Breaker Fault ratings Side Cable Access for cabling to UPS Module Matching Height, Depth, Color Lead Time: 2-4 weeks ARO + transit time from Europe-based swgr plants UPS Output Distribution Switchgear • • • • • • Output Distribution 3ph 4w Panelboard, or Output Distribution Subfeed 3-pole CBs Front Facing or Side Facing Various KAIC Breaker Fault ratings Side Cable Access for cabling to UPS Module Matching Height, Depth, Color Lead Time: 2-4 weeks ARO + transit time from Europe-based swgr plants 68 UPS Maintenance Bypass Panel 69 DC Energy Storage Flywheel Green Short-Term Backup Power for GE TLE/SG UPS Why use a GE Flywheel UPS Solution? • • • • • 98% of power quality disturbances are less than 10 seconds. Modern Backup Generators are complete the power restoration cutover from a lost utility source in less than 10 seconds. IT Datacenter Trends making flywheels more attractive: – IT Server Virtualization and software redundancy, allowing UPS Systems to have much shorter backup times – Datacenter ambient room temperatures on the rise due to server equipment hardening, thus making temperature-sensitive VRLA UPS batteries less practical – Proliferation of new GREEN Datacenters, desiring green solutions which do not include toxic VRLA batteries Non-IT Critical Processes that find UPS backup times of less than 1 minute acceptable – Medical imaging market – Broadcast transmitter market – Industrial process market – Transportation market (Rail, etc) – Casino gaming market Lead Acid Batteries do not perform correctly with a UPS System when designed backup support times are less than 3 minutes. FLYWHEEL Flywheel Availability: VRLA BATTERY Maintenance Annual Quarterly HVAC Costs None Med-High Reliability 50,000 hrs+ MTBF 2,200 hrs+ MTBF Life Expectance 20 years 4-5 years Installation Cost Low Med-High Hazardous Material None Lead & Acid Toxic Emissions None Hydrogen Diagnostics/Monitoring Accurate Speculative Disposal Requirements None Required • With SG UPS • With TLE UPS Leadtime: • 5-6 weeks ARO + transit time from California USA Consult GE Application Engineering for Pricing, Quotations, Drawings Rotor Configuration Integral with hub Vertical for optimum efficiency Magnetic Bearing Fully active 5-axis Stator Dual Mode Motor/Generator Hub Housing Aerospace high performance steel Vacuum environment 70 Dual Mode Motor/Generator UPS Output Power Rating (kVA) Hub Aerospace high performance steel sing um environment UPS System of Choice Genset AC Static By-Pass Rectifier AC/DC Automatic Transfer Switch Inverter DC/AC Utility AC Critical AC Output DC Bus DC AC TLE UPS Applications VDC Enhanced Flywheel GE UPS MODELS CE TLE 60 CE TLE 80 CE TLE 100 CE TLE 120 CE TLE 160 CE TLE 200 CE TLE 320 CE TLE 400 CE TLE 600 CE TLE 800 kW 60 80 100 120 160 200 320 400 600 800 23 # of units 1 94 2 72 57 45 32 140 111 92 71 56 31 22 103 83 51 40 22 13 69 55 33 22 69 45 30 55 39 3 4 5 6 Standard Flywheel GE UPS MODELS CE TLE 60 CE TLE 80 CE TLE 100 CE TLE 120 CE TLE 160 CE TLE 200 CE TLE 320 CE TLE 400 CE TLE 600 CE TLE 800 kW 60 80 100 120 160 200 320 400 600 800 17 # of units 1 59 2 44 35 29 23 87 70 58 46 36 22 16 69 55 33 26 16 10 45 35 23 16 45 29 21 35 26 3 4 5 6 Run times are rounded off to the nearest second and are based on UPS with 540Vdc float voltage and 96% inverter efficiency SG UPS Applications Enhanced Flywheel GE UPS MODELS CE SG 60 CE SG 80 CE SG 100 CE SG 120 CE SG 160 CE SG 200 CE SG 250 CE SG 300 CE SG 400 CE SG 500 kW 54 72 90 108 128 180 225 270 360 450 103 79 63 51 35 25 17 155 123 101 77 62 48 38 24 17 114 91 74 62 44 32 96 80 61 47 76 61 # of units 1 2 3 4 5 Standard Flywheel GE UPS MODELS CE SG 60 CE SG 80 CE SG 100 CE SG 120 CE SG 160 CE SG 200 CE SG 250 CE SG 300 CE SG 400 CE SG 500 kW 54 72 90 108 128 180 225 270 360 450 65 48 37 32 23 18 14 97 77 64 48 38 30 24 18 13 72 57 45 37 27 21 60 50 37 29 47 37 # of units 1 2 3 4 5 Run times are rounded off to the nearest second and are based on UPS with 540Vdc float voltage and 96% inverter efficiency 71 PowerMOD Modular Container For Fast Deployment of Efficient, Mission-Critical Power, 200 - 1200 kW Picture this: you’re responsible for flawless operation of urgent or temporary mission-critical processes. You are confronted with an unreliable utility grid, incapable of supplying the clean power your equipment needs. And due to severe time constraints building a new UPS room is not an option, or there is no space at all to build one... You need a proper solution for these urgent issues, and most of all: you need it FAST. What to do? The solution The GE PowerMOD™ Containerized Power Solution is just what you need: an innovative, high-density, turnkey and energyefficient mission-critical power system. It delivers continuous and moderated power efficiently and reliably, regardless the quality or availability of grid or generator power. The system is modular, pretested, and ready to use. What is it? The PowerMOD integrated module is an all-in-one power quality protection system, housed in a single container. The system consists of: • • • • • • Uninterruptible Power Supply (UPS) and related batteries Power Distribution Units or Busway as needed Input/Output switchgear, ATS, transformers as needed Auxiliary supply system and lighting Safety system: smoke and hydrogen detection unit, fire suppression system Cooling system: totally redundant, internal and external units What does it do? The heart of the system, a TLE Series™ UPS, uses the unreliable and often low-quality power supplied by the grid or generator as “raw material”, to create a completely new, constant, moderated output with a fully regulated voltage and frequency. When the grid or emergency generator is not able to supply the demanded power, the UPS seamlessly switches to an alternative source: energy stored in the battery bank. When the grid or generator output returns, the UPS continues to deliver its reliable high quality output, and simultaneously starts recharging the battery bank. Hardware and data are protected and operations are reliably maintained. 