GE Industrial Solutions Power Equipment Solutions Leading the future of electrification About GE GE (NYSE: GE) works on things that matter. The best people and the best technologies taking on the toughest challenges. Finding solutions in energy, health and home, transportation and finance. Building, powering, moving and curing the world. Not just imagining. Doing. GE works. For more information, visit the company's website at www.ge.com. Industrial Solutions Industrial Solutions, a GE heritage business, is leading the future of electrification with advanced technologies that protect and control the distribution of electricity throughout a facility's infrastructure. We provide customers, across various industries, with end-to-end product and service solutions that ensure the reliability and protection of the electrical infrastructure; from the substation, to a facility's critical equipment, and all the power technologies in between. Find more information on www.geindustrial.com Honour 2013 2010 World's Most Innovative Companies 2013 World’s Most Admired Companies 2012 World’s Most Respected Companies 2012 Best Global Brand 2010 World’s Most Respected Companies GE is comprised of the best people and the best technologies, working on things that matter. A GE heritage business, Industrial Solutions' story starts 130 years ago with GE's founder, Thomas Edison. Today, Industrial Solutions' engineers and employees embody his entrepreneurial spirit to create innovative, end-to-end product and service solutions. We enable customers in more than 60 countries, across various industries, to overcome their electrical distribution and power challenges. GE's Industrial Solutions business delivers advanced technologies that touch all parts of the power infrastructure – from the substation, to a facility's critical equipment, and all the power technologies in between. Our engagement with customers starts at the design stage, advances through product installation, and continues with ongoing service offerings designed to optimize the lifecycle of their equipment. Our customizable approach to providing a reliable electrical infrastructure creates opportunities for customers to maximize their system's reliability and efficiency, and create a safer working environment for employees. From remote mines and oilfields to mission critical datacenters, banks and hospitals – Industrial Solutions' advanced electrical distribution technologies and services have yielded significant financial savings for customers in the form of prevented unplanned downtime, improved productivity and reduced energy consumption and operating costs. Oil & Gas GE's Industrial Solutions business provides its customers in the oil and gas industry with electrical distribution systems that are critical to operational reliability and reducing the costs associated with unplanned system downtime. Growing awareness of the threat that arc flashes pose to oil and gas operations helped prompt new safety efforts focused on electrical safety in the oil and gas industry. Mining Our mining customers work in some of the most extreme environments in the world – from the vast Chilean desert to the frozen tundra of Northern Canada– counting on Industrial Solutions' rugged, reliable systems to deliver electricity throughout a mine site. Together, we're finding better ways to increase output and uphold the highest safety standards while decreasing costs. Data Centres Backed by local field experts worldwide, our energy- and space-efficient power equipment and components, as well as retrofits to existing technology, enable data center operators to reduce energy consumption and operating costs — without sacrificing reliability. Commercial Construction GE's Industrial Solutions business offers product and service solutions to support a wide range of commercial facilities and construction projects including hotels, office buildings, sports venues and retailers of all sizes. We help customers strategically implement productivity and electrical design plans along with efficient power solutions to achieve optimal utilization of commercial space. Content Air Insulated Medium-Voltage SecoGear 3.3kV-27kV Switchgear………………………………………………………A2 SecoGear 40.5kV Switchgear………………………………………………………………A9 SecoVac 3.3kV-27kV Vacuum Circuit Breaker…………………………………A12 Gas Insulated Medium-Voltage SecoRMU 12-24kV Compact Gas Insulated Ring Main Unit……………B2 SecoRMU 36kV Gas Insulated Ring Main Unit…………………………………··B7 Transformers Wave Cast Coil Transformer…………………………………………………………………C2 Busway Wavepro–F Low-Voltage Fire Rated Busway……………………………………D2 Spectra Series Low-Voltage Busway……………………………………………………D6 Wavepro LT Low-Voltage Busway…………………………………………………………D10 Low-Voltage Motor Control Centre SEN Plus Motor Control and Power Distribution Board……………………E2 Low-Voltage Distribution Board Systems SE System………………………………………………………………………………………………F2 Quixtra 630 Distribution Board……………………………………………………………F3 Quixtra 4000 Distribution Board…………………………………………………………F7 Low-Voltage DC Switchgear SE Rapid………………………………………………………………………………………………… G2 General Purpose Enclosures APO Modular Polyester Enclosures………………………………………………………H2 ARIA Polyester Cabinets…………………………………………………………………………H3 POLYSAFE Multipurpose Polyester Cabinets………………………………………H4 Protection and Control Multilin 8 Series Relays…………………………………………………………………………I2 Multilin A60 Arc Flash Relay…………………………………………………………………I4 Multilin SR Relays……………………………………………………………………………………I4 Multilin 3 Series Relays…………………………………………………………………………I5 Multilin MM300 & MM200 Motor Protection Relays………………………… I6 Multilin EPM/PQM Meters……………………………………………………………………I8 After Sales Service A 3.3kV-27kV Air Insulated Switchgear SecoVac 3.3-27kV Embedded Pole Vacuum Circuit Breaker SecoVac 3.3-27kV Vacuum contactors Power Equipment Solutions 1 3.3kV-27kV Air Insulated Switchgear Innovative in its design, GE's SecoGear is compact Air insulated switchgear and leads the industry in safety, reliability, performance and sustainability. Fully IEC certified at the KEMA and IPH test labs to IEC 62271-100 and IEC 62271-200, meeting the requirements of LSC2B. SecoGear Switchgear is suited to provide control and protection for cables, transformers, capacitors and motors used across many industries. SecoGear excels anywhere that medium-voltage power has to be switched, controlled and protected. SecoGear Series Up to 27kV Switchgear ● Indoor metal-enclosed (According to IEC 62271-200, loss of service continuity category (LSC) 2B and partition class is PM ● Cable compartments with ample space for ease of power cable connection -metallic partition) switchgear designed for the MV section of ● Fully arc-proof unit up to 50kA for 1 second AFLR HV/MV and MV/MV substation ● Tested in accordance with IEC international standards ● Air insulated switchgear with a compact design ● Seismic intensity: 9 degrees (IBC higher level) ● Safe and reliable switchgear for universal indoor applications ● Front panel features easy operation and low maintenance ● Designed with full metallic segregation of its internal ● Complete interlocking system prevents incorrect operation compartments and improves safety ● Equipped with the latest design embedded pole SecoVac vacuum circuit breaker 1 Operating Conditions 1.1 Normal operating conditions SecoGear switchgear is designed for normal service conditions ● Humidity of indoor switchgear to IEC Publication 62271-1. The following - Highest average value measured over 24 hours limit values, among others, apply. - Relative humidity 95% ● Ambient temperature - Highest average value measured over 1 month - Maximum +40°C - Relative humidity 90% - 24h-Medium +35°C ● Maximum site altitude should not exceed 1000m above sea level - Minimum -15°C ● Seismic rating up to Uniform Building Code (UBC) 1997 Zone 4 ● Seismic rating up to IBC 2012 for 27kV SecoGear A-2 SecoGear 3.3kV-27kV Air Insulated Switchgear 1.2 Special operating conditions 1.3 Special climatic operating conditions SecoGear is suitable for indoor type installations according to When the switchgear is operated in areas with high humidity IEC standards. Special operating conditions must be discussed and/or major rapid temperature fluctuations, there is a risk of with GE in advance. condensation. Preventative action (e.g. fitting an electric heater) For example: At site altitudes above 1000 m, the effects of the must be taken in consultation with the manufacturer to avoid reduction in density of the air on the dielectric properties must condensation and any resulting corrosion or other adverse be taken into account. effects. Increased ambient temperatures must be compensated for in the design of the busbar and the branch conductors as well as the withdrawable parts; otherwise the current carrying capacity will be reduced. Fitting additional ventilation facilities can assist heat dissipation in the switchgear panel. 2 Standards Fully type tested to latest IEC standards SecoGear switchgear is type tested to the latest IEC 62271-200 standards, and has third party certification to prove internal arc containment classification of AFLR from 31.5kA for 1 second and up to 50kA for 1 second. This means protection against harm to personnel in the unlikely event of an internal arc in the cable compartment, vacuum circuit breaker compartment and the bus bar compartment in any direction: front, rear and sides of the switchgear. 3 Application 3.1 Utilities and power plants 3.4 Industry ● Power generation stations ● Main and auxiliary switchgear ● Oil and Gas ● Chemicals ● Mining ● Automotive ● Marine ● Petrochemical ● Pulp and Paper ● Data Center ● Metallurgy ● Transformer stations ● E-House ● Switching stations 3.2 Transport 3.3 Services ● Cement ● Airports ● Supermarkets ● Textiles ● Ports ● Shopping malls ● Railways ● Hospitals ● Underground transport ● Large infrastructure and civil works A-3 Power Equipment Solutions 4 Product Features Internal Arc Containment When developing modern medium-voltage switchgear, D personnel safety must take priority. This is why SecoGear B switchgear has been designed and tested to withstand an internal arc due to a short-circuit current of the same current level as the maximum shorttime withstand level. The tests show that the metal housing of SecoGear switchgear A provides an enhanced degree of protection for personnel near the switchgear in the case of an internal arc fault. SecoGear up to 17.5kV passes the 50kA/1s IAC test. SecoGear up to 27kV passes the 31.5kA/1s. ● All high-voltage primary compartments are provided with C pressure relief flaps located on the topside of the switchgear ● Any overpressure inside the compartment caused by internal arcing will be released through the pressure relief flaps Unit compartment A Circuit breaker compartment B Busbar compartment C Cable compartment D Low-voltage compartment P13 4.1 IP degree The IP protection degree is the resistance offered by SecoGear against penetration of solid objects and liquids. This degree of resistance is indicated by the prefix IP followed by two characters IP 4X is for the enclosure and IP 2X for the partitions. The first number identifies the degree of protection against the entrance of solid objects, the second one is related to liquids. IP41, IP42 and IP43 are available by customer request. SCALE 1,000 Arc release channel A-4 SecoGear 3.3kV-27kV Air Insulated Switchgear Arc Release System Interlock The arc release system is the perfect solution for e-houses, GE safety interlock systems guarantee the highest level of off-shore and marine use as well as other applications with personnel safety preventing operator errors from occurring. restricted space where hot particles and gases cannot be SecoGear is designed with a number of interlocking systems to vented within the switchroom. This system enhances safety. prevent mis-operation: The top of each panel is fitted with two metal mesh panels. The ● The circuit breaker can only be moved from test to connect pressure generated by arc fault causes these panels to open, allowing gas and particles into the arc tunnel and are then evacuated to the outside of the room. Switchgear with the standard arc release system can be used where the room height is greater than 3000mm. Personnel access to the location where the exhaust exits the switchroom should be restricted. For SecoGear front access (FA) 17.5kV, a reduced arc release system height is available with the tunnel having a height of 400mm, the ceiling height being a minimum of 2700mm. Optional Arc Skirt SecoGear switchgear units have been tested according to IEC position and vice versa when circuit breaker is opened ● The earthing switch cannot be closed when the circuit breaker is in the connect position and in the traveling position between test and connect ● The cable compartment door can be opened only when the earthing switch is closed ● The earthing switch can be opened only when the cable compartment door is closed ● The secondary plug can be inserted or removed only when the circuit breaker is in the test position ● The circuit breaker can only be closed when the circuit breaker is positively located in the test or connect position ● When the circuit breaker is removed from connect position, 62271-200:2003 for the Internal Arc Classification. SecoGear the metal shutters will close automatically preventing access has passed type test IAC AFLR 50kA/1s for 17.5kV and 27kV to live connections 31.5kA/1s with skirt. 5 Solutions 5.1 SecoGear FA – Full Front Access 5.2 Fused Contactor Option Vacuum contactors are designed and manufactured for SecoGear FA 17.5kV provides state-of-the-art design allows for complete installation and operation from the front of the swicthgear. It allows for back to wall installation thus optimising space within the switchroom. An optional base frame solution is available for up to 5 panels reducing installation work and commissioning time. SecoGear FA 17.5kV is 100% compatible with standard SecoGear 17.5kV panels. frequent switching, especially taking into account safety and quality assurance. They are suitable for switching and controlling squirrel cage and wound rotor motors, medium-voltage resistive loads, capacitors and transformers. The fuse provides protection against shortcircuit currents. SecoVac fused contactor rated current is 400A. HV fuse ratings are 160A for 12kV, 315A for 7.2kV rated voltage. 