72 For fast deployment of highly-efficient, mission-critical power needs ideally suited for: • Data centers, new and expansion • Industrial plants • Healthcare - digital imaging •Airports • Disaster recovery • Traffic systems • Communication nodes • Temporary capacity during data center renovations, UPS upgrades, large events What does it look like? Depending on the rating, the all-in-one PowerMOD system is housed in a single 10/20/40ft ISO High Cube container. Please refer to the specifications for details. Benefits Deploying the GE PowerMOD brings a number of benefits compared to the traditional on-site “brick & mortar” solution: • Flexible expansion—In case of increasing power demands, the power protection system can be easily expanded, either with separate compartments or with a cluster of containerized units • Outsourced design—A single supplier for the complete integrated module simplifies project management • Mobility—The plug-and-play modules are well suited for military and disaster recovery applications • FAST FORWARD: Time & cost savings—In the modular construction process equipment is pre-installed off-site in factory, speeding up the time to value. The complete, fully integrated and pre-tested module can be provided in as little as 15 weeks, saving up to 30% compared to newly build Specifications POWERMOD SYSTEM CS200-10 CS200-20 CS400-20 CS800-40 CS1200-40 Rating (kW) 200 200 400 800 1200 Battery runtime at 100% load and 0.8 pf 5 minutes Battery type VRLA on racks or in cabinets UPS data TLE High Efficiency Transformerless, up to 99% off Input voltage and frequency 340 – 460VAC, 3-phase, 45 – 66 Hz UPS output power factor 1.0 UPS output rating (kW) 200 200 400 800 1200 UPS output voltage 3x380/400/415VAC + N Container Data Container ISO 10’ High Cube ISO 20’ High Cube ISO 20’ High Cube ISO 40’ High Cube ISO 40’ High Cube Dimensions (WxDxH, mm) 3050x2440x2890 6060x2440x2890 6060x2440x2890 12190x2440x2890 12190x2440x2890 Total container weight, kg 4800 6050 8440 14310 19250 Max floor load, kg/m2 2038 Max speed wind exposure 150 Protection degree 160 km/h Standards IP54 Other EN1026 and EN12207 Class 4; EN12210 Class C4; EN12208 and EN1027 Class 5 73 Factory Services Project Management Our project management solutions allow you to focus on business while we make sure your projects are delivered on-time and within budget. With our industry leading project management competencies and tenured experience, we deliver solutions through the complete technology lifecycle. Factory Acceptance Testing Factory Testing can include, but is not limited to: • Functional test on parallel RPA system including transfers to bypass, utility failure, EPO, etc. • Full functional test on parallel RPA system including master fail and communications failure simulations • Steady state measurements from 0-100% load of voltage, current, output voltage regulation, input/output power factor, output voltage THD, input current THD, frequency • Overload of full system up to 150% • 100% utility failure with waveform capture • 0-100% step loads with waveform captures • Output short circuit with waveform capture • Removal of module from the system with waveform capture • Inverter or power supply failure simulations • Full functional test of RPA output switchgear including transfers in and out of main bypass mode • eBoost functionality tests 74 75 GE UPS Services Your electrical infrastructure‘s availability, stability, and adaptability are crucial to your business success. Rely on the support professionals who know your systems best! GE’s UPS Services offerings range far beyond standard product support: from on-site services for risk-reducing installation and startup, to availability services to help you proactively reduce downtime and meet your service-level commitments. From installation to product retirement, warranty upgrades to remote monitoring, proactive care to 24/7 problem resolution, you can rely on GE’s field service organization for all your electrical infrastructure support needs. Our Service Portfolio GE services are designed to provide life long operation of all our UPS systems. We have a range of service offerings to meet your requirements. We are at home in all areas of industry and business life, specialized in solutions and services for your electrical infrastructure. On-Site & Emergency Services Contractual Services • 24/7 Emergency hotline •Installation • Commissioning, start-up • Repair, upgrade, retrofit • Assessment, inspection, testing • Online assistance • Battery measurement / monitoring • • • • • • • Parts and Repairs Training • • • • • • • • • Spare parts supply Repair services Product replacement / return Equipment rentals Battery replacement Maintenance service contracts Remote Monitoring & Diagnostics Preventive, planned maintenance Resident technical services Upgrade management Project & site management Consultancy and audits Training for operators Training for maintenance staff Product training Trainer-to-student as well as web based training Maintenance Programs The reliability and efficiency of your electrical infrastructure ultimately depends upon the maintenance programs you choose. The best power protection system in the world is only as good as its service and support systems. A maintenance agreement is an opportunity for you to increase productivity and availability while lowering your owning and operating costs. Preventive maintenance helps you find equipment problems before they cause failure, leaving you with fewer repairs and less unscheduled downtime. high After warranty period PREMIUM Service Service level medium • BASIC Service—Annual maintenance, technical support 24/7 and defined intervention time • VALUE Service—BASIC features plus free intervention in case of emergency • PREMIUM Service—VALUE service features plus all material needed for repair Warranty period VALUE Service Warranty Service BASIC Service Warranty Warranty extension low We have tailored our service contracts to meet your individual demand by offering three different contract types: End of warranty Operation time 76 Contract Features Depending on your requirements, you can choose from following services: • • • • • • • 24/7 technical support by our local Service Centre Guaranteed presence on site within the agreed time (Next Working Day, 12, 6 or 4 hours) Annual maintenance visit to analyze the UPS and operational conditions Spare parts included for emergency repairs Guaranteed 24/7 availability in our stock for most common parts for your UPS Preferential pricing for parts and hourly rates iUPSGuard Remote Monitoring & Diagnostics (RM&D) (optional, included in PREMIUM) Service Contracts WARRANTY WARRANTY SERVICE BASIC SERVICE VALUE SERVICE PREMIUM SERVICE Work/Labour X √ √ √ √ Travel X √ √ √ √ Software Upgrades X √ √ √ √ Work / labour √ √ X √ √ Travel √ √ X √ √ Replacement parts* √ √ X X √ Response time X √ √ √ √ Hot-line 24/7 X √ √ √ √ Maintenance report X √ √ √ √ iUPSGuard remote monitoring O O O O √ Maintenance visit Emergency repairs Technical support √: included X: not included O: optional * excludes batteries 77 Target Vertical Markets Data Centers Reliability, availability, electrical performance and cost are key features in the UPS market and in particular for Data Centers. GE’s technology offers same/better performance and reliability for less total operational cost. The latter includes the cost of the equipment, the maintenance as well as the energy consumption. Therefore, energy efficiency is a fundamental aspect together with reliability and preventative maintenance. Power transformers WaveCast UPS MV switchgear SecoGearTM & SecoVacTM LV switchgear SEN Plus Selective MCCBs Record Plus® Automation & Supervision Every % of improvement in the operating efficiency generates an annual energy saving of 13’000$ for every MW of installed UPS power (@0.15$/kWh). Additional savings comes from the reduced cooling requirements. This is why GE tackles efficiency improvements in many different ways during the system design, from the component selection through the converter topologies and operating modes to the critical power architectures. Improving reliability and availability in data center facilities is the problem that every data center operator must tackle. Every data center architect needs to carefully analyse many aspects, e.g. complexity management, number of UPS modules, UPS utilization rate, generators, paralleling switchgears, scalability, concurrent maintainability, single point of failures, fault tolerance, reliability, availability, installation cost, energy cost, maintenance cost. All these aspects can be mapped into performance, availability and CapEx/OpEx. GE can design and deliver Data Center critical power systems in all the well known architectures, e.g. Parallel Redundant, Block Redundant, Shared Redundant and System plus System. 78 Parallel Redudant - N+1 System Block Redundant - Catcher System Shared Redundant - 4N/3 System System + System - S+S In addition, GE can provide its unique Ring Bus solution, an advanced power quality architecture to optimize performance, reliability and cost. The GE Ring Bus architecture is a self-healing structure that offers • • • • • • • • • • • • • IP Ring Bus Ultimate fault tolerance No single points of failure Lower number of UPS modules Higher UPS utilization rate and less stranded system capacity Simple and safe scalability Optimal utilization of breaker current capabilities Concurrent maintenance for critical path equipment No communication among UPS No limitations on the number of UPS and their distance Total system load shared across all UPS modules No need for synchronized inputs No needs for paralleling switchgears Potential fault current limitation 79 GE Additive Additive manufacturing technology is becoming more and more competitive if compared with traditional manufacturing technologies. 3D printers need to be protected from utility disturbances that may affect the quality of finished goods or even cause scrap of partially printed parts if the printing cycle operation is interrupted. Therefore, it is fundamental to address power quality requirements in additive manufacturing plants. GE has conducted systematic and comprehensive tests of several 3D printers and selected the optimal GE Uninterruptible Power Supply (UPS) products to be used in additive manufacturing applications to guarantee excellent power quality and reliability under all operating conditions. 80 81 Rail Portuguese Railway Challenge • The railway company used their own power source, through the catenary, for the trains and, simultaneously, for the signaling system; • However, this method creates many variations, caused by several trains at the same time, the type of train and the fact they are braking or accelerating; • These issues most of the time resulted in the failure of the signaling, this way preventing the trains to circulate Application for Single-Phase Systems • Cabinet Mount for indoor or outdoor UPS • GE UPS LP11 • Isolation transformers • High capacity battery string, and additional Battery Charger • ATS System • Electronic Stabilizer • Frames power systems (Stabilizer; ATS, UPS Auxiliary Charger) • Switchboard (power loads) •Infrastructure Application in Three-Phase Systems • GE UPS SitePro 10, 20 & 30 kVA • Isolation transformers • Battery Strings with large capacity • Rack with rectifiers • Frames power systems (UPS and Rectifiers) • Switchboard (power loads) •Infrastructure North Corridor Mozambique Railway Challenge • • • • • • One of the biggest projects running in Africa on the mining field (Coal) A Railway line of 900 Km Goes from Tete until the Nacala Harbor, crossing Malawi The goal is to run, by day, 24 trains (today only one) For that, a new fully equipped infrasctruture is on the way; LCPower will provide, to all the 67 sites along the line, the Power equipment and Energy infrastruture On-site • • • • • • GE UPS SG 10, 15, 20 or 40 kVA Battery String with 4 hours autonomy GenSet 10, 22 or 33 kVA, for continuous service System automatic fuel supply from an external reservoir of 2000 liters Infrastructure mechanics associated with the GenSet Electrical Inverter Network / Group Board for normal and emergency distribution 82 83 Healthcare Consistent Imaging Quality • Performance and uptime of imaging equipment • Reduce the need to reschedule patients due to equipment downtime • Prevent the loss of scan and imaging data UPS Protected Superior Battery Management Every GE UPS incorporates a standard feature called Superior Battery Management (SBM) that can be configured to periodically test the battery system and calculate true battery runtime using measured values for temperature and load. • Quick Battery Test • Deep Battery Calibration • Accurate Runtime Prediction • Automatic boost / float charger • Temperature compensated battery charging • Load dependent end of discharge voltage • No load shutdown Strong Overload Capability Great overload capability, ensuring power protection safety for applications requiring start-up overcurrent and for temporary peak load. Supplied by Utility Solid Supply Independently from Load Stressing Picure shows that when the medical modality begins to work (red sinusoid starts) the waveform is always very clean and sharp both at the input of the UPS (green) or at the input of the modality (red). C2 Sudden Load Current UPS UPS Battery Cabinet Clean Supply Medical Equipment 84 85 Maritime Power quality solutions for a technology-dependent maritime world The maritime industry is growing. The fast technical development has increased the usage of electronic equipment onboard. The ship building industry offers a variety of different products: oil/gas tankers, cruise ships and yachts, ferries and fishing fleets, offshore and maritime defense equipment. Expensive maritime equipment must be used efficiently. Even a short system crash can lead to substantial costs and cause lengthy organizational problems. Additional consequences include loss of engine control or communication and navigation systems potentially leading to severely dangerous situations. Most technical outages in the maritime environment are caused by insufficient quality in the power supply mainly because of old generators. As well as the directly visible impacts above, a poor utility power supply causes premature aging of electronic devices leading to higher maintenance costs. Now more than ever before, safe and managed electric power is needed for a wide range of maritime applications, including… • Ship operation equipment • Navigation equipment •Telecommunication • Safety facilities • Cargo handling systems • Computer networks • Entertainment facilities • Electronic point of sale equipment • Security systems • Emergency systems • Specialized machinery For all possible situations arising on board of a modern vessel, the uninterrupted availability of high quality electricity has become vital for a safe and profitable journey. Today GE is the only manufacturer in the market supplying a full range DNV certified UPS product line: the VH Series UPS. Full Range DNV Certified: 700-3000 VA As one of only a few suppliers worldwide GE has a type approval certificate from the Det Norske Veritas (DNV) certification body for one of its UPS models. The certified VH Series was not specifically redesigned for the maritime environment; the full range of standard UPSs passed the severe tests equipped with a maritime mounting kit! On top of that GE’s VH Series 2kVA 208/220/230/240V model is IACS, CE and UL approved. The certification proves the VH’s high quality and its suitability for the rough environmental and EMC conditions onboard. This simplifies installation and documentation requirements significantly. 