5.3 Rack in/out draw out mechanism SecoGear has a draw out mechanism that is designed to avoid misalignment during racking, therefore overheating of the primary disconnect is totally prevented. The draw out mechanism is bolted to the enclosure frame with a double folded support. A-5 Power Equipment Solutions ● Flexible and adaptable solutions 5.7 GE's Multilin protection, monitoring and control relays ● The experience of GE, a global electrical manufacturer ● SecoGear provides the most efficient means to control and 5.4 SecoGear offers you: ● Dedicated engineering team to support specific applications protect a wide range of applications ● With the use of GE Multilin devices, SecoGear can be easily 5.5 Smart power distribution integrated into a monitoring and control system Intuitive industrial and utility protective relays for feeders, motors and transformers. 5.6 Remote control solution ● By special order request ● For remote control from a central control room for intelligent switchgear systems ● The following functions of SecoGear are provided: - for SecoGear 17.5kV motorized draw out mechanism for remote connect and test position - Remote opening and closing of the switchgear device - For SecoGear 17.5kV motorized line side earth switch 5.8 Key benefits of Multilin rotection relays ● Easy to use and cost effective ● Effortless draw-out construction ● Environmental monitoring system to alarm on destructive operating conditions ● Easy to use interface and set up in one step ● Accelerated Life Cycle tested to ensure reliability under abnormal conditions ● Advanced diagnostics to increase reliability ● Flexible communications with multiple ports & protocols to allow seamless integration ● Easy access to information via multiple communication network options ● Powerful security audit trail 6 Technical Characteristics Rated voltage Rated power frequency (1min) Rated lightning impulse (1.2/50μs) Rated frequency Rated current Rated short time withstand Rated peak value withstand current IP level for weather protection * Forced cooling ** Only for contactor A-6 kV kVp kV Hz A kA kAp Enclosure For VCB up to 17.5 24~27 38 50 65 95 125 125 50/60 50/60 630/1250/1600/2000/2500/3150/4000* 630/1250/1600/2000/2500 25/31.5/40/50 31.5 65/82/104/130 82 IP4X/41/42/43 For FC up to 12 20 28 60 75 56/60 400** 4** 10/4 SecoGear 3.3kV-27kV Air Insulated Switchgear 7 Control and Operation 1 Low-voltage control and protection compartment Panel with all controls and indicators clearly visible and easy to operate 3 Protection relay GE has a range of Multilin relay options that can be fitted as standard. However, customer specific protection relays from any manufacturer can be fitted to the compartment door 1 3 Mimic diagram Easy to understand mimic diagram of each circuit 6 4 Circuit breaker position indicator Breaker position indication shows the breaker in the connected/service or disconnected/test position 2 5 6 7 2 4 7 Electrical operation with circuit breaker status indicator Breaker open/closed status indicator. Breaker open/closed command switch. Optional LED indication of spring charge mechanism “charged” status 8 Voltage detection system Each circuit breaker panel can be equipped with an optional three phase voltage detection system for voltage detection to IEC 61243-5 Viewing windows The circuit breaker compartment door viewing window provides visual indication of the position of the circuit breaker indicating: - The breaker - The status of the spring charged mechanism 8 Circuit breaker racking operate hole Circuit breaker racking in/out operate hole Electrical operation for racking in/out available 9 Earthing switch operate hole Earthing switch open/close Electrical operation for Earthing switch available 5 9 10 10 Viewing windows and IR glass Optional viewing windows on the cable compartment door. Optional IR glass for cable compartment A-7 Power Equipment Solutions 8 Marine and Seismic Certification Marine Application SecoGear has been tested for Marine applications according to IEC 60068-2-6 and IEC 60092-504. Inclination Test – Determines that SecoGear can Vibration Sweep Test: continue operating as intended, even when inclined at an ● From 2 to 13.2 Hz displacement 1.0 (peak value) angle up to 25 degrees on all four sides. ● From 13.2 to 100 Hz acceleration amplitude of 0.7 g ● Vibration Endurance Test - 90 minutes Vibration Test - The operating conditions on marine platforms and shipping installations require the capability The exposure to these severe service conditions confirms the to work in environments affected by vibrations. SecoGear suitability of SecoGear to unstable marine conditions. The was exposed to a resonance search and endurance SecoGear Marine version includes a handrail in the breaker random, which consists of a random vibration test compartment door as well as doorstoppers. according to IACS E10. A-8 40.5kV Vacuum Circuit Breaker & Medium-Voltage Metal-Clad Switchgear 2 40.5kV Vacuum Circuit Breaker & Medium-Voltage Metal-Clad Switchgear Vacuum interrupting technology is the dominant switching principle in mediumvoltage. Innovative developments are leading to a continuously increasing market growth, based on fundamental advantages such as reliability, availability, compactness and, the environmental responsibility of the vacuum as a switching medium. 1 Panel Features 1.1 LV compartment 1.2 Cable compartment The LV compartment is equipped with component installation Located at the lower rear part of the cabinet, the cable lattice inside to facilitate the installation of the relays. Wiring compartment has a separate pressure-relief passage. At the terminals and small busbar terminals can be installed at the bottom of the compartment, there are clips and covers for bottom of the compartment. On the right and left side plate, passing and fixing the primary cables. The cable connection there are holes at the place corresponding to the terminals for terminal can be up to 680mm from the ground. The rubber the coupling of small busbars between the cabinets. On the cable bushing at the bottom of the compartment can be door of the compartment, there are electronic analog indicators bored according to the diameter of the actually passed cables for the breaker, truck and earthing switches. Comprehensive to ensure the partition of the campartment from the cable protections and other controls and operating devices can also chutes. Normally, 180mm2 single core cross-linked cables can be installed on the door to perform functions such as remote be installed. Four pieces for each phase and 12 pieces in total control. remote monitor and remote communication and local as well as 400mm2 single core cross-linked cables , 2 pieces for monitoring. each phase and 6 pieces in total. Based on the requirement, earthing switches and zinc oxide arresters can be installed in the compartment with reliable mechanical interlock between the earthing switches and the rear cover plate. A-9 Power Equipment Solutions 1.3 Circuit breaker compartment 1.5 Reliable interlock system Located in the front of the cabinet, the circuit breaker For personnel safety, SecoGear is designed with a number of compartment is equipped with pressure relief vent on the top, six comprehensive electrical and mechanical interlocks, which are transformer-contact box module apparatus on the back. Inside declared as, but not limited to, the following: the compartment, there is a metal foldable protection movable a) When the earthing switch is in the closed position, the truck is door that opens or closes by driving the chain wheel working unable to move from the off/test position toward the working position. The movement of the truck can be observed from the position. glass window on the front door. The position of the truck is to be indicated on the position switch. On the right upper part, there is an auxiliary socket with 64 cores, which is connected with the b) Only when the truck is at the off/test or test/disconnect position, can the earthing switch be closed. c) Only when the breaker is in the open position, can the truck be secondary plug of the breaker and controlled by mechanical moved in and out; when the truck is at the transition between interlock. When the breaker is at the glass window on the front the test and working positions inside the cabinet, the breaker door, the position of the truck is to be indicated on the position is unable to be closed. switch. On the right upper part, there is an auxiliary socket d) When the truck is at any position between the working with 64 cores, which is connected with the secondary plug of position and the test position, the auxiliary circuit plug is the breaker and controlled by mechanical interlock. When the unable to be pulled out. When the earthing switch is under breaker is at the working position, the secondary plug cannot be opening condition, the cover plate on the back of the cabinet pulled out. On both sides of the instrument compartment, there cannot be opened. If the cover plate is not completely in place, are openings on the door to facilitate closing. the earthing switch cannot be opened. When the cabinet door is closed, the truck can be moved in and out manually and the breaker and the earthing switch can be opened and closed. 1.4 Busbar compartment Located at the upper rear part of the cabinet, busbar compartment is equipped with a pressure-relief window on the top. Between the adjacent cabinets, there are metal diaphragms GE offers L-Frame option for VCB application. L-Frame panel kits as well as epoxy wall penetration bushings and rubber gaskets are manufactured to meet current-medium-voltage industry for passing the main busbar through. standards. Tube type busbar is used in SecoGear switchgear since the The designs are certified, providing a modular building block main busbar current capacity is more than that of traditional approach for installation into new and existing switchgear rectangular busbar. Thanks to this unique design, the skin effect configurations. For special applications, please contact GE for is weaker thus avoiding more power loss during operation. The further information. tube type busbar also helps SecoGear realize larger creepage distance than IEC requires, which improves safety and reliability. A-10 1.6 L-Frame 40.5kV Vacuum Circuit Breaker & Medium-Voltage Metal-Clad Switchgear 2 Technical Characteristics 2.1 Technical characteristics Description Unit Data Rated voltage kV 33/36/38/40.5 Rated current A 1250/1600/2000/2500 Rated frequency Hz 50/60 Rated power frequency withstand voltage (1min) kV 95 Rated lighting impulse withstand voltage (peak value) kV 185 Rated short circuit breaking current kA 25/31.5 Rated short time withstand current (3S) kA 25/31.5 Rated peak withstand current kA 63/80 Rated peak making current kA 63/80 Electrical endurance No. of times Mechanical endurance No. of times Operating sequence - Rated auxiliary control voltage* V E2 IEC 62271-100:2006 M1 O-0.3s-CO-180s-CO O-180s-CO-180s-CO AC 110/220; DC110/220 Opening time ms < 40 Closing time ms < 40 *Other voltages are available on request. 2.2 Technical data of SecoGear Description Rated voltage Rated frequency Rated insulation voltage Unit Data kV 33/36/38/40.5 Hz 50/60 Rated power frequency with stand voltage/1 minute kV 95 Lightning impulse withstand voltage (peak value) kV 185 Rated current of busbar A 1250/1600/2000/2500 Rated current of T-off busbar A 1250/1600/2000/2500 Rated short time withstand current (3s) kA 25/31.5 Rated peak withstand current (peak value) kA 63/80 - Panel IP4X, Compartment IP2X Ingress protection A-11 Power Equipment Solutions 3 3.3-27kV Embedded Pole Vacuum Circuit Breaker SecoVac series 3.3kV-27kV vacuum circuit breaker, designed by GE is a threephase AC indoor breaker which can be applied in controlling and protecting electrical equipment in industrial and commercial enterprises, power plants and substations. The product conforms to IEC62271-100 standards. It is especially suitable for conditions which require frequent operation. The breaker can be installed in the switchgear both in fixed type and withdrawable type. It is the optimum choice for the control and protection of MV power distribution systems. 1 Operating Conditions 1.1 High performance 1.2 Special operating conditions ● The ambient air temperature should not exceed 40° C and its If the actual application conditions differ from the normal average value, measured over a period of 24 hours, should application conditions, circuit breaker and associated devices not exceed 35° C. The minimum ambient air temperature is and auxiliary equipment shall be designed and manufactured –15° C (storage and transportation is allowed at -30° C) to comply with any special application conditions. For special ● For installations above 1000m above sea level, please refer to chapter 4.2.2 of IEC 60071-2 ● The conditions of humidity are as follows: - The average value of the relative humidity, measured over a period of 24 hours, should not exceed 95% - The average value of water vapor pressure, measured over a period of 24 hours, should not exceed 2.2kPa - The average value of the relative humidity, measured over a period of one month, should not exceed 90% - The average value of water vapor pressure, measured over a period of one month, should not exceed 1.8kPa ● Seismic intensity to UBC zone 4 or GB intensity 9 ● Avoid operating in adverse environments such as dust, humidity, vermin, polluted ambient and at altitudes greater than recommended A-12 application conditions please consult with GE in advance, normally the following special service conditions maybe encountered: ● The installation location is more than 1,000m above sea level ● The ambient temperature is between -15° C and 40°C, for other conditions please contact GE sales for further detail ● The circuit breaker current and dielectric ratings must be lowered for high altitude and elevated temperature applications SecoVac 3.3-27kV Embedded Pole Vacuum Circuit Breaker 2 Standards Built to highest quality standards SecoVac circuit breakers are third-party KEMA type tested to the latest IEC 62271-100 and IEC 62271-1 standards. All SecoVac circuit breakers meet or exceed the electrical and mechanical endurance requirements of E2 and M2 in accordance with IEC 62271- 100. 