86 The DNV certification also stands for the following agencies (as per the International Association of Classification Societies IACS - standards: • • • • • • • • • • • American Bureau of Shipping (ABS) Bureau Veritas (BV - Holland) China Classification Society (CCS - China) Det Norske Veritas (DNV - Norway) Germanischer Lloyd (GL - Germany) Korean Registrar of Shipping (KRS - Korea) Lloyd’s Register (LR - UK) Nippon Kaiji Kyokai (NKK - Japan) Registro Italiano Navale (RINA - Italy) Russian Maritime Register of Shipping (RMSR - Russia) Indian Registrar of Shipping (ISR - India) Secure Your Bridge Applications and IT - VH Series UPS 700-3000 VA Bridge applications, local PCs and communication systems as well as fishery products – all these mission critical applications can be protected with a UPS from the VH Series range. This plug-in-UPS helps you to protect your equipment cost efficiently. VH Series UPS have - like all other GE UPS - comprehensive monitoring tools, which provide efficient event management and maintenance even in a decentralized structure with a multitude of equipment. Features and Benefits • • • • • • • • • • • • • • • • VFI (Voltage and Frequency Independent) technology eliminates power reliability problems Unique failsafe internal bypass for continued operation even in the event of UPS failure Tower and/or 2U rack design for all ratings; all support elements included Simple battery replacement without disruption to supported load Versatile communication with USB and contact interface, RS232, relays and SNMP Wide input voltage window minimizing battery usage Excellent short circuit protection GE’s unique Superior Battery Management enhancing battery performance and lifetime Easy plug-in connection of battery packs for extended run-time Remote monitoring and control for unmanned or isolated sites Can be used as a 50/60Hz frequency converter Phase neutral reversal protection High overload capability Precise output frequency regulation High efficiency Optional maritime kit to further strengthen the UPS in harsh maritime environments with high vibrations and poor mains quality Maximize The Efficiency of Your Communication and Navigation Systems LP Series UPS 3-30 kVA GE’s LP Series of single and 3-phase UPS is the ideal UPS support for communication and navigation instruments. In the United States the LP11 Series is classified with the designation LPS Cat III (Instrument Grade Laboratory Protection System), meaning it is designed to efficiently protect critical equipment and processes. Excellent quality of supply voltage, galvanic separation and flexible autonomy times are key characteristics to successfully support communication and navigation systems. Furthermore LP11 UPS are successfully used to protect maritime training systems and process automation. 87 Features and Benefits - Maritime • • • • • • • • VFI (Voltage and Frequency Independent) technology eliminates power reliability problems Low input current distortion and high input power factor eliminates the need for costly filters or oversized generator Small footprint Advanced technology enabling silent operation High output power factor allows for optimal sizing of UPS Low output voltage distortion Superior Battery Management (SBM) to enhance battery life and to prevent battery failure ECO mode enables automatic energy savings under stable power conditions The Ideal UPS For Your Centralized Solutions - SG Series UPS 10-500 kVA Steering systems, engine and gear-systems control, cranes…. all complex and mission critical systems. Due to its specific requirement related to power supply, such equipment has high demand for a clean and safely managed supply of input power. GE’s SG range of UPS was successfully tested for use with maritime electronic equipment. GE’s exclusive power control system means smaller rated UPS systems can be used, still ensuring a perfect waveform to the load even on peak loads. Thus GE helps you provide excellent customer service and process management by ensuring business continuation, resulting in improved business efficiency. Features and Benefits • VFI (Voltage and Frequency Independent) technology eliminates power reliability problems • High output power factor eliminates need for UPS oversizing • Constant high efficiency at full and partial load • Superior Battery Management (SBM) • ECO mode/eBoost™ for energy savings • Extremely low output distortion even at non-linear loads • Highest levels of reliability and flexibility