3 Application 3.1 Utilities and power plants 3.3 Transport ● Power generation stations ● Airports ● Transformer stations ● Ports ● Switching stations ● Railways ● Main and auxiliary switchgear ● Underground transport 3.2 Industry 3.4 Services ● Oil and Gas ● Chemicals ● Supermarkets ● Mining ● Automotive ● Shopping malls ● Marine ● Petrochemical ● Hospitals ● Pulp and Paper ● Data centres ● Large infrastructures and civil works ● Cement ● Metallurgy ● Textiles 4 Product features 4.1 Typical layout for vacuum circuit breaker 1 Tripping button 3 2 Status indicator for charging 4 3 Closing button 5 4 Counter 6 5 Indicator for open or close 6 Charging handle 1 2 Figure 1. Front of the circuit breaker A-13 Power Equipment Solutions Maintenance free 1 GE vacuum interrupters are hermetically sealed and offer 2 extensive vacuum integrity. Dedicated to proven reliability, 3 safety and performance, GE vacuum interrupting technology offers highest quality products which are sealed for life. 4 Structural durability SecoVac circuit breaker is an embedded pole type, which is Figure 2. Primary circuit extremely durable. It can protect the vacuum interrupter from mechanical and climatic influence such as humidity, moisture 1 Upper contact arm 2 Embedded poles 3 Lower contact arm 4 Tulip cluster and dust. The interrupter is immune to shock and vibration. High performance SecoVac circuit breakers provide you with: ● High dielectric strength ● High creepage distance 4.2 Vacuum Interrupter (VI) ● High mechanical strength ● Low moisture absorption ● Optimum thermal conductivity Compact size Combined with GE's embedded pole technology, SecoVac circuit breaker has a compact design. It offers high current and interrupting ratings in a small, cost effective package. At the heart of the 3.3kV-27kV IEC circuit breaker portfolio is GE's proven vacuum interruption technology and ninety years of expertise in this field. The vacuum interrupter is where current making and breaking occurs. Copper chromium contacts provide superior performance characteristics. The vacuum in the arc chamber protects the copper chromium contacts from adverse effects such as contamination and corrosion. A-14 SecoVac 3.3-27kV Embedded Pole Vacuum Circuit Breaker 5 Technical Characteristics 5.1 Circuit breaker characteristics Rated Voltage kV 3.3 7.2 12 15 17.5 24 27 Rated power frequency withstand (1min) kV 10 20 28 36 38 50 65 Rated lightning frequency impulse withstand voltage (1.2/50μs) kVp 20 60 75 95 95 125 125 Rated Frequency Hz 50/60 50/60 Rated Current A 630/1250/1600/2000/2500/3150/4000* 630/1250/1600/2000/2500 Rated short-circuit breaking current kA 25/31.5/40 25/31.5 Percentage of DC component Up to 50% 52% Rated short-circuit closing current kAp 65/82/104 82 Rated short time withstand current kA 25/31.5/40 31.5 Rated peak value withstand current kAp 65/82/104 82 Rated duration time for short-circuit s 3 3 Opening Time ms 20~50 20~50 Closing Time ms 30~70 30~70 Rated auxiliary control voltage** V Operation sequence 24/30/36/48/60-72/110-130/220-240V DC 110-130/220-240V AC O-0.3s-CO-180s-CO/ O-0.3s-CO-15s-CO O-0.3s-CO-15s-CO Mechanical life operations Quantity 10,000 (M 2) 10,000 (M 2) Electrical Endurance class E2 E2 (list 1) Single capacitor bank Switching current A 400 400 40kA 1s 31.5kA 1s Rating for Earthing Switch short time withstand current * Force cooling **Please consult with GE for further information 5.2 Main circuit resistance of SecoVac Item Unit Rated Current A 1250~1600 Value 2000~4000 Resistance μΩ ≤ 45 ≤ 25 5.3 Coil characteristics Type Name (GE) Rated Voltage (DC.V) Resistance Value (Ω) Rated Current (A) Inrush Current (A) Maximum Power (W) P-C1X P-C2X P-C3X P-C3L P-C4X P-C5X P-C6X P-C7X P-C8X P-C9X 110 220 24 24 30 36 48 60 125 230-240 (DC/AC) 51 198 1.8 1.3 1.6 3.12 3.1 10.78 45 320 2.16 1.11 13.33 18.46 18.75 11.54 15.48 5.57 2.78 0.72-0.75 12.94 6.67 80 110.77 112.5 69.23 92.9 33.4 16.67 4.32-4.5 237.25 244.44 320 443.08 562.5 415.38 743.23 333.95 347.22 165.89-180 5.4 UVR characteristics Type Rated Voltage (DC) Rated Voltage (AC) minimum (V) maximun (V) minimum (V) maximun (V) UVR 24VDC 24 24 - - UVR 48VDC/AC 48 48 48 48 UVR 60-72VDC/AC 60 72 - - UVR 110-130VDC/AC 110 130 110 130 UVR 220-240VDC/AC 220 240 220 240 UVR 30VDC 30 30 - - Normal operation voltage range Starting Power VA 85%-110% 350 Maintain Power Operating stroke VA mm 40 8.5±0.5 Output Force N >26 A-15 B SE Rapid 12-24kV New Compact Gas 36kV Gas Insulated Ring Insulated Ring Main Unit Main Unit B-1 Power Equipment Solutions 1 12-24kV New Compact Gas Insulated Ring Main Unit The power industry realises the need for a modular Ring Main Unit (RMU) in the evergrowing secondary distribution sector, primarily driven by the saving and incentive offered to the HV energy consumer market by energy retailers. SecoRMU is medium-voltage switchgear used in ring power supply networks. With the features of completely sealed, modular design with flexible combination and extension, SecoRMU provides integrated solutions for most switching applications in urban-rural power cable, power distribution networks, wind farms, industries, O&G, underground installations, as well as municipal construction, commercial buildings, residential and other construction fields. 1 Operating conditions 1.1 Normal operating conditions 1.2 Special operating conditions GE SecoRMU is designed for normal service conditions of indoor In accordance with IEC 62271-1, the manufacturer and end-user switchgear to IEC 62271-1. must agree on special operating conditions which deviate from ● ● Ambient temperature operation under stated normal conditions. The manufacturer/ - Maximum: + 40° C supplier must be consulted in advance if special or severe - Minimum: -25° C operating conditions are involved. Humidity - Max daily average relative humidity: 95% - Max monthly average relative humidity: 90% B-2 ● The maximum site altitude is 1000m above sea level ● Seismic intensity: 9 degrees (IBC higher level) SecoRMU 12-24kV New Compact Gas Insulated Ring Main Unit 2 Standards SecoRMU is manufactured and tested in accordance with the latest version of: IEC62271-200 High-voltage switchgear and controlgear – Part 200: AC metal-enclosed switchgear and controlgear for rated voltages above 1kV and up to and including 52 kV IEC60265-1 High-voltage switches – Part1: Switches for rated voltages above 1 kV and less than 52 kV IEC62271-100 High-voltage switchgear and controlgear – Part 100: High-voltage alternating current circuit-breakers IEC62271-105 High-voltage switchgear and controlgear – Part 105: Alternating current switch-fuse combinations IEC60282-1 High-voltage Fuses –Part 1 Current limiting fuses IEC62271-102 High-voltage switchgear and controlgear – Part 102: Alternating current disconnectors and earthing switches IEC62271-1 The common specifications for high-voltage switchgear and controlgear standards IEC62271-303 Specification and acceptance of new Sulfur Hexafluoride IEC 60529 Degrees of protection provided by enclosures (IP code) IBC-2012 International Building Code 3 Product features SecoRMU is a new compact modular switchgear, with a high-quality stainless steel gas tank containing all live parts and switching functions. Pressure Gauge Metering Compartment Gas Tank Busbar Extension The gas tank is manufactured through a laser cutting and laser welding process. The entire series includes individual-gas tank solution and common- Fuse Compartment gas tank solution. Each unit is extendable and uses a busbar connector for switchgear extension. Operating Mechanism Enclosure Pressure Relief Device Cable Bushing B-3 Power Equipment Solutions 3.1 Modular, Compact, High performance 3.6 Low Maintenance SecoRMU gas insulated ring main unit is a compact, modularized, SecoRMU is environment independent because its primary extendable or fixed gas insulated ring main unit with the primary conductive system is fully sealed in the SF6 gas tank and will not conductive system sealed in a stainless SF6 gas tank, providing be influenced by the outside world. Its sealing is systematically customers a safe, reliable, high-performance and maintenance- checked by automatic helium leakage detection process at the free product. factory, ensuring less than 0.1% annual leakage rate. The gas tank passed water immersed testing, reaching IP67 protection 3.2 Small and Compact level. SecoRMU uses a vacuum circuit breaker and employs SF6 gas as extension, independent of the impact of dew, dust, salt fog, small the insulating medium in the gas tank. SF6 has excellent dielectric animals, chemical substances. SecoRMU is free of maintenance insulating performance with strength approximately 2-3 times and can be used under severe operating environments. SecoRMU realizes no clearance splicing for installing an the strenght of air in an uniform electric field. performance of SF6 gas means SecoRMU is maintenance free and hepls to realize its small size. 3.3 Extendable Modular Design 3.7 GE's Multilin protection, monitoring and control relays The basic functional module units K, T, V, C have uniform Enhancing RMUs (Ring Main Units) and pad mounted switchgear dimensions: 350×800×1380mm (width×depth×height). with detection functionality has its own challenges regarding the Convenient for system design, flexible replacement and mounting of conventional MV transformers. The Multilin DGCM upgrading. enables the utility to overcome these challenges by offering Each unit can extend to the left or right freely. Specially designed Rogowski coil and Low Energy Analog (LEA) compatibility for busbar connectors make the combination and extension of current and voltage inputs. These features enable utilities in SecoRMU switchgear simple, safe and reliable. reducing their overall cost of installation and outage time. The spacious cable compartment also ensures a convenient cable installation and connection. 3.4 Safe and Reliable Both the gas tank and the cable compartment are internal arc classified (20kA/1s), in order to ensure maximum personnel 3.8 Key benefits of Multilin Protection Relays ● Real-time load monitoring and profiling of up to 6 feeders (18 individual phases) safety. Three position switch for interlocking. ● 3.5 Advanced and Integrated Solutions ● Adopting international advanced design, manufacturing and ● Overcurrent detection per phase (50, 51) for each feeder to identify faulted circuits and loads approaching overload levels switching of main incomers or outgoing switches testing process, SecoRMU series ring main units have simple structures, flexible operations and reliable interlocks. solutions to meet different user requirements.. B-4 Support of multiple voltage sensors, such as LEA sensors and PT's, for cost-effective power quality monitoring ● With the advanced sensor technology and up-to-date microcomputer protection relay, SecoRMU provides integrated Expandable digital inputs and outputs enable remote Advanced FlexLogicTM engine to enable automated switching schemes ● Supports traditional CT's and Rogowski coils for quick retrofit solutions SecoRMU 12-24kV New Compact Gas Insulated Ring Main Unit 4 Technical Characteristics 12/17.5/24kV SecoRMU Rating and Electrical Performance Item Rated voltage Unit Load Break Switch Unit Switch-fuse Unit Vacuum Circuit-breaker Unit kV 12/17.5/24 12/17.5/24 12/17.5/24 Rated current A 630 (1)* 630 Rated frequency Hz 50 /60 50/60 50/60 Rated power frequency withstand voltage (1 min) kV 28/50/50 28/50/50 28/50/50 Rated lightening impulse withstand voltage (peak) kV 75/125/125 75/125/125 75/125/125 kA (peak) 52 82 52 - 20kA-3s 25kA-1s - 20kA-3s 25kA-1s kA - 31.5 20 kA (peak) 52 65 - 52 65 Operating sequence - - - O-0.3s-CO-180s-CO O-0.3s-CO-15s-CO Electrical endurance capability class - E2 for load switch E2 for load switch E2 for breaker Transfer current A - 1400 - Rated mainly active load-breaking current A 630 (1)* - Rated closed-loop breaking current A 630 - - Rated cable-charging breaking current A 16 - 31.5 Rated earth fault breaking current A 10 - - Rated cable- and line-charging breaking current under earth fault conditions A 45 - - Rated short-circuit making current Rated short time withstand current (main circuit) Rated short-circuit breaking current Peak withstand current for main circuit Mechanical endurance times 5000 5000 10000 Dimension (W×D×H) mm 350×800×1380 350×800×1380 350×800×1380 kg 160 180 200 Weight Internal arc degree IP degree Cable compartment AFL 20kA/1s Gas tank AFL 20kA/1s Enclosure IP3X Gas tank IP67 SF6 gas pressure at 20℃ SF6 gas annual leakage rate Thickness of stainless steel gas tank Electric operation control voltage 0. 03MPa-relative <0.1% 3.0mm 24/48/110/220V DC 110/220V AC B-5 Power Equipment Solutions 5 Integrated Solutions 5.1 Basic Functional Modules K Load break switch unit T Switch-fuse unit VC Vacuum circuit-breaker & Bus tie unit + + + + + + B Bus tie unit C Bus lifting unit V Vacuum circuit-breaker unit M Scheme 1 M Metering unit VT unit Scheme 2 KPT Disconnector & VT unit V V 5.2 Common gas tank ring main unit SecoRMU provides economical configurations for putting multiple units into a common tank. One gas tank can accommodate up to 5 modules combined freely. Each unit is extendable and capable of splicing with other individual gas tanks or common gas tank units. B-6 36kV Gas Insulated Ring Main Unit 2 36kV Gas Insulated Ring Main Unit SecoRMU 36kV provides compact, reliable and maintenance free solution for secondary distribution application, it provides integrated solutions for most switching applications in wind farm, mining, compact secondary substation, commercial center and industry. 1 Features and Benefits 1.1 Safe and Reliable ● ● Both the gas tank and cable compartment are internal arc 1.2 Compact Design ● An optimized electric field design combined with excellent classified (AFLR 20kA/1s), ensuring maximum personal safety. insulating performance, results in a compact switchgear When an internal arc fault occurs, the pressure relief device product that operates safely and reliably will open, allowing the pressurized gas to flow via the arc duct ● Existing switchgear rooms can be used more effectively away from the operator ● Suits application in very compact areas All the high voltage live parts are fully sealed in the gas tank and free from environmental impacts. Therefore, SecoRMU is suitable for use under severe operating conditions with the primary live parts remaining maintenance free ● Panel connected together without any clearance between them, which protects the switchgear against the harmful ● ● 1.3 Very Low Maintenance ● Heat loss (I2R) is mainly caused by circuit resistance. The main effects of dust, water, solid foreign objects etc., realize high circuit resistance of SecoRMU is small resulting in low heat reliability losses and less thermal stress on the equipment Successfully proven by 500 hour salt fog test suitable for ● The 3mm thick stainless steel gas tank is manufactured highly corrosive environments by laser cutting and laser welding process. Its sealing is SecoRMU is equipped with reliable mechanical and electrical systematically checked by automatic helium leakage detection interlocking system. Castell and Fortress key interlocking process, ensuring less than 0.1% annual leakage rate solutions are also available, guarantees safety of personnel, safety of equipment, and continuity of operation ● Very low maintenance and operation cost, resulting in a lower total cost of ownership B-7 Power Equipment Solutions 1.4 Modular design Extendable and Combine Freely ● The basic functional modules being the load break switch panel, switch-fuse panel and circuit breaker panel have uniform width (440mm). Convenient for system design, flexible replacement and upgrading ● Each unit can be extended to the left or right ● Joined together by plug-in busbar connectors and the 1.5 Environmental, Health and Safety of Materials GE has strict process to ensure regulations for the environment, health and safety of materials used during product design and manufacturing are observed. Only re-usable and/or recyclable materials are used in producing SecoRMU switchgear. It reflects GE's commitment to environmental challenges while delivering valuable products and services to the customer modular nature of the panel ensure ease of installation and extension without the need for extra gas handling activities on site ● The big cable compartment also ensures a convenient cable installation and connection 2 Standards 36kV SecoRMU is manufactured and tested in accordance with the latestversion of: IEC 60282-1 High-Voltage Fuses –Part 1: Current-limiting fuses IEC 60265-1 High-voltage switches – Part1: Switches for rated voltages above 1 kV and less than 52 kV IEC 60376 Specification and acceptance of new Sulfur Hexafluoride IEC 60529 Degrees of protection provided by enclosures (IP code) IEC 62271-1 High-voltage switchgear and controlgear - Part 1: Common specifications IEC 62271-100 High-voltage switchgear and controlgear – Part 100: Alternating-current circuit-breakers IEC 62271-102 High-voltage switchgear and controlgear – Part 102: Alternating current disconnectors and earthing switches IEC 62271-103 High-voltage switchgear and controlgear – part 103: Switches for rated voltages above 1kV up to and including 52kV IEC 62271-105 High-voltage switchgear and controlgear – Part 105: Alternating current switch-fuse combinations IEC 62271-200 High-voltage switchgear and controlgear – Part 200: AC metal-enclosed switchgear and controlgear for rated voltages above 1kV and up to and including 52 kV All other corresponding IEC publications, national or local safety regulations must be followed during the installation and operation of the switchgear. In addition, any project specific advice from GE must be considered. B-8 36kV Gas Insulated Ring Main Unit 3 Switchgear Technical Data Item Unit Rated voltage Rated power frequency withstand voltage (1min) Rated lightning impulse withstand voltage Load Break Switch Unit Switch-Fuse Combination Unit Vacuum Circuit Breaker Unit kV 36 36 36 To earth/phase to phase kV 70 70 70 Across isolating distance kV 80 80 80 To earth/phase to phase kV 170 170 170 Across isolating distance kV 195 195 195 Hz 50 50 50 630 Limit by fuse (630A for main busbar) 630 31.5 20 Rated frequency Rated current A Rated short circuit breaking current kA Rated short circuit making current(peak) kA 52 kA/s 20/3 20/3 Rated peak withstand current kA 52 52 Load breaker switch rated active load breaking current A 630 Load breaker switch rated closed loop breaking current A 630 Load breaker switch 5% rated active load breaking current A 31.5 Rated cable charging breaking current A 50 Rated earth fault breaking current A 150 Rated cable- and line-charging breaking current under earth fault conditions A 86 Rated short time withstand current and endurance time Mechanical endurance (LBS/ES) 82 630 50 5000/2000 3000/2000 IP67/IP4X IP67/IP4X Mechanical endurance (VCB/3p switch) 10000/2000 IP degrees Internal arc degree 52 Gas tank AFLR 20kA/1s Cable compartment AFLR 20kA/1s IP67/IP4X Gas System Insulated gas SF6 Annual leakage rate ≤ 0.1%/Y Rated gas pressure (rel, 20˚C) MPa 0.04 0.04 0.04 Alarm low pressure (rel, 20˚C) MPa 0.03 0.03 0.03 Minimum operating pressure (rel, 20˚C) MPa 0.02 0.02 0.02 Auxiliary Circuit Rated voltage of auxiliary circuit V 24/48/110/220 DC 110/230/240 AC 1 min power frequency withstand voltage of auxiliary circuit kV 2 B-9 Power Equipment Solutions 4 Basic Functional Module Units Load Break Switch Unit (K Unit) Switch-Fuse Combination Unit (T Unit) Bus Tie Unit (I Unit) IL Type Bus Tie Unit B-10 IR Type Bus Tie Unit Vacuum Circuit Breaker Unit (V Unit) 36kV Gas Insulated Ring Main Unit Cable Lifting Unit (C Unit) CL Cable Lifting Unit CR Cable Lifting Unit Cable Lifting Unit with Earthing Switch (Re Unit) B-11 C SE Rapid Wave Cast Dry-type Power Transformers C-1 Power Equipment Solutions 1 Wave Cast Dry-type Power Transformers Wave Cast coil transformers from GE are characterized by proven technology, application flexibility, lower installation cost, operating efficiency and environmental acceptability. Advanced design of the winding assembly establishes superior performance to meet today's exacting needs. Indoors or out, they are designed for use in the most demanding and diverse environments and in all applications requiring reliable electrical power. 1 Application ● Steel mills ● Chemical plants ● Industrial critical power solutions ● Cement & mining operations ● Windmills ● Automotive industry ● Offshore drilling platforms ● High rise buildings ● Pulp & paper mills ● Water-side installations 2 Product Features Wave Cast transformers boast several advantages over ventilated dry-type transformers and in a manner similar alternative transformer technologies. to liquid filled transformers, GE Wave Cast transformers are ● Mechanical strength. Because of the strong protection optimal for application in harsh environments. The epoxy provided by the vacuum cast epoxy encapsulated coils, Wave casting is extremely inert and renders the windings impervious Cast transformers are stronger than either liquid or ventilated to moisture, dirt and most corrosive elements. dry-type transformers. Short circuit tests have proven this C-2 Suitability for simple indoor installations. Unlike the case with strength well beyond IEC and ANSI requirements. GE designs liquid filled transformers, indoor installations do not require an and manufactures its cast coils to be among the strongest in automatic fire extinguishing system or fire vault, oil checking the industry. The strength of Wave Cast transformers makes or replacing, or a liquid confinement area. them ideal for such applications as impact loading, mobile ● ● ● Extended ratings. GE Wave Cast transformers can be provided machinery and transit systems. with the highest self-cooled and fan-cooled extended ratings Impervious to adverse atmospheric conditions. Unlike of any transformers in their size class. Wave Cast ● High efficiency and environmental safety. Wave Cast coil concrete-like epoxy-conductor matrix. Wedging sticks are transformers have several distinct advantages over dry placed between the secondary windings and the core legs and liquid filled transformer. The main advantage of a cast to center the coils on the core legs. The primary winding is coil transformer is that the polyester glass and epoxy resin completely embedded in a block of epoxy, which prevents any provides excellent mechanical strength and eliminates winding movement. conductor movement since both the primary and secondary The epoxy resin essentially makes the cast coil transformer windings are completely capsulated in the epoxy resin. As with impervious to harsh environments and has no potential other dry transformer, the electromagnetic force under short adverse affects on the environment. Thus it can be used circuit conditions tends to push the secondary winding into the virtually in any application. Another advantage is that the cast core, while driving the primary winding away from the core. coil transformer has a higher efficiency rating than liquid or In addition to using the strength of the conductor material dry transformers. and winding geometry, the cast coil design incorporates the Vacuum cast windings Winding assembly C-3 Power Equipment Solutions Cores Accessories Cross flow Fan Controller Panel 3 Tests Tests are performed in accordance with IEC60076-11:2004 or IEEE C57.12.91-2001. 3.1 Routine tests Type test is performed in case of new design or important design modification in order to confirm that the quality of transformer is compliance to related standards. They can be carried out Each cast coil transformer is submitted to a complete set of according to custom request. routine tests for ensuring transformer reliability. ● Temperature-rise test ● Lightning impulse test ● Measurements of winding resistance ● Measurement of voltage ratio and check of phase displacement C-4 3.2 Type tests ● Measurement of insulation resistance 3.3 Special tests ● Measurement of short circuit impedance and load losses Can be performed upon request ● Measurement of no-load losses and current ● Sound level test ● Separate-source AC voltage withstand voltage test ● Short-circuit test ● Induced AC withstand voltage test ● Measurement of partial discharge Wave Cast 3.4 Wave Cast had pass the following tests: ● Short-circuit test at KEMA Holand on one 2.5MVA transformer ● All the routine, type and special tests at CTQC witnessed ● power transformer by KEMA on both one 1600kVA 11/0.4kV copper winding ● The C2 climatic class, E2 environmental class, F1 fire behaviour class tests at CTQC transformer and one 2000kVA 20/0.4kV aluminium winding transformer. (KEMA report) ● All the routine, type and special tests at CTQC on one 10MVA ● All the routine, type and special tests at CTQC (China Vibration test withstand the acceleration ag of the horizontal 0.6g and vertical 0.3g at Tongji University Transformer Quality Center) on one 2MVA distribution transformer 4 Technical specification 4.1 Standards products IEC ANSI / IEEE Phases 3 Conductors Copper or Aluminum Frequency (Hz) 50 60 Primary Voltages (kV) Up to 35 Secondary Voltages (kV) Up to 10 Power (kVA) 160 - 10,000 Off-load tapping range ±2×2.5%, ±5% * Insulation class F (155℃) or H (180℃) Max Ambient temperature (℃) Min 150℃or 180℃ ≤40 ≥-5 (indoor), ≥-25 (outdoor) Altitude (m) ≥-30 ≤1,000 Connection Dyn5, Dyn11, YNd11, Yyn0 and others Cooling AN, AN/AF, AF AA, AA/FA, AFA * Other taps are available on request. Phase number Frequency Service condition Tapping range of HV winding Connection symbol Insulation class Temperature rise limit 3 50 Hz Normal condition according to IEC60076-11: 2004 ±2×2.5% or ±5% Dyn, Yyn, Yd, YNd F 100K C-5 Power Equipment Solutions 4.3 Copper windings, distribution transformers HV Um=12kV LV Um≤1.1kV Rated Power kVA 200 315 400 500 630 800 1000 1250 1600 2000 2500 No-load Loss W 700 1000 1080 1250 1300 1550 1800 2000 2600 3400 4000 3150 5000 Load Loss 75℃ W 2280 2990 3520 4100 5300 6500 7210 8570 10700 12800 15400 20000 Load Loss 120℃ W 2600 3400 4000 4650 6000 7350 8100 9600 12000 14400 17000 22000 Short-circuit Impedance % 4 4 4 4 6 6 6 6 6 6 6 6 Noise LPA dB 46 46 46 48 48 50 50 50 52 54 56 58 Length mm 1170 1230 1260 1310 1410 1470 1500 1580 1700 1890 2010 1970 Width mm 750 750 750 750 750 920 920 920 920 920 1170 1270 Height mm 930 1040 1110 1160 1170 1280 1400 1440 1570 1570 1620 1960 Weight kg 1040 1330 1500 1750 2010 2310 2710 3190 3920 4930 5730 6400 mm 660 660 660 660 660 820 820 820 820 820 1070 1070 3150 Distance Between Rollers HV Um=24kV LV Um≤1.1kV Rated Power kVA No-load Loss W Load Loss 75℃ W Load Loss 120℃ W Short-circuit Impedance % Noise LPA dB Length mm Width mm Height mm Weight Distance Between Rollers kg mm 315 400 500 630 800 1000 1250 1600 2000 2500 1100 1200 1400 1500 1800 2100 2400 2600 3500 4300 5000 2990 4050 4920 6020 6500 7470 9440 10700 12800 15400 20000 3400 4600 5600 6800 7350 8400 10600 12000 14400 17000 22000 6 6 6 6 6 6 6 6 6 6 6 48 48 50 50 52 52 52 54 56 58 60 1380 1370 1400 1530 1590 1650 1710 1850 2010 2100 2130 750 750 750 750 920 920 920 920 1170 1170 1270 1220 1290 1360 1360 1400 1500 1650 1760 1800 1830 2060 1520 1620 1850 2080 2550 3050 3570 4500 5450 6070 7050 660 660 660 660 820 820 820 820 1070 1070 1070 3150 HV Um=40.5kV LV Um≤1.1kV Rated Power kVA No-load Loss W Load Loss 75℃ W Load Loss 120℃ W Short-circuit Impedance % Noise LPA dB Length mm Width mm Height mm Weight kg Distance Between Rollers C-6 mm 630 800 1000 1250 1600 2000 2500 1840 2100 2450 2800 3200 3900 4600 5500 6020 7100 8000 11600 12900 13900 17500 21500 6800 8000 9000 13000 14500 14600 20000 23500 6 6 6 6 6 6 6 6 54 56 58 60 60 62 62 62 1670 1680 1770 1800 1890 1950 2100 2280 920 920 920 920 1270 1270 1270 1270 1560 1580 1620 1900 1960 2180 2180 2180 2600 2800 3500 3900 4600 5700 6700 7700 820 820 820 820 1070 1070 1070 1070 Wave Cast 4.4 Aluminum windings, distribution transformers HV Um=12kV LV Um≤1.1kV Rated Power kVA 315 400 500 630 800 1000 1250 1600 2000 2500 No-load Loss W 900 1000 1200 1300 1600 1800 2150 2600 3300 4000 3150 5000 Load Loss 75℃ W 3100 3500 4200 5380 6600 7100 8400 10800 12800 14500 19500 Load Loss 120℃ W 3500 4000 4800 6100 7500 8100 9600 11600 14000 16000 21000 Short-circuit Impedance % 4 4 4 6 6 6 6 6 6 6 6 Noise LPA dB 46 46 48 48 50 50 50 52 54 56 58 Length mm 1310 1320 1350 1520 1560 1610 1680 1740 1860 2070 2130 Width mm 750 750 750 750 920 920 920 920 920 1170 1170 Height mm 1090 1200 1300 1310 1410 1550 1640 1800 1840 1890 2050 Weight kg 1300 1500 1700 1880 2200 2580 3060 3760 4300 5500 6400 mm 660 660 660 660 820 820 820 820 820 1070 1070 Distance Between Rollers HV Um=24kV LV Um≤1.1kV Rated Power kVA 315 400 500 630 800 1000 1250 1600 2000 2500 3150 No-load Loss W 1200 1300 1500 1600 1700 2000 2400 3000 3500 4000 5000 Load Loss 75℃ W 3100 3500 4300 6350 7700 7400 9300 11200 12800 14500 19500 21000 Load Loss 120℃ W 3500 4000 4900 7300 8700 8400 10600 12500 14400 16000 Short-circuit Impedance % 6 6 6 6 6 6 6 6 6 6 6 Noise LPA dB 48 48 50 50 52 52 52 54 56 58 60 Length mm 1470 1470 1490 1590 1620 1780 1770 1890 1980 2130 2210 Width mm 750 750 750 920 920 920 920 920 1170 1170 1170 Height mm 1350 1390 1410 1420 1520 1650 1770 1930 1960 2040 2180 kg 1550 1650 1900 2000 2150 2650 3300 4060 4850 5800 6900 mm 660 660 660 820 820 820 820 820 1070 1070 1070 1600 2000 2500 3150 Weight Distance Between Rollers 4.5 Aluminum windings, distribution transformers HV Um=12kV LV Um≤1.1kV Rated Power kVA 315 400 500 630 800 1000 1250 No-load Loss Load Loss 75℃ W 900 1000 1200 1300 1600 1800 2150 2600 3300 4000 5000 W 3100 3500 4200 5380 6600 7100 8400 10800 12800 14500 19500 Load Loss 120℃ W 3500 4000 4800 6100 7500 8100 9600 11600 14000 16000 21000 Short-circuit Impedance % 4 4 4 6 6 6 6 6 6 6 6 Noise LPA dB 46 46 48 48 50 50 50 52 54 56 58 Length mm 1310 1320 1350 1520 1560 1610 1680 1740 1860 2070 2130 Width mm 750 750 750 750 920 920 920 920 920 1170 1170 Height mm 1090 1200 1300 1310 1410 1550 1640 1800 1840 1890 2050 Weight kg 1300 1500 1700 1880 2200 2580 3060 3760 4300 5500 6400 mm 660 660 660 660 820 820 820 820 820 1070 1070 Distance Between Rollers C-7 Power Equipment Solutions HV Um=24kV LV Um≤1.1kV Rated Power kVA 315 400 500 630 800 1000 1250 1600 2000 2500 No-load Loss W 1200 1300 1500 1600 1700 2000 2400 3000 3500 4000 5000 Load Loss 75℃ W 3100 3500 4300 6350 7700 7400 9300 11200 12800 14500 19500 Load Loss 120℃ W 3500 4000 4900 7300 8700 8400 10600 12500 14400 16000 21000 Short-circuit Impedance % 6 6 6 6 6 6 6 6 6 6 6 Noise LPA dB 48 48 50 50 52 52 52 54 56 58 60 Length mm 1470 1470 1490 1590 1620 1780 1770 1890 1980 2130 2210 Width mm 750 750 750 920 920 920 920 920 1170 1170 1170 Height mm 1350 1390 1410 1420 1520 1650 1770 1930 1960 2040 2180 Weight kg 1550 1650 1900 2000 2150 2650 3300 4060 4850 5800 6900 mm 660 660 660 820 820 820 820 820 1070 1070 1070 Distance Between Rollers 3150 Other powers and voltages are available on request. 