with Redundant Parallel Architecture (RPA) • Best in class for variable load applications • Various operation modes: double conversion; voltage and frequency stabilizer; frequency converter • Galvanic isolation which provides additional critical power protection • Backfeed protection standard included providing a safe work environment 88 89 Misc Application & Technical Notes IS Power Distribution System In electricity supply systems, an earthing system defines the electrical potential of the conductors relative to that of the Earth’s conductive surface. The choice of earthing system has implications for the safety and electromagnetic compatibility of the power supply. Note that regulations for earth (grounding) systems vary considerably between different countries. A protective earth (PE) connection ensures that all exposed conductive surfaces are at the same electrical potential as the surface of the Earth, to avoid the risk of electrical shock if a person touches a device in which an insulation fault has occurred. It also ensures that in the case of an insulation fault, a high fault current flows, which will trigger an over current protection device (fuse, MCB) that disconnects the power supply. International standards require that electrical installations implement two types of protection of person against the dangers of electrical currents. • Protection against direct contact with conductive parts that are intentionally live. This protection is provided by barriers or enclosures for which the design and type define the corresponding IP degree protection index. • Protection against indirect contact with conductive parts that are not normally live but which may become live accidentally. This protection is provided by disconnecting the supply of power when the potential difference of these parts becomes dangerous. International standard IEC 60364 distinguishes three families of earth arrangements using the two-letter codes TN, TT, and IT (three letter codes only for TN systems) International standard IEC 60364 distinguishes three families of earth arrangements using the two-letter codes TN, TT, and IT (three letter codes only for TN systems) FIRST LETTER SECOND LETTER THIRD LETTER (ONLY FOR TN SYSTEMS) Connection of the Neutral Earthing of the equipment Protection conductor T - Direct connecting to the earth of the power distribution T - Connected to a local earth independent from the power distribution earth N - Connected to the earth of the power distribution C - Neutral and protective conductor (PEN) are combined in a single conductor S - Neutral and protective conductor (PE) are distributed separately I - Isolated from the earth TT SYSTEM The power distribution system have one point directly earthed: - the neutral is connected directly to earth - the masses are earthed independently of power earthing PHOTOS L1 L2 L3 N TT PE IT SYSTEM The power distribution system is isolated from the earth, except that one point may be connected to earth through an impedance or a voltage limiter: - the neutral is isolated or connected to earth by an impedance - the masses are earthed independently of power earthing PHOTOS L1 L2 L3 N IT PE 90 TN-S The power distribution system is directly earthed: - the neutral is connected directly to earth - the masses are connected to the same earthing point of neutral TN-C Neutral and protective conductor (PEN) are combined in a single conductor. PHOTOS L1 L2 L3 N PE TN-S PHOTOS L1 L2 L3 PEN TN-C PE NOTE: The UPS is designed for TN System. The input neutral shall be grounded at source and shall never be disconnected. 91 Transformers Input Isolation Transformer Typically a UPS system is directly connected to the Input Mains. In some applications a galvanic separation between the UPS and the Input Mains or a dedicated grounding system for the UPS and its loads is required. In these cases an input isolation transformer on the UPS rectifier or bypass Input Mains shall be installed. Transformer Types Three different transformers types, characterized by wiring connections, can realize the UPS galvanic separation. The tables here below show the different characteristics of the type used and the relative applications: Transformers Typology MODALITY EQUIPMENT PRODUCT POWER BATTERY RUNTIME (FULL LOAD) Dyn11 30 electrical degrees phase shift between primary and secondary wiring neutral on secondary wiring L1 30° L1,L2,L3 l1,l2,l3 L1 l1 L2 l2 L3 l3 n 30° l1 l3 L3 l2 Dd0 L2 0 electrical degrees phase shift between primary and secondary wiring L1 0° L1,L2,L3 l1,l2,l3 L1 l1 L2 l2 L3 l3 l1 L3 l2 l3 Dzn0 L2 0 electrical degrees phase shift between primary and secondary wiring neutral on secondary wiring L1 0° L1,L2,L3 l1,l2,l3 L1 l1 L2 l2 L3 l3 l1 n L3 l3 l2 L2 92 Transformers Typology Applications TYPE BYPASS INPUT ISOLATION TRANSFORMER RECTIFIER INPUT ISOLATION TRANSFORMER Dyn11 X X Dd0 - X Dzn0 X X Input Rectifier Isolation Transformer SSM UPS RECTIFIER ISOLATION TRANSFORMER INPUT MAINS RECTIFIER INVERTER Lk L1/L2/L3 NEUTRAL NEUTRAL POWER DISTRIBUTION UNIT BATTERY Configuration The isolation transformer is installed upstream the UPS rectifier between the rectifier and the Input Mains; the transformer neutral shall be not ground (earth) connected. Applications For safety