4.6 Copper windings, power transformers HV Um=40.5kV LV Um>1.1kV Rated Power kVA 1000 1250 1600 2000 2500 3150 4000 5000 6300 8000 10000 12500 No-load Loss W 2700 3200 3600 4300 4500 5400 6500 8300 9000 11000 12800 14500 Load Loss 75℃ W 8500 10600 11200 13500 16000 21000 25000 3000 34000 40000 46000 55000 Load Loss 120℃ W 9600 12000 12800 15000 18000 24000 28000 34000 38000 47000 55000 62000 Short-circuit Impedance % 6 6 6 7 7 8 8 8 8 9 9 9 Noise LPA dB 58 60 60 61 61 62 62 63 63 65 65 67 Length mm 1950 2010 2070 2150 2100 2430 2500 2760 2780 3000 3150 3300 Width mm 920 920 920 1270 1270 1270 1270 1675 1675 1675 1675 1675 Height mm 1700 1800 1880 1960 2180 2130 2260 2300 2370 2660 2750 2950 Weight kg 3700 4500 5100 6150 6650 7850 9250 11500 13200 15300 18100 22500 mm 820 820 820 1070 1070 1070 1475 1475 (W) 2040 (L) 1475 (W) 2040 (L) 1475 (W) 2040 (L) 1475 (W) 2040 (L) 1475 (W) 2040 (L) Distance Between Rollers Other powers and voltages are available on request. Aluminum windings are available as well. 4.7 Enclosures Nominal Outline Dimension Length (mm) Width (mm) Rated power (kVA) 1600 1800 2000 2200 2400 315 ① ② ② 400 ① ② 500 ① ② 630 ① ② ② ③ 800 ① ① ② ③ 1000 ① ① ② 1250 ① 1600 2000 2500 3150 2600 2800 3000 3200 1200 Height (mm) 1400 1600 1800 2000 1800 2000 ①② 2200 2400 2800 ①② ①② ①② ①② ① ② ① ①② ③ ① ①② ③ ①② ③ ① ① ②③ ② ③ ③ ①② ③ ① ①②③ ② ② ③ ③ ①② ③ ① ①② ③ ① ① ② ③ ③ ③ ①② ③ ① ①②③ ① ① ② ③ ③ ① ① ②③ ③ ① ①② ① ① ③ ② ③ ③ ③ ① ②③ ③ ① ①② ① ③ ② ② ③ ③ ① ②③ ③ ① ①②③ Notes: ① – HV Um=12kV, ② – HV. Um=24kV, ③ – HV Um=40.5kV; power and primary voltage of transformer, but also conductor material used. Please contact us for your specific application. Height Outline dimensions of enclosure are related with not only rated gth Width C-8 Len Wave Cast C-9 D SE Rapid WavePro-F Busway Spectra IEC/CCC Series™ Busway WavePro LT Busway D-1 Power Equipment Solutions 1 WavePro-F Busway New Generation of Fire Rated Busway Designed to meet or exceed international IEC standards, WavePro-F busway is a cast resin, new generation fire resistant busway that addresses the requirements of the global market.WavePro-F busway uses an Automatic Pressure Gelatin (APG) hot runner process, resulting in a compact cast resin with low internal stress. The cast resin forms an external surface which provides a water tight barrier around the current carrying conductors. The connection of the busway to other electrical equipment is designed with outstanding levels levels of electrical insulation performance and waterproofing. The leakage current of the busway system is near zero. This ensures safety of the system and extends the distance of the power transmission and distribution. With the new resin materials and fillers, no toxic gases will be released if the product is burnt. 1 Application WavePro-F busway features excellent fire resistant performance buildings, shipyards, the chemical industry, and other and up to IP68 protection level. It is especially suitable for demanding applications with high requirements on fireproofing, emergency generator circuits of high-rise commercial waterproofing and corrosion resistance. 2 Standards 2.1 Design standards: D-2 2.2 Product certificates and reports: ● IEC 61439-1 2011 ● KEMA KEUR ● IEC 61439-6 2012 ● IEC60331: 750ºC/180min ● IEC 60331-21 1999 ● BS6387: 950ºC/180min ● BS 6387:1994 WavePro-F Busway New Generation of Fire Rated Busway 3 Product features 3.1 Advanced cast process 3.3 Quick and reliable joint connection WavePro-F is the first busway which uses an APG process and Traditionally, to connect joints of fire resistant busway, it is a unique formulation of epoxy resin that has been specially necessary to install a special casting mold at the connection developed for WavePro-F busway. The resin is mixed in a points one by one during the time of installation. After curing, sealed vacuum for 2 hours to ensure a consistent quality with these molds need be disassembled and cleaned before they even distribution of the mixture with no air voids. The epoxy can be used for casting the next joint connection. Many molds resin mixture is injected into the APG mold using a pressurized are needed, and labor costs for repeated disassembly can be pump and the temperature is raised to 140° C. Under controlled high. Casting quality on site is difficult to ensure and the joint temperature and pressure conditions, the materials in the mold appearance is poor. will set gradually. After curing, the result is an insulated busway WavePro-F busway uses an integrated connection process. that is compact, void-free, has low internal stress and a smooth While making connection points during field installation, the outer surface. joint connection cover acts as the casting mold. After casting, With regard to mechanical strength, withstand voltage and the connection cover and joint become a single piece and insulation resistance, the APG busway is superior to common there is no need to remove the cover. The connection cover is a busway cast in the standards cold cast process. prefabricated component, its material and production process are the same as the fire resistant busway and provides double protection for the connection points. The joint connections can be 3.2 Excellent fireproof performance ● WavePro-F busway uses fireproof resin designed for the cast one by one, or several joints can be cast at the same time. The construction period is shortened and what is normally an installation bottleneck is eliminated. aerospace industry which incorporates flame retardant filler and a specially formulated composition of materials. The optimal component mix was determined based on extensive laboratory research and testing, and meets UL94 V-0 requirements ● Excellent fireproof performance. WavePro-F busway has passed two fireproof tests, a 750°C/180min test as specified by IEC60331-21 standards and 950° C/180min test as specified by BS6387 standards ● Certified for resistance to flame propagation (IEC 61439-6, Article 10.101) and fire resistance in wall penetrations (IEC 61439-6, Article 10.102, with fire resistance of 180 minutes and flame temperature up to 1056°C) D-3 Power Equipment Solutions 3.4 Straight length with Power take-off connection 3.5 GE circuit breaker 3.6 Protection level The standards configuration of WavePro-F The protection degree is up to IP68 for The power take-off is an integral part of a power take-off boxes use GE's Record feeder busway, and IP54 for busway with cast straight length section. The tapered Plus circuit breakers to provide reliable power take-off boxes which comply with design ensures water will run off from protection for the circuit. the requirements of IEC 60529 degrees the joint. The power take-off connection Record Plus circuit breakers have unique of protection provided by enclosures. The can be customized according to the site current limiting characteristics and an IP68 designed product can work under requirements. integrated protection device known as a water over a long period of time or be laid trip unit. They meet the protection and in cable conduit or directly buried. TM TM isolation requirements of low-voltage power distribution products. 4 Electrical Characteristics WavePro-F cast resin busway is a Class II insulation device with two standards configurations: ● 4P (L1, L2, L3, 100%PEN) ● 5P (L1, L2, L3, 100%N, 60%PE) 4.1 Grounding resistance 3L+N+PE grounding resistance (60% independent ground wire @20° C) D-4 No. Rated Current (A) Resistance (10-6Ω/m) 1 630 145.8 2 800 110.7 3 1000 86.5 4 1250 67.2 5 1600 50.2 6 2000 38.8 7 2500 28.5 8 3150 22.3 9 4000 17.2 10 5000 13.0 WavePro-F Busway New Generation of Fire Rated Busway 4.2 Resistance/Reactance/Impedance and voltage drop Rated short-time withstand current (Icw) Rated peak withstand current (Ipk) A kA kA cosφ=0.6 cosφ=0.7 cosφ=0.8 cosφ=0.9 630 30 63 87.5 107.7 92.0 141.6 0.151 0.154 0.154 0.150 0.118 800 30 63 66.4 81.7 70.4 107.9 0.146 0.149 0.149 0.145 0.113 Rated Current (1) 20° C Full load/stable state (50Hz) Resistance Resistance Reactance Impedance (10-6Ω/m, phase line to neutral line) Line to line voltage drop (V/m) - Concentrated load① cosφ=1.0 1000 30 63 51.9 63.9 55.5 84.7 0.143 0.146 0.146 0.142 0.111 1250 30 63 40.3 49.6 43.4 65.8 0.140 0.142 0.142 0.138 0.107 1600 65 143 30.1 37.1 32.7 49.4 0.134 0.137 0.137 0.132 0.103 2000 65 143 23.3 28.6 25.5 38.4 0.130 0.133 0.132 0.128 0.099 2500 65 143 17.1 21.1 19.1 28.4 0.121 0.123 0.123 0.119 0.091 3150 100 220 13.4 16.5 14.6 22.0 0.118 0.120 0.120 0.116 0.090 4000 100 220 10.3 12.7 11.4 17.0 0.116 0.118 0.117 0.114 0.088 5000 100 220 7.8 9.6 8.7 13.0 0.111 0.112 0.112 0.108 0.083 Note (1). For 60Hz application the 1600A, 2000A, 2500A, 3150A and 4000A busway current rating shall be reduced to 95% of the rated current. D-5 Power Equipment Solutions 2 Spectra IEC/CCC Series ™ Busway GE engineers have broken the weight barrier with Spectra IEC/CCC Series Busway. Its computer-designed, all-aluminum housing is up to 50% lighter than comparable wire and conduit – and lighter than competitors' busway – while providing the currentcarrying capacity (up to 5,000 amps) and short-circuit protection you've always counted on from GE busway. 1 State-of-the-Art Busway Systems All Spectra Series ™ IEC/CCC bus bars Automated process applies durable Our experts closely monitor production are integrity tested utilizing state of the bakedenamel ANSI 61 finish (tough .09" performance – to help protect your art automated Hi-pot system at 5000 thick aluminum 6061-T6 housings) – investment. Vac to verify the dielectric strength of the for consistent, repeatable quality and blue epoxy coated insulation system for protection. absolute performance confidence. D-6 Spectra IEC/CCC Series ™ Busway Spectra IEC/CCC Series ™ Busway features Easy-to-install, rugged vertical riser an aluminum housing that cuts busway hanger supports simplify busway weight up to 50% – reducing installation installation and adjustment. costs. Single bolt joint with positive torque connection at 50 ft.-lbs. (67 N m) is standards. See the back cover for optional Joint Guard ™ bolt. Sections can be hung every 10 feet (3048 mm) with just a single drop rod hanger standards up to 2000 amp aluminum or 1600 amp copper. Spectra bus is extremely light – enough to lighten ceiling loads up to 50%. For secure, flexible longterm reliability and Plug-assist and plug-position locators minimal maintenance, Spectra Busway simplify connection – assuring positive, offers up to ±1/2" (25 mm) adjustable safe installation. See General Electric joints with belleville spring washers that installation instructions, pub number do not require re-torquing. DEH-40087A for recommended low maintenance procedures. Note: It is a good practice to de-energize the busway when installing or removing plugs. Please follow all guidelines in GE publication DEH-40087A carefully. Flex-A-Joint ™ removable isolation joints allow individual sections to be conveniently taken out of service with minimum downtime or interruption of power. Accepts Flex-A-Tap ™ bolted power take-off devices up to 1600 amps at every joint, plug-in or feeder. D-7 Power Equipment Solutions 2 Voltage drop: plug-in or feeder Spectra IEC/CCC Series ™ Busway has excellent low-voltage drop values. Minimum reactance (X) is due to very close bar spacings (sandwiched construction) and a non-magnetic housing. Values shown are identical for plug-in and feeder. 