reason, to realize a galvanic separation between the Input Mains and the UPS rectifier. This configuration is typically used with PB battery (not VRLA) that require periodical check by service engineers that operate directly on the battery (e.g. filling in electrolyte in battery blocks or checking the electrolyte density). Efficiency Effect The total UPS efficiency is affected by the transformer of about 1-2% . INVERTER BRIDGE RECTIFIER BRIDGE INPUT MAINS TRANSFORMER INPUT MAINS INVERTER BRIDGE RECTIFIER BRIDGE INPUT MAINS TRANSFORMER INPUT ISOLATION TRANSFORMER INPUT MAINS BATTERY CURRENT FLOWING THROUGH HUMAN BODY GALVANIC SEPARTION BETWEEN INPUT MAINS AND UPS RECTIFIER BATTERY GALVANICALLY SEPARATED FROM INPUT MAINS 93 Input Bypass Isolation Transformer BYPASS ISOLATION TRANSFORMER UPS INPUT SSM +30° Dyn11 RECTIFIER MAINS INVERTER Lk L1/L2/L3 NEUTRAL NEUTRAL POWER PE (GROUND) DISTRIBUTION UNIT current flowing in normal mode operation BATTERY current flowing in bypass mode operation Configuration Configuration realized by a transformer installed on the UPS bypass input. Two different transformers can be used: • Dyn11 (30 el. degr. phase shift) for the applications where the transformer phase-shift has no influence on the UPS output. Standard configuration. • Dzn0 (0 el. degr. phase shift) where an UPS input/output electrical phase shift is not allowed. Solution more expensive than the previous one, due to the zig-zag transformer winding. This configuration is used when an external maintenance bypass is installed, to avoid phase shift with the UPS bypass. Applications • To realize a local grounding arrangement or to realize the neutral wiring for the UPS and its loads, different from the one available on the Input Mains. This is the case where the UPS Input Mains is distributed without neutral (3 wire + ground) or where the replacement of the existing neutral conductor with a larger one could be problematic or costly. • To avoid the propagation of the UPS loads current upstream the UPS on the Input Mains, even when the UPS is running in bypass mode. In fact with the UPS in normal mode, with the loads supplied by the UPS inverter, the current is limited to the inverter transformer without any propagation on the Input Mains distribution (refer also to the fig. 4-1). When the UPS is running in bypass mode the load current is spread on the UPS input electrical distribution; this can cause problems on other load there installed specially when the UPS supply non-linear loads with high harmonics contents or with high unbalanced loads (with high 3rd and multiple harmonic contents specially on the neutral conductor). Efficiency Effect The introduction of a transformer on the bypass line has no influence on the UPS efficiency because not part of the UPS normal mode power conversion operation. Input Bypass Transformer with External Maintenance Bypass EXTERNAL MAINTENANCE BYPASS BYPASS ISOLATION TRANSFORMER UPS INPUT SSM 0° Dzn0 RECTIFIER MAINS INVERTER Lk L1/L2/L3 NEUTRAL NEUTRAL POWER DISTRIBUTION PE (GROUND) BATTERY UNIT 94 In some UPS applications an external maintenance bypass for UPS and bypass transformer is required for maintenance reason or to allow the possibility to remove the UPS maintaining the loads active. With this configuration it must be taken into account to have no phase shift between the UPS and the external maintenance bypass circuits. If a bypass isolation transformer is required, it shall be realized by a Dzn0 (Delta zig-zag with 0 el. degr. phase shift). Careful attention shall be taken if a differential protection relay is installed upstream in the UPS. This can have a false trip if the grounding connection between the “Input Mains transformer” and the “Input isolation transformer” is not realized properly. Autotransformer Adding an autotransformer is possible to adapt the input and (or) the output UPS voltage. The use of this one at the ups input is allow only if the neutral is available. Contrarily a Dyn transformer is mandatory. An Autotransformer is an electrical transformer with only one winding, thus there will be no galvanic separation. Because it requires both fewer windings and a smaller core, an autotransformer for power applications is typically lighter and less costly than a two winding transformer. Bi-Mono Transformer By using a bi/mono transformer is possible to supply a mono-phase load. The size of UPS will be 1,78 times the load applied. In fact: VAload mono /0,97 (trasf.) /400V= Iphase-UPS Iphase-UPSx3x230V = Pmin-UPS Anyway bypass is always available and only two-phases will be loaded. L1 L2 L3 L N LOAD 95 Circuit Breakers & Selectivity SELECTIVITY COORDINATION Proper circuit selectivity has to guarantee MCCB’s working condition as the one described in the picture aside. In an electrical system, upstream MCCB (Main, in blue) has to withstand higher current for longer period compared to downstream connected MCCB. Therefore current ratings and time delays has to be made according to this criteria. 