50 Hz values shown, for 60 Hz multiply reactance (X) by 1.205 and resistance values do not change. For 400 Hz, multiply reactance by 3.9 and multiply resistance by 1.4. Calculate new voltage drop Vd = amps load X √ 3 (R cos Θ + X sin Θ) ft/100 (30480 mm), where cos Θ = Power Factor. Contact your local GE representative for a free copy of the Busway Tool Kit (DEU-066) to help with electrical calculations. Spectra Series Aluminum Copper Rated Load Amps Bar Width x 1/4" Thickness Voltage Drop – Concentrated Load ① Line-to-Line/100 Ft. (30480 mm) @ 100% Rated Load, 25° C Amb. Ohms x 10-3/100 Ft. (30480 mm) Line-to-Neutral Power Factor Inches MM R X Z .3 .4 .5 .6 .7 .8 .9 1.0 250 1.63 41 4.09 1.06 4.29 0.97 1.13 1.28 1.43 1.57 1.69 1.79 1.77 400 1.63 41 4.2 1.06 4.39 1.58 1.84 2.09 2.33 2.56 2.77 2.94 2.91 630 1.63 41 4.52 1.06 4.7 2.59 3.04 3.47 3.89 4.28 4.64 4.94 4.93 800 2.88 73 2.48 0.66 2.6 1.9 2.21 2.51 2.79 3.05 3.29 3.49 3.44 1000 3.38 86 2.17 0.56 2.27 2.06 2.4 2.73 3.04 3.33 3.59 3.81 3.76 1250 4.25 108 1.73 0.46 1.81 2.07 2.4 2.73 3.04 3.33 3.59 3.8 3.75 1350 5.75 146 1.24 0.34 1.31 1.63 1.89 2.14 2.38 2.6 2.8 2.96 2.9 1600 6.5 165 1.12 0.3 1.18 1.72 2 2.27 2.52 2.76 2.98 3.15 3.1 2000 8.25 210 0.89 0.24 0.94 1.72 2 2.26 2.52 2.75 2.97 3.14 3.08 2500 (2)4.50 (2)114 0.82 0.22 0.86 1.96 2.28 2.58 2.88 3.15 3.4 3.6 3.55 3000 (2)5.75 (2)146 0.64 0.17 0.67 1.86 2.16 2.45 2.72 2.97 3.2 3.39 3.33 3200 (2)6.50 (2)165 0.57 0.15 0.59 1.74 2.02 2.3 2.56 2.8 3.02 3.2 3.16 4000 (2)8.25 (2)210 0.45 0.12 0.47 1.7 1.98 2.26 2.51 2.76 2.98 3.16 3.12 250 1.63 41 2.33 1.06 2.66 0.74 0.83 0.9 0.97 1.03 1.08 1.11 1.01 400 1.63 41 2.38 1.06 2.7 1.2 1.33 1.46 1.58 1.68 1.76 1.8 1.65 630 1.63 41 2.48 1.06 2.79 1.92 2.14 2.36 2.55 2.72 2.86 2.94 2.71 800 1.63 41 2.62 1.06 2.92 2.49 2.8 3.09 3.36 3.59 3.79 3.91 3.63 1000 2.25 57 1.9 0.81 2.14 2.33 2.61 2.87 3.1 3.31 3.48 3.58 3.29 1250 2.88 73 1.49 0.66 1.69 2.32 2.59 2.84 3.07 3.27 3.43 3.52 3.23 1350 3.38 86 1.27 0.56 1.44 2.15 2.4 2.63 2.84 3.02 3.17 3.25 2.97 1600 4.25 108 1 0.46 1.14 2.04 2.27 2.48 2.67 2.84 2.98 3.05 2.77 2000 5.75 146 0.73 0.34 0.84 1.88 2.09 2.29 2.46 2.61 2.73 2.79 2.53 2500 7.5 191 0.57 0.27 0.65 1.84 2.04 2.23 2.4 2.55 2.66 2.72 2.47 3000 (2)4.00 (2)102 0.53 0.24 0.58 2.02 2.25 2.46 2.65 2.82 2.95 3.02 2.75 3200 (2)4.50 (2)114 0.51 0.21 0.55 1.95 2.18 2.41 2.62 2.8 2.95 3.05 2.83 4000 (2)5.75 (2)146 0.37 0.17 0.42 1.92 2.13 2.33 2.5 2.66 2.78 2.83 2.56 5000 (2)7.50 (2)191 0.28 0.13 0.32 1.82 2.02 2.21 2.37 2.52 2.63 2.68 2.42 ① For plug-in distributed loads divide by 2 Actual voltage drop = Vd (from Table) D-8 actual load rated load X actual distance (ft/mm) 100 feet (30480mm) Spectra IEC/CCC Series ™ Busway 3 Physical Data Straight lengths: dimensions and weights Spectra IEC/CCC Series ™ Busway plug-in One bar per phase One bar per phase plug-in and feeder Two bars per phase "A" "A" A 4.50 IN. 114 MM 5.875 IN. 150 MM inches millimeters Spectra Series Aluminum Copper Standards Bar +1 Bar Approximate Weight ft./lbs. (kg/m) AC Ampere Rating Fig. No. Inches MM Inches MM Inches MM Inches MM 3-Wire kg/mm 4 Wire 250 11.3 3 76 1.63 x .25 19 x 6 4.38 111 1.63 41 5 6.7 6 8.13 6.5 8.81 400 11.3 3.38 86 1.63 x .25 29 x 6 4.38 111 1.63 41 5 6.7 6 8.13 6.5 8.81 "A" Width Bar Sizes Width x Thickness "A" Width Bar Size kg/mm Int/Grnd kg/mm 630 11.3 4 102 1.63 x .25 44 x 6 5 127 2.25 57 5 6.7 6 8.13 6.5 8.81 800 11.1 5.63 143 2.88 x .25 73 x 6 6.13 156 3.38 86 6 8.13 7 9.49 7.5 10.16 1000 11.1 6.13 156 3.38 x .25 86 x 6 7 178 4.25 108 7 9.49 8 10.84 8.5 11.52 1250 11.1 7 178 4.25 x .25 108 x 6 7.25 184 4.5 114 8 10.84 9 12.2 9.5 12.88 1350 11.1 8.5 216 5.75 x .25 146 x 6 9.25 235 6.5 165 9 12.2 10 13.55 10.5 14.23 1600 11.1 9.25 235 6.50 x .25 165 x 6 11 279 8.25 210 10 13.55 12 16.26 13 17.62 2000 11.1 11 279 8.25 x .25 210 x 6 15 381 (2)4.25 (2)108 12 16.26 15 20.33 16.5 22.37 2500 11.2 15.5 394 (2)4.50 x .25 (2)114 x 6 18 457 (2)5.75 (2)146 17 23.04 20 27.11 21.5 29.15 3000 11.2 18 457 (2)5.75 x .25 (2)146 x 6 19.5 495 (2)6.50 (2)165 19 25.76 23 31.18 25 33.89 3200 11.2 19.5 495 (2)6.50 x .25 (2)165 x 6 - - - - 21 28.47 24 32.53 25.5 34.57 4000 11.2 23 584 (2)8.25 x .25 (2)210 x 6 - - - - 25 33.89 30 40.67 32.5 44.06 250 11.1 4.38 111 1.63 x .25 41 x 6 4.38 111 1.63 41 8 10.84 9 12.2 9.5 12.88 400 11.1 4.38 111 1.63 x .25 41 x 6 4.38 111 1.63 41 8 10.84 9 12.2 9.5 12.88 630 11.1 4.38 111 1.63 x .25 41 x 6 4.38 111 1.63 41 8 10.84 9 12.2 9.5 12.88 800 11.1 4.38 111 1.63 x .25 41 x 6 5 127 2.25 57 8 10.84 9 12.2 9.5 12.88 1000 11.1 5 127 2.25 x .25 57 x 6 5.63 143 2.88 73 10 13.55 12 16.26 13 17.62 1250 11.1 5.63 143 2 7.8 x .25 73 x 6 6.13 156 3.38 86 12 16.26 15 20.33 16.5 22.37 1350 11.1 6.13 156 3.38 x .25 86 x 6 7 178 4.25 108 14 18.98 17 23.04 18.5 25.08 1600 11.1 7 178 4.25 x .25 108 x 6 7.25 184 4.5 114 16 21.69 20 27.11 22 29.82 2000 11.1 8.5 216 5.75 x .25 146 x 6 9.25 235 6.5 165 21 28.47 26 35.25 26.4 35.79 2500 11.1 10.25 260 7.50 x .25 191 x 6 11 279 8.25 210 26 35.25 33 44.74 36.5 49.48 3000 11.2 14.5 368 (2)4.00 x .25 (2)102 x 6 15 381 4 102 32 43.38 40 54.23 44 59.6 3200 11.2 15.5 394 (2)4.50 x .25 (2)114 x 6 - - - - 34 46.09 43 58.3 47.5 64.4 4000 11.2 18 457 (2)5.75 x .25 (2)146 x 6 19.5 495 (2)6.50 (2)165 42 56.94 52 70.5 57 77.28 5000 11.2 21.5 546 (2)7.50 x .25 (2)191 x 6 23 584 (2)8.25 (2)210 52 70.5 66 89.48 59 79.99 D-9 Power Equipment Solutions 3 WavePro LT Busway The WavePro LT busway launched by GE to complement it's range of foire proof and epoxy busway. Using the latest design, it has superior performance. Rated working voltage up to 415V, rated insulation voltage up to 690V, and rated working current 100-5000A. With low magnetic material housing, WavePro LT busway system can effectively reduce the eddy current hysteresis loss. The conductors, made from high conductivity copper or aluminum, will deliver a superior performance. It is particularly suitable for applications of high-rise commercial buildings, industrial plants and acts as an important part of the highperformance power distribution system: WavePro LT busway system provides 100% or 200% neutral busbar, which can meet with the requirements of power system with high level of harmonic. The all-aluminum housing of WavePro LT busway provides perfect ground path. WavePro LT busway system has a variety of protection class such as IP40 the IP42, IP54 and IP65. Users can choose according to installation environment. Busway of different protection class can be freely combined. 1 Standards Complies with: Certificates IEC 60439-1 KEMA KEUR IEC 60439-2 CCC GB 7251.1 GB 7251.2 D-10 WavePro LT Busway 2 Electrical Data Resistance, reactance, impedance and voltage drop WavePro LT busway has low-voltage-drop values. Minimum reactance (X) is due to very close bar spacings (sandwiched construction) and a non-magnetic housing. Values shown are identical for plug-in and feeder. Copper 20℃ Full load/Steady-state (50Hz) Rated current Rated shorttime tolerant current (Icw) Rated peak tolerant current (Ipk) A kA/s kA cosφ=0.6 cosφ=0.7 cosφ=0.8 cosφ=0.9 250 30 63 104.0 114.4 35.3 119.7 0.042 0.046 0.049 0.051 0.050 400 30 63 104.0 114.4 35.3 119.7 0.067 0.073 0.078 0.082 0.079 630 30 63 89.6 116.1 32.1 120.5 0.104 0.114 0.122 0.129 0.127 800 30 63 70.5 92.8 27.4 96.8 0.108 0.117 0.126 0.132 0.129 Resistance Resistance Reactance Voltage Drop-Concentrated Load① Line-to-Line (V/m) @ 100% Rated Load Impedance (10-6Ω/m, Line-to-Neutral) cosφ=1.0 1000 50 105 47.1 56.1 20.7 59.8 0.087 0.093 0.099 0.103 0.097 1250 50 105 40.5 47.4 18.3 50.8 0.093 0.100 0.106 0.110 0.103 0.115 1600 50 105 32.1 41.4 15.7 44.3 0.104 0.111 0.118 0.122 2000 65 143 25.0 28.0 12.5 30.6 0.093 0.099 0.104 0.106 0.097 2500 80 176 18.8 23.9 10.7 26.2 0.099 0.105 0.111 0.113 0.103 3150 100 220 14.4 18.1 9.5 20.5 0.101 0.106 0.110 0.112 0.099 3800 100 220 12.4 15.7 6.5 17.0 0.096 0.103 0.109 0.112 0.104 4000 100 220 11.7 15.0 6.3 16.3 0.097 0.104 0.110 0.113 0.104 4500 100 220 9.4 11.5 5.4 12.7 0.088 0.093 0.097 0.099 0.090 5000 100 220 8.7 10.9 5.0 11.9 0.091 0.097 0.101 0.104 0.094 Rated current Rated shorttime tolerant current (Icw) Rated peak tolerant current (Ipk) A kA/s kA cosφ=0.6 cosφ=0.7 cosφ=0.8 cosφ=0.9 100 10 17 171.3 187.9 35.3 191.2 0.024 0.027 0.030 0.032 0.033 160 10 17 171.3 187.9 35.3 191.2 0.039 0.043 0.048 0.051 0.052 Aluminium 20℃ Resistance Full load/Steady-state (50Hz) Resistance Reactance Voltage Drop-Concentrated Load① Line-to-Line (V/m) @ 100% Rated Load Impedance (10-6Ω/m, Line-to-Neutral) cosφ=1.0 200 10 17 171.3 187.9 35.3 191.2 0.049 0.054 0.059 0.064 0.065 250 10 17 171.3 187.9 35.3 191.2 0.061 0.068 0.074 0.080 0.081 400 30 63 129.9 148.7 29.5 151.6 0.078 0.087 0.095 0.102 0.103 500 30 63 105.3 128.3 25.6 130.8 0.084 0.093 0.102 0.110 0.111 630 30 63 89.0 108.8 22.8 111.1 0.091 0.101 0.110 0.118 0.119 800 30 63 69.0 84.0 19.1 86.2 0.091 0.100 0.109 0.116 0.116 0.130 1000 50 105 59.7 74.9 17.1 76.8 0.101 0.112 0.122 0.130 1250 50 105 47.6 60.3 14.5 62.0 0.103 0.114 0.123 0.131 0.130 1350 50 105 43.0 52.1 13.6 53.8 0.098 0.108 0.116 0.124 0.122 1600 50 105 36.7 44.7 12.1 46.3 0.101 0.110 0.119 0.126 0.124 2000 50 105 31.7 40.6 10.9 42.0 0.115 0.125 0.135 0.143 0.141 2500 50 105 25.2 30.8 9.1 32.1 0.111 0.121 0.130 0.137 0.133 3150 80 176 17.5 21.4 5.8 22.2 0.095 0.104 0.112 0.119 0.117 3800 80 176 14.3 17.5 5.0 18.2 0.096 0.104 0.112 0.118 0.115 4000 80 176 12.6 15.5 4.8 16.2 0.091 0.099 0.106 0.111 0.107 Note: ① Concentrated Load: Voltage Drop = 3 l(Rcosφ+Xsinφ) Distributed Load: Voltage Drop = [ 3 l(Rcosφ+Xsinφ)]/2 D-11 Power Equipment Solutions 3 Physical Data 3.1 Straight lengths: Plug-in and feeder Feeder busway has the minimum length of 400mm, and the maximum length of 3000mm. Other lengths can customize as needed. Plug-in busway has the minimum length of 1000mm, and the maximum length of 3000mm. Plug-in busway has a flexible design with optional plug outlets on both sides. The minimum space between plugs is 600mm and up to 4 plug outlets may be fixed on each side of the 3-meter standards length. The customer may reserve plug outlets for extension in the future when changes occurs in terms of the equipment load or busway run. 600mm 600mm 600mm 3000mm fig.1 600mm 600mm 3000mm fig.2 Straight length busway Joint cover Side ground plate Straight length busway Joint Double-headed torque limiting joint bolt fig.3 D-12 W=128mm W=128mm WavePro LT Busway H H fig.4 Rated current (A) 250 400 500 630 800 1000 1250 1350 1600 2000 2500 3150 3800 4000 4500 5000 H (mm) 89 89 94 104 129 144 169 204 264 341 391 411 501 541 Copper Approximate Weight (kg/m) fig.5 4 Wire 5 Wire H (mm) 13.4 13.4 14.8 17.4 24.1 27.9 34.4 43.6 59.3 72.6 85.7 91.0 114.6 125.1 14.4 14.4 15.9 18.8 26.1 30.5 37.8 48.0 65.5 80.2 94.8 100.6 126.9 138.6 89 99 109 119 139 154 184 199 219 259 309 461 551 591 - Aluminum Approximate Weight (kg/m) 4 Wire 5 Wire 8.8 9.9 11 12 14.1 15.8 18.9 20.5 22.7 26.9 32.2 48 57.9 62.3 - 9.2 10.3 11.5 12.7 15 16.8 20.1 22 24.3 29 34.9 51.9 62.8 67.6 - fig. 4 5 Note:The size and weight data for 100A-250A aluminum busway is the same. 3.2 Busway Plugs with GE Record PlusTM breaker With FD160 Breaker-3 Poles/3 Trips, Rotary Handle Rated current (A) Icc/415V Breaker SKU(standards) SKU(with shunt trip) 25 50kA FDN160 25A, 50KA 3P WTPR3P0240FDN WTPR3P0240FDNS 32 50kA FDN160 32A, 50KA 3P WTPR3P0340FDN WTPR3P0340FDNS 40 50kA FDN160 40A, 50KA 3P WTPR3P0440FDN WTPR3P0440FDNS 50 50kA FDN160 50A, 50KA 3P WTPR3P0540FDN WTPR3P0540FDNS 63 50kA FDN160 63A, 50KA 3P WTPR3P0640FDN WTPR3P0640FDNS 80 50kA FDN160 80A, 50KA 3P WTPR3P0840FDN WTPR3P0840FDNS 100 50kA FDN160 100A, 50KA 3P WTPR3P1040FDN WTPR3P1040FDNS 125 50kA FDN160 125A, 50KA 3P WTPR3P1340FDN WTPR3P1340FDNS 160 50kA FDN160 160A, 50KA 3P WTPR3P1640FDN WTPR3P1640FDNS With FD160 Breaker-4 Poles/4 Trips, Rotary Handle Rated current (A) Icc/415V Breaker SKU(standards) SKU(with shunt trip) 25 50kA FDN160 25A, 50KA 4P WTPR4P0240FDN WTPR4P0240FDNS 32 50kA FDN160 32A, 50KA 4P WTPR4P0340FDN WTPR4P0340FDNS 40 50kA FDN160 40A, 50KA 4P WTPR4P0440FDN WTPR4P0440FDNS 50 50kA FDN160 50A, 50KA 4P WTPR4P0540FDN WTPR4P0540FDNS 63 50kA FDN160 63A, 50KA 4P WTPR4P0640FDN WTPR4P0640FDNS 80 50kA FDN160 80A, 50KA 4P WTPR4P0840FDN WTPR4P0840FDNS 100 50kA FDN160 100A, 50KA 4P WTPR4P1040FDN WTPR4P1040FDNS 125 50kA FDN160 125A, 50KA 4P WTPR4P1340FDN WTPR4P1340FDNS 160 50kA FDN160 160A, 50KA 4P WTPR4P1640FDN WTPR4P1640FDNS D-13 Power Equipment Solutions With FE/FG Breaker-3 Poles with 3 Trips, Rotary Handle Rated current (A) Icc/415V Breaker SKU(standards) SKU(with shunt trip) 25 50kA FEN160 25A, 50KA 3P WTPR3P0240FEN WTPR3P0240FENS 32 50kA FEN160 32A, 50KA 3P WTPR3P0340FEN WTPR3P0340FENS 40 50kA FEN160 40A, 50KA 3P WTPR3P0440FEN WTPR3P0440FENS 50 50kA FEN160 50A, 50KA 3P WTPR3P0540FEN WTPR3P0540FENS 63 50kA FEN160 63A, 50KA 3P WTPR3P0640FEN WTPR3P0640FENS 80 50kA FEN160 80A, 50KA 3P WTPR3P0840FEN WTPR3P0840FENS 100 50kA FEN160 100A, 50KA 3P WTPR3P1040FEN WTPR3P1040FENS 125 50kA FEN160 125A, 50KA 3P WTPR3P1340FEN WTPR3P1340FENS 160 50kA FEN160 160A, 50KA 3P WTPR3P1640FEN WTPR3P1640FENS 200 50kA FEN250 200A, 50KA 3P WTPR3P2040FEN WTPR3P2040FENS 250 50kA FEN250 250A, 50KA 3P WTPR3P2540FEN WTPR3P2540FENS 400 50kA FGN630 400A, 50KA 3P WTPR3P4040FGN WTPR3P4040FGNS With FE/FG Breaker-4 Poles with 4 Trips, Rotary Handle D-14 Rated current (A) Icc/415V Breaker SKU(standards) SKU(with shunt trip) 25 50kA FEN160 25A, 50KA 4P WTPR4P0240FEN WTPR4P0240FENS 32 50kA FEN160 32A, 50KA 4P WTPR4P0340FEN WTPR4P0340FENS 40 50kA FEN160 40A, 50KA 4P WTPR4P0440FEN WTPR4P0440FENS 50 50kA FEN160 50A, 50KA 4P WTPR4P0540FEN WTPR4P0540FENS 63 50kA FEN160 63A, 50KA 4P WTPR4P0640FEN WTPR4P0640FENS 80 50kA FEN160 80A, 50KA 4P WTPR4P0840FEN WTPR4P0840FENS 100 50kA FEN160 100A, 50KA 4P WTPR4P1040FEN WTPR4P1040FENS 125 50kA FEN160 125A, 50KA 4P WTPR4P1340FEN WTPR4P1340FENS 160 50kA FEN160 160A, 50KA 4P WTPR4P1640FEN WTPR4P1640FENS 200 50kA FEN250 200A, 50KA 4P WTPR4P2040FEN WTPR4P2040FENS 250 50kA FEN250 250A, 50KA 4P WTPR4P2540FEN WTPR4P2540FENS 400 50kA FGN630 400A, 50KA 4P WTPR4P4040FGN WTPR4P4040FGNS WavePro LT Busway D-15 E SE Rapid SE System Reliable IEC LV switchgear solutions E-1 Power Equipment Solutions 1 SE System reliable IEC LV switchgear solutions Flexible system to suit your requirements SEN Plus system can meet the most demanding requirements from high current applications up to 6400A down to motor control applications for a few kW. Furthermore the system is available in different configurations, which include: ● Fixed, plug-in, withdrawable execution ● Main- & Sub-Distribution ● Front or rear access ● Motor control ● The system offers varying forms of separation up to Form 4B to IEC 61439-2 and ingress and protection from IP30 to IP54 1 Standards 1.1 Type tests ● ● IEC 61439-2 Low-voltage switchgear and control assemblies- 1.2 Special tests ● Part 2: Power switchgear and controlgear assemblies Vibration-Time history method The modified and updated standards released by International - Seismic vibration environment test in horizontal and vertical Electrical Committee in 2009, based on IEC 60439 standards ● ● IEC 60068-2-57 Environment testing-Part 2-57:Test Ff: GB7251.1-2005 Low-voltage switchgear and control assemblies- direction ● IEC/TR3 61641 : 2008-01 Enclosed low-voltage switchgear Part 1: Type-tested and partially type-tested assemblies and controlgear assemblies-Guide for testing under Type test includes: verification of temperature-rise limits, conditions of arcing due to internal fault dielectric properties, short-circuit withstand strength, - International arcing fault protection standards effectiveness of the protective circuit, clearances and creepage ● IEC 60529 Degrees of protection provided by enclosures - Define IP numbers used to quantify the degree of protection distances, mechanical operation, degree of protection provided by enclosures ● IEC 60068-2-30 Defining resistance to damp and heat - Wet Heat, 6 cycle with 24 h, 40° C, 95 % rel. humidity ● IEC 60068-2-11 Defining resistance to salt mist - Salt fork, 2 cycle with 24 h, 35° C ● E-2 ABS certified for marine vessels or facilities SE System Reliable IEC LV switchgear solutions 2 Applications The SEN Plus system has been designed from the outset based on customer requirements. The result is a product that offers unrivalled flexibility and user safety, backed up by comprehensive testing and support for many specific applications: 2.1 Commercial 2.2 Industrial 2.3 Utilities ● Small and large offices ● Printing ● Water treatment plants ● Warehouses ● Machinery ● Waste management ● Shopping malls ● Pharmaceutical ● Energy distribution ● Schools ● Automotive, paper and pulp ● Hospitals ● ● Airports ● ● (Electricity and Gas) Chemical industry ● Telecommunications Marine ● Cable providers Oil and Gas ● Public transport 3 Technical Data 3.1 Electrical Data Rated operational voltage Rated frequence Rated impulse voltage / Overvoltage category Back Busbar System Top Busbar System Ue 690V AC / 600V DC 690V AC / 600V DC f 50 / 60Hz 50 / 60Hz Uimp 8kV / III 8kV / III up to 7800A up to 4500A Rated current horizontal busbars Rated current vertical busbars fixed design Rated current vertical busbars plug-in / with drawable design 1600 / 2700A 1600 / 2700A 1000 / 1200 / 1550 / 1900A 1000 / 1200 / 1550 / 1900A Peak withstand current horizontal busbars Ipk up to 220kA up to 220kA Short time withstand current vertical busbars Icw up to 100kA-1s / 50kA-3s up to 100kA-1s / 50kA-3s Short time withstand current: Icw 50kA-3s-85kA-1s 50kA-3s-85kA-1s 85kA-1s 85kA-1s Fixed design Plug-in / withdrawable design 3.2 Mechanical Data Modularity / Available height for modules Dimensions (mm) Degree of protection Form of internal separation 1E=25mm 80E 70E Height 2000 / 2200 2200 Depth 600 / 800 / 1200 600 / 800 Width 400 / 500 / 600 / 800 / 1000 / 1200 / 1400 400 / 500 / 600 / 800 / 1000 / 1200 IP30 / IP41 / IP42 / IP54 IP30 / IP41 / IP42 / IP54 up to Form 4b up to Form 4b RAL 7035 RAL 7035 Epoxy-Polyester Epoxy-polyester Type tested IEC-EN 61439-2 IEC-EN 61439-2 Internal arc tests IEC / TR 61641 IEC / TR 61641 Seisimic withstand UBC - Marine certification ABS - Colour 3.3 Standards E-3 Power Equipment Solutions 4 Safety The combination of SEN Plus and the new EntelliGuard ™ Air As a manufacturer of various types of protective equipment Circuit Breaker excel in terms of safety – both for personnel as GE offers a complete choice, which includes: well as system protection. Limitation of internal arc faults has ● Miniature, Moulded Case and Air Circuit Breakers been independently tested to ensure compartmentalisation of ● Fuses and Switch Disconnectors the functional areas to limit the fault to the point of origin. The ● Variable Speed Drives and Contactors switchboard has been independently tested to IEC 61439 . ● Intelligent motor management solutions With a fault withstand rating of 100kA the system is equipped to Communication and control increasingly forms part of a deal with large faults. system – data exchange via Profibus or Modbus is available for most components, to ensure a homogeneous setup. 5 Environmental considerations The care of the environment in which we live and work is playing an increasingly important place in the considerations for the purchase of electrical equipment. SEN Plus has taken this into account through every aspect of its design. 5.1 Manufacturing process The manufacturing plants are certified to ISO 14001 eliminating waste and packaging. Six Sigma and ISO 9001 ensure that waste is eliminated through highest efficiency in processing and design. SEN Plus is fully RoHS compliant. 5.2 Components The steelwork used is mild steel and does not contain harmful Cadmium. The frames are zinc plated to prevent corrosion and ensure the product has a long life. 5.3 Operation You can manage your impact upon the environment while operating SEN Plus by using the various accessories that can improve energy efficiency, like usage of variable speed drives, kWh meters or intelligent motor management modules. A range of software is available to get the highest grade of efficiency while using such products. E-4 SE System Reliable IEC LV switchgear solutions 6 SE System - Power Center Type tested, standardized main- and sub distribution ● Full verification by test according IEC 61 439-2 boards for currents up to 6400A optional equipped with: ● Small footprint ● Air circuit breakers type EntelliGuardTMG ● RELT (reduced energy let thru) ● Moulded case circuit breakers type Record Plus ● 2 breaker per column up to 2500 A ● Load break switches type DILOS ● 3 separate or one big compartment door ● Incomers, feeders & buscouplers up to 6400A ● Form of internal separation up to form 4b ● Comprehensive trip unit providing full selectivity ● Degree of protection up tp IP54 ● Profibus & Modbus communication capabilities ● Arc proof according IEC 61641 ● More than 500 standards configurations ● E-5 Power Equipment Solutions 7 SE System - Control Center Due to the high modularity the SEN Plus Control Center provides maximum flexibility for the enduser. A hugh variety of different functions & solutions allows to realize the optimal configuration for all possible customer- and market requirements. ● Same basic design for all panel layouts ● Plug-in & withdrawable modules can be mixed ● Motor starter-combinations up to 250 kW ● Sub distribution with MCCB and fused load break switch unit up to 800A E-6 ● VPS modules for lighting distribution ● Form of Internal separation 2, 3, 4a & 4b 7.1 Fixed application ● Very compact design ● Simple & fast module assembly & wiring ● Significantly improved stacking density ● Form2 & 4 internal separation ● Optional: IP 40 cover plate ● MCCB – vertical orientation possible ● Full KEMA test reports ● New efficorTM motor starter units SE System Reliable IEC LV switchgear solutions 7.2 Plug-in application 7.3 Fully withdrawable application ● Configuration for plug-in modules ● maximum safety for the operator ● vertical busbar L profile in the back ● withdrawable incoming plug – special worm gear drive ● internal degree of protection - IP 20 (finger proof) ● connection of incoming plugs while the door is closed ● use of LBS modules possible (LBS adapter) ● high availability ● internal separation from form 2 up to form 4b ● standards modules for feeders & motor starters ● vertical busbar 3 & 4 pole ● 24 pole auxiliary plug – automatic contacting ● Currents from 850 to 1900 A ● module sizes 5E .....36E ● Currents from 850 to 1900 A ● internal degree of protection - IP 20 (finger proof) E-7 Power Equipment Solutions 8 EntelliPro – Intelligent Motor Manager 8.1 ES3 - Relay 8.2 ES5 - Relay Protection Diagnostic ● Overload (Class 5 to 40) ● Time to overload trip, release ● Earth fault (Residual current)) ● Number of operations ● Phase loss ● Number of motor starts ● Thermistor (PTC) ● Motor ON-time, OFF-time ● Start current ● Number of overload trips ● Blocked rotor ● Number of thermistor trips ● Under load ● Maximum currents ● Maximum starts per time ● Trip currents ● Self monitoring ● External device monitoring More E-8 ● Local control and display devices ● Profi bus DP and Modbus RTU ● Profi bus DP certifi ed ● Predefi ned control logic ● Free programmable logic ● SIL, ATEX certifi ed Options ● 24 V DC or 110 – 240 V AC supply SE System Reliable IEC LV switchgear solutions 8.3 Features and benefits Engineering phase Features Benefits Fast initialisation no risk Preprogrammed and tested typicals Easy adaptation to special requirement Configuration of preprogrammed typicals Individual control and protection solutions Fully free programmable logic Cost-effective solution Adaptation to the customer need Easy communication adn typical function pre-test Demanstration kit available Trusted SIL and ATEX certified Based on more than 20 years of experience in intelligent motor management technology Profibus-DP certified Commissioning phase Features Benefits "Repair"wiring errors by software I/O free configurable Easy trouble shooting of fully flexible logic Debug information within WinESG Operation phase Features Benefits All information available at switchgear level Touch control panel for local handling High communication availability Separated segments per switchgear Redundant communication with 2 independent field bus interfaces possible Advanced trouble-shooting capability logging of analogue values in field device Event logging in field device Real time time stamping in field device Easy parameter management Comfortable user software WinESG Maintenance phase Features Benefits Simple spare part handing, plug and play Communication address set by switches Automatic configuration Easy communication maintenance Service plug in each switchgear Simple expansion of existing installations EPOS systems can be upgraded to EntelliPro Fully compatible to EPOS system E-9 Power Equipment Solutions 9 SEN Plus – Marine 9.1 Product highlights 9.2 Product qualification ● Type Approved by ABS Classification society ● All qualification tests @ independent test lab ● Marine clearance & creepage distances ● Inclination test ● Prepared to operate in rough environment ● Vibration test ● High degree of protection ● Environmental testing ● Door stopper ● Hand rails 9.3 Relevant specifications ● American Bureau of shipping: Rules for building and Classing Steel Vessels 2011 – Part 4 Vessel Systems & Machinery ● IACS E10: Rev. 5, Dec 2006 Test specification for Type Approval ● IEC 60092-504: 2001: Electrical installation in ships – Part 504: Special features – Control & Instrumentation ● Det Norske veritas: Standards for Certification No.2.4, April 2006: Environmental test specification for instrumentation and automation equipment E-10 ● IEC 60068-2-30 Ed. 3.0 b:2005 - Environmental testing - Part 2-30: Tests - Test Db: Damp heat, cyclic (12 h + 12 h cycle) ● IEC 60068-2-11 Ed. 3.0 b Cor.1:1999 - Corrigendum 1 - Environmental testing - Part 2: Tests. Test Ka: Salt mist SE System Reliable IEC LV switchgear solutions E-11 F SE Rapid QuiXtra™ 4000 & QuiXtra™ 630 QuiXtraTM 630 IEC Low-voltage distribution boards up to 630A QuiXtraTM 4000 IEC Low-voltage distribution boards up to 4000A F-1 Power Equipment Solutions 1 SE System Reliable IEC LV switchgear solutions The QuiXtra platform, QuiXtra 4000 and QuiXtra 630, has been developed as a range of system enclosures. GE's complete solution for low-voltage distribution boards up to 4000A for commercial and industrial environments. The combination of the QuiXtra enclosures and original GE LV electrical devices are certified according the new standards IEC 61439-2. QuiXtra is designed to be a reliable, simple, flexible and easy to use system enclosure, with the added value of its fresh and attractive design 1 Standards The combination of the QuiXtra enclosures and original GE LV electrical devices are certified according the new standards IEC 61439-2, 2011. The certification has been perform by the third party DEKRA 2 Applications The QuiXtra platform, QuiXtra 4000 and QuiXtra 630, is the GE's complete solution for low-voltage distribution boards up to 4000A, and also for control applications, for commercial and industrial environments. 2.1 Industrial and Infrastructures F-2 2.2 Commercial ● Construction materials ● Cement ● Large & small commercial offices ● Railways ● Water applications ● Food and beverage ● Shopping malls ● Subways ● Ports ● OEM ● Airports ● Governmental buildings ● Tunnels ● Components/parts production ● Hospitals ● Telecommunication ● Small factories ● Small assembly lines ● Banks ● Data/call centers ● Waste recycling ● Printing ● Public transport QuiXtra ™ 4000 & QuiXtra ™ 630 2 QuiXtraTM 630 IEC Low-voltage distribution boards up to 630A QuiXtra 630 is a range of sheet steel system enclosures, delivered as a flat kit. It is GEs solution for low-voltage distribution boards up to 630A, in commercial and industrial environments. The QuiXtra 630 range consists of 24 different enclosures. There are nine enclosure heights available, from 450mm up to 1800mm, and three enclosure widths, for functions of 12, 24 and 36 modules. All enclosures have the same depth (220mm without door and 250mm with door), allowing horizontal coupling and providing the user total flexibility to define the layout of the LV distribution boards. 1 Features and Benefits 1.1 Simple and flexible 1.2 Easy and quick to assemble ● Enclosures widths for 12, 24 and 36 modules ● Assembly by a single person ● Enclosures heights from 3 up to 12 rows of 150mm ● "Click in" supports for functions and busbar holders. No tools ● Horizontal coupling of 2 or more enclosures ● needed Functional kits for GE low-voltage electrical devices up to ● 90º screws for cover plates Pre-assembled captive screws 630A. Modular concept ● ● Mounting of GE devices in vertical or horizontal position ● Guiding ledges in back panel for top and side panel fixation ● The busbars can be assembled in vertically or horizontally ● Door assembly without tools. Doors delivered with locking ● Accessories to facilitate panel wiring and assembly ● Each functional unit includes all parts necessary for assembly: system and hinges pre-mounted ● mounting plate or DIN rail, supporting brackets, cover plate (with precise cut-outs) and all required fixation elements Generous wiring space, enough for vertical cable ducts of 60mm on each side ● Frame allowing the removal of all cover plates at the same time ● Pre-punched cable entry glands as option F-3 Power Equipment Solutions 1.3 Safe for users, reliable and sturdy Verification tested system enclosure, certified according to ● Optimal integration in commercial environments the new IEC 61439-2 ● Combination of two colours: ● IP 30 / IP40 / IP43 configurations ● RAL 9006 (metallic silver) and ● Back panel galvanized sheet steel, 1,5mm ● RAL 7024 (dark grey) ● External panels sheet steel, 1,25mm, power coated ● Aluminium corner parts provide additional rigidity to both ● stand-alone and coupled enclosures F-4 1.4 Attractive design ● Internal segregation: Form 2 ● Tempered glass for the transparent door QuiXtra ™ 4000 & QuiXtra ™ 630 2 Full enclosures range 2.1 12 modules - width: 364 mm/depth: 250 mm H 600/750 750/900 900/1050 1050/1200 1200/1350 1350/1600 1500/1750 1800/2050 R 4R 5R 6R 7R 8R 9R 10R 12R 2.2 24 modules - width: 660 mm/depth: 250 mm H 450/600 600/750 750/900 900/1050 1050/1200 1200/1350 1350/1600 1500/1750 1800/2050 R 3R 4R 5R 6R 7R 8R 9R 10R 12R H 750/900 900/1050 1050/1200 1200/1350 1350/1600 1500/1750 1800/2050 R 5R 6R 7R 8R 9R 10R 12R H Useful height/external height R Number of rows of 150 mm Kit form 3 point locking