96 ELECTRICAL DISTRIBUTION EXAMPLE Utility Utility Mains Trafo Mains Trafo Mains MCCB Mains MCCB UPS MCCB Non-Critical Loads UPS UPS MCCB Non-Critical Loads Loads MCCB Critical Loads UPS Loads MCCB Critical Loads Steady state scenario Let’s consider a fault scenario UPS is installed between Low voltage Mains and Critical Loads. Upstream and downstream protection devices are needed to guarantee Selectivity criteria in case of any fault A short circuit occurred on one of the load branches supplied by the UPS. Protection devices selectivity has been properly sized: Due to trip of its upstream breaker, shorted load is disconnected without affecting other load branches, keeping rest of installation safe and active. Utility Mains Trafo Mains MCCB Same scenario: short circuit in one load branch UPS MCCB Non-Critical Loads UPS Loads MCCB Critical Loads Protection devices selectivity has been wrongly sized: Its upstream breaker doesn’t trip, UPS switches on bypass and short circuit current flows through making UPS MCCB trip. The whole downstream circuit is disconnected. This obviously means damage for customer. 97 Battery Technologies Battery Charging Characteristics To choose and properly size a battery capacity and a battery charger, some basic information are necessary. Capacity [Ah] First of all, to compare different battery brands, the main important thing is to compare the same Capacity [Ah] value; the Ah capacity is the current a battery can provide over a specified period, for example a 100Ah C10 end of discharge 1.75V/cell, can provide 10 A for 10 hours to an end discharge voltage of 1.75V per cell. Different battery manufacturers will use different CXX rates depending on the market or application at which their batteries are targeted. Typical rates used are C3, C5, C8, C10 and C20. In the following example both manufacturers can offer a 100Ah battery but, Manufacturer A can supply the 100Ah at C3 (and 135Ah at C10) and Manufacturer B can supply the 100Ah only at C10; in this case the Manufacturer A battery is better than the one offered by Manufacturer B. STANDBY TIME (HRS) Manufacturer ‘A’ Manufacturer ‘B’ Current 1 2 3 5 8 10 12 20 80.9 47.4 35.0 23.2 16.2 13.57 11.4 5.9 AH (Cxx rate) 80.9 94.8 105.0 116.0 129.6 135.7 136.8 138 Current 66.9 38.5 27.7 18.2 12.3 10.2 8.6 5.77 AH (Cxx rate) 66.9 77.0 83.1 91.0 98.4 102.0 103.2 115.4 Battery charging current For standard UPS standby applications the batteries are charged at floating voltage and the required charging time depends by the type of installation (number of charging/discharging phases, runtime, etc). Usually, VRLA batteries charging current is limited to 0.3 C10, and 0.1 C10 is the normal recommended charging current during normal UPS operation. Charging current value is strictly connected to the required recharging time, for example to charge a battery from up to 80% the following charging times are needed: • 4 hours with 0.2 C10 • 8 hours with 0.1 C10 • 16 hours with 0.05 C10 98 Average Battery Discharge Characteristics 99 GE Energy Connections GE Energy Connections designs and deploys industry-leading technologies that turn the world on. We transport, convert, automate and optimize energy to ensure we provide safe, efficient and reliable electrical power. Uniting all the resources and scale of the world’s first digital industrial company, we connect brilliant machines, grids, and systems to power utility, oil & gas, marine, mining and renewables customers, that keep our world running. Austria General Electric Austria GmbH Technologiestraße 10 Euro Plaza, Gebäude E, 5. Stock A-1120 Wien Tel. +43 (0) 1 260 16 251 Belgium GE Industrial Belgium Nieuwevaart 51 B-9000 Gent Tel. +32 (0)9 265 21 11 Finland GE Industrial Solutions Kuortaneenkatu 2 FI-00510 Helsinki Tel. +358 (0)10 394 3760 France GE Industrial Solutions Paris Nord 2 13, rue de la Perdrix F-95958 Roissy CDG Cédex Tel. +33 (0)800 912 816 Germany GE Consumer & Industrial GmbH Robert-Bosch Str. 3 D-50354 Hürth-Efferen Tel. +49 (0) 2233/ 9719-0 Poland GE Power Controls Ul. Odrowaza 15 PL-03-310 Warszawa Tel. +48 (0)22 519 76 00 GE IMV Deutschland GmbH Berliner Platz 2-6 D-24534 Neumünster Tel. +49 (0) 4321 – 201 700 Ul. Leszczyńska 6 PL-43-300 Bielsko-Biała Tel. +48 (0)33 828 62 33 Hungary GE Hungary Kft. Vaci ut 81-83. 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Calle Miño 122 Naves E-F Polígono Industrial Santa Margarita S-08223 Terrassa (Barcelona) Tel. +34 (0)900 993 625 Calle Gobelas 35-37 S-28023 Madrid Tel. +34 (0)91 7336000 English DEA-640/08 © 2017 General Electric Company and/or its affiliates. All rights reserved. Trademarks are the property of their respective owners. * Product features are subject to improvements and changes. To stay updated please visit our website at www.geindustrial.com. Switzerland GE Consumer & Industrial SA Via Cantonale 50 6595 Riazzino (Locarno) Switzerland Tel. +41 (0) 91 850 51 51 email: [email protected] www.gecriticalpower.com Ukraine GE Ukraine 42/44 Shovkovychna str. Horizon Tower, 8th Floor 01601, Kyiv Tel. +380 (0)44 490 69 84 E-mail: [email protected] United Arab Emirates GE Industrial Solutions Injaz Building, 3rd Floor Dubai Internet City PO Box 11549, Dubai Tel. +971 (0)4 4546912 United Kingdom GE Industrial Solutions 2 The Arena, Downshire Way Bracknell, Berkshire RG12 1PU Tel. +44 (0)800 587 1239 3 Oakland Road Leicester, LE2 6AN Tel. +44 (0) 116 274 6205 Fax +44 (0) 116 274 6201 E-mail: [email protected]
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