system Assembled 1 point locking system Mandatory added base F-5 Power Equipment Solutions 3 Main technical characteristics 3.1 Useful and external dimensions (mm) External height Useful height Rows 150mm External width 12 modules 24 modules 36 modules Depth with door 250 600 450 3 - 660 - 750 600 4 364 660 - 250 900 750 5 364 660 876 250 1050 900 6 364 660 876 250 1200 1050 7 364 660 876 250 1350 1200 8 364 660 876 250 1600 1350 9 364 660 876 250 1750 1500 10 364 660 876 250 2050 1800 12 364 660 876 250 3.2 Useful and external dimensions (mm) Rear panel & mounting profiles Sendzimir zinc plated steel 1,5 mm Side, top and bottom panel Epoxy-polyester coated sheet steel 1,25 mm Plain door Epoxy-polyester coated sheet steel 1,25 mm Transparent door Epoxy-polyester coated sheet steel 1,25 mm and smoked safety glass 3 mm. Cover plates Epoxy-polyester coated sheet steel 1 mm External corner and coupling parts ABS Internal corner plates Die-cast aluminium Enclosure colour RAL 9006 Floor base colour RAL 7024 3.3 Protection degree and segregation form Protection class l Pollution degree 2 Segregation Form 1 & Form 2 Protection degree Without door IP30, IK08 With plain door IP40, IK09 With plain door, IP43 profile and IP43 kit IP43, IK09 With transparent door Same IP as plain door, IK08 3.4 Standards and approvals Standards IEC 61439-2 EN 61439-2 Approval with KEMA quality testreport Certification RoHS with KEMA quality testreport Compliant 3.5 Electrical characteristics F-6 Rated current (In) 630 A Rated operational voltage (Ue) 415 V Rated insulation voltage (Ui) 690 V Rated frequency (fn) 50/60 Hz Rated short-circuit current (Icw) 30 kA/1s Rated current of busbar systems 630 A in IP43 QuiXtra ™ 4000 & QuiXtra ™ 630 3 QuiXtraTM 4000 IEC Low-voltage distribution boards up to 4000A QuiXtra 4000 is a range of sheet steel system enclosures. It is GE's solution for low-voltage distribution boards up to 4000A, in commercial and industrial environments. QuiXtra 4000 is designed to be a reliable, simple, flexible and easy to use system enclosure, with the added value of its fresh and attractive design, expanding the benefits of QuiXtra 630. The QuiXtra 4000 range consists of 9 different enclosures. There are three enclosure depths available, 450 mm, 600 mm and 800 mm, and three enclosure widths, for functions of 12, 24 and 36 modules. All enclosures have the same useful height of 1800 mm. It is possible to couple enclosures horizontally and back to back, and L and U configurations. This huge range of enclosures provides the user total flexibility to define the layout of the LV distribution boards. 1 Features and Benefits 1.1 Simple and fl exible 1.2 Easy and quick to assemble ● Enclosures widths for 12, 24 and 36 modules ● Enclosures depths of 450 mm, 600 mm and 800 mm ● Side by side and back to back coupling ● 90º screws for cover plates ● Corner enclosure with depth 450, 600 and 800 mm for L- and ● Pre-assembled captive screws for coverplates U-shapes. ● Accessories to facilitate panel wiring and assembly. ● Modular concept. All functions in steps of 50 mm in height ● Ready to assemble copper connections ● Functional kits for GE low-voltage electrical devices up to ● Door assembly without tools. Doors delivered with locking ● "Click in" supports for functions. Reduced number of tools needed 4000A system and hinges pre-mounted ● Mounting of GE devices in vertical or horizontal position ● Generous wiring space for all functions ● The 10 mm thickness busbars can be assembled on top, at the ● Optional functional door to fi x all the coverplates rear or in vertical F-7 Power Equipment Solutions 1.3 Safe for users, reliable and sturdy ● Verification tested system enclosure, certified according to the ● One common line: QuiXtra 630 and QuiXtra 4000 Same benefits, same aesthetics new IEC 61439-2 standards ● ● IP55 with door and IP55 panels ● Combination of two colours: ● IP30 without door or with door and IP30 panels ● RAL 9006 (metallic silver) ● External panels sheet steel, 1,5 mm, power coated ● RAL 7024 (dark grey) ● Door sheet steel, 1,5 mm, power coated ● Rigid frame built with bent sheet steel profi les fi xed to zamak corner parts F-8 1.4 Attractive design ● Internal segregation: up to Form 4a ● Tempered glass for the transparent door QuiXtra ™ 4000 & QuiXtra ™ 630 2 Full enclosures range 2.1 12 modules - external width: 447 mm H 1800/2155 1800/2155 1800/2155 D 375/450 525/600 725/800 DA 275 425 625 2.2 24 modules - external width: 743 mm H 1800/2155 1800/2155 1800/2155 D 375/450 525/600 725/800 DA 275 425 625 2.3 36 modules - external width: 959 mm H 1800/2155 1800/2155 1800/2155 D 375/450 525/600 725/800 DA 275 425 625 H 2155 2155 2155 D 450 600 800 H Useful height/external height D Useful depth/external depth DA Useful depth after cover plates 2.4 Corner enclosure F-9 Power Equipment Solutions 3 Main technical characteristics 3.1 Useful and external dimensions (mm) Depth 450 Depth 600 Depth 800 Useful dimensions External dimensions Mounting plate width Width for devices Depth Height Width Depth Height 12 mod 238 216 (12 mod.) 375 1800 447 450 2155 24 mod 534 432 (24 mod.) 375 1800 743 450 2155 36 mod 750 648 (36 mod.) 375 1800 959 450 2155 12 mod 238 216 (12 mod.) 525 1800 447 600 2155 24 mod 534 432 (24 mod.) 525 1800 743 600 2155 36 mod 750 648 (36 mod.) 525 1800 959 600 2155 12 mod 238 216 (12 mod.) 725 1800 447 800 2155 24 mod 534 432 (24 mod.) 725 1800 743 800 2155 36 mod 750 648 (36 mod.) 725 1800 959 800 2155 3.2 Material and colour Frame profiles Sendzimir zinc plated steel 1.5 mm External panels Epoxy-polyester coated sheet steel 1.5 mm Plain door Epoxy-polyester coated sheet steel 1.5 mm Transparent door Epoxy-polyester coated sheet steel 1.5 mm and smoked safety glass 3 mm Cover plates Epoxy-polyester coated sheet steel 1 mm External plastic ABS Internal corners Die-cast aluminium alloy Enclosure colour RAL 9006 Floor base colour RAL 7024 3.3 Protection degree and segregation form Protection class I Pollution degree 3 Segregation Up to Form 4a Protection degree Without door IP30, IK08 With plain door and with IP55 panels IP55, IK09 With plain door and with IP30 panels IP30, IK09 With transparent door and with IP55 panels IP55, IK08 With transparent door and with IP30 panels IP30, IK08 3.4 Standards and approvals Standards IEC 61439-2 EN 61439-2 Approval with KEMA quality testreport Certification with KEMA quality testreport RoHS compliant Yes REACH compliant Yes 3.5 Electrical characteristics F-10 Rated current (In) 4000A Rated operational voltage (Ue) 415V, 690V Rated insulation voltage (Ui) 1000V Rated frequency (fn) 50/60 Hz 50/60Hz Rated short-circuit current max (Icw) 85kA/1s Rated current of busbar systems 4000A in IP30 QuiXtra ™ 4000 & QuiXtra ™ 630 F-11 G SE Rapid SE Rapid 1 Power Equipment Solutions 1 SE Rapid Traction Power System DC Switchgear SE Rapid traction power system DC switchgear developed by GE is a complete power distribution system with feeder protection and control for the DC traction power system in railway transportation. SE Rapid consists of incoming cubicle, feeder cubicle, negative cubicle, shunt trip cubicle and over voltage limiting cubicle. 1 Features 1.1 Safety and Reliability ● ● ● 1.3 Powerful Communication Function Equipped with Gerapid high-speed DC breaker with large ● TCP/IP, MODBUS communication capacity and high reliability ● RS485, RS232, Ethernet ports, and PC communication Compliant with international standards EN 50123 and ● Transmission rate up to 10M/100M IEC60439-1/ IEC61992 ● Optical fiber communication, anti-electromagnetic interference GE's Digital Relay MPR-32 provides protection and monitoring functions for DC feeder systems 1.4 Flexible and Easy Operation 1.2 Reliable Protection Performance ● Protection module is separated from trolley with only sampling ● Friendly user-interface in Chinese and English ● Easy installation assisted by smooth-moving trolly ● The trolley is suitable for all feeder cubicles and makes operation effortless module installed Relay communication network ● Electromagnetic trip and static trip ● Comprehensive protection with multi-level operating authority ● Compact framework with high stabilization ● Reliable electromagnetic interlock to prevent incorrect ● Secondary connector for optical fiber communication inside operation ● Fault simulation CPU is used to simulate over-current protection G-2 Flexible parameter configuration and easy operation, can be ● ● set remotely the cubicle SE Rapid 2 Applications DC traction power systems are used for railway transportation system like metro, light rail and tram systems. 3 Operating Conditions 3.1 Normal operation conditions ● Ambient temperature: -5℃ ~+40℃ ; average temperature within 24h is less than +35℃ ● Atmosphere conditions: clean air; ambient relative humidity shall not exceed 50% when the highest temperature is +40℃ . When the temperature is low, it allows higher humidity ● Altitude: ≤ 1400m ● Pollution degree: III. 4 Technical Description Electrical Data Nominal voltage Un 1500V DC Rated insulation voltage UNm 3000V DC 1800V DC Rated voltage UNe Impulse withstand voltage UNi primary circuit 1.2/50μs Power frequency withstand voltage Ua Main circuit 50HZ/1min Power frequency withstand voltage Ua Auxiliary circuit 50HZ/1min Main busbar conventional thermal current Ithe1 Between main circuit and earth 15kV Across the isolating distance 18kV Between main circuit and earth 6.9kV Across isolating distance 8.3kV Between main circuit and frame 2.0kV 6000A Feeder conventional thermal current Ithe2 4000A Frame rated earth fault current INcwe 31.5kA Main busbars rated short-time withstand current INcw [250ms] 70kA Main busbar rated peak withstand current Ipk 100kA CB rated short-circuit restraint current INss [250ms] 70kA CB rated short-circuit peak current Iss 100kA Over voltage category Material category Protection level III I and II IP2X/IP4X G-3 H APO ARIA POLYSAFE Power Equipment Solutions Polyester Enclosures Enclosures made of hot moulded, glass-fiber reinforced polyester. These enclosures are ideally suited for outdoor installations and use in hot, humid and /or chemical aggressive environments 1 APO ● Range of nine medium size, modular multipurpose boxes for indoor and outdoor applications. ● Based on 185 and 300 mm modules. Each large box is multiple of a smaller one ● Polycarbonate transparent or plain polyester covers ● IEC, UL, CSA, Lloyd's Register of Shipping, Germanischer Lloyd, KEMA KUR ● High protection degree: IP67 IEC 60529 & IK10 IEC 62262, Nema Type 3, 3R, 4 ,4X, 12 & 13 1 Applications ● Automation and control applications in oil and steel industry, petrochemical plants, breweries. ● Applications in utilities such as public lighting, traffic control, signalization. ● For installation in aggressive environments such as ship-yards, offshore oil production platforms, mining sites. H-2 Polyester Enclosures 2 ARIA ● Range of seven universal multipurpose cabinets for indoor and outdoor applications. Ideal for high performance applications. ● The range available in seven sizes, from 315x215 up to 1035x835 mm ● Plain or transparent door. Door with 1, 2 or 3 points locking mechanism ● IEC, UL, CSA, Lloyd's Register of Shipping, ● High protection degree: IP65 / IP66 IEC 60529 & IK10 IEC 62262, Nema Type 3, 3R, 3S, 4 ,4X, 12 & 13 1 Applications ● Heavy industry (pulp & paper mills, mining sites, wood & lumber production, steel mills,…) ● Petroleum refineries, chemical and petrochemical plants ● Temporary connection (for construction yards, camping sites, harbors for pleasure crafts, market places, fairs,…) ● Alimentation industry and breweries ● Waste water treatment, public lighting, traffic control, signalization ● For installation in aggressive environments such as ship-yards, offshore oil production platforms, mining sites H-3 Power Equipment Solutions 3 POLYSAFE ● Range of fourteen multipurpose, factory assembled cabinets in one depth 320 mm, for indoor and outdoor stationary use ● 14 standards dimensions (from 500 x 500 up to 1250 x 1000) in one depth 320 mm ● Plain or transparent door. Door with 5 points latching mechanism ● IEC, UL, CSA, Lloyd's Register of Shipping ● High protection degree: IP54 / IP65 IEC 60529 & IK10 IEC 62262, Nema Type 3, 3R, 3S, 4 ,4X, 12, 12K & 13 1 Applications ● Commercial: leisure (market places, camping sites, harbors for pleasure crafts, amusement parks), fuel stations, car washes, launderettes and laundries, service enclosures for construction yards, … ● Industrial: shipyards, mining, automotive, paper & pulp, food and beverage, petrochemicals, transformers, system monitoring, … ● Utilities: waste water treatment, waste management, telecommunications, traffic signalization, traffic control, public transport, energy distribution (electricity, gas, water), cable television (CATV), public lighting, railways, … H-4 Polyester Enclosures H-5 I GE Multilin Power Equipment Solutions Multilin 8 Series Platform Summary 850 869 Feeder Protection Device Motor Protection Device 845 Transformer Protection Device 889 Generator Protection Device Platform Highlights Quality / Reliability Performance ● No electrolytic capacitors ● 1/8 cycle protection pass ● IEC61850 ● Extruded aluminum chassis ● 1/16 cycle digital input pass ● IEC62439 / PRP ● Field swappable PSU ● 128 samples / cycle oscillography ● DNP 3.0 ● IPC Class 3 manufacturing ● 64 samples / cycle protection ● MODBUS RTU, TCP/IP ● Component traceability ● 1024 lines of flexlogic ● IEC60870-5-103 & 104 ● ALT & HALT testing ● 1024 SOE / T.S. 1ms ● 2 – Independent IP addresses ● Automated final testing ● 32 digital inputs ● 2 - Fiber Ethernet ports ● 100% complete burn-in ● 16 digital inputs ● 1 - Copper Ethernet port ● 1 – 485 port ● USB front port ● Optional Wi-Fi for configuration ● IEEE1588/ IRIG-B / SNTP Diagnostics Environment Diagnostics I-2 Communications Asset Diagnostics ● Temperature monitoring ● Broken rotor bar ● Humidity monitoring ● Stator turn fault ● Surge monitoring ● Break wear & travel time ● Vibration monitoring ● Hot Spot detection ● Loss of life detection GE Multilin 850 Feeder Protection System Advanced Feeder Protection for Industrial and Distribution Utilities ANSI Device Numbers Typical Applications 1 52 ● Oil and Gas ● Mining 79 1 50BF 1 ● Cement ● WTP / WWTP 27X TRIP 49 3 50PH 50PL 3 3 3 46 48 3 3 32FP 3 32 32N 3 3 BROKEN CONDUCTOR 3 59X 51PH/V 51PL/V 67P 3 50N R R 3 3 3 51N 3 3 67N 3 25 1 1 ● Balance of Plant ● IOU / Distribution utilities ● Municipal utilities ● CLOSE Monitoring 3 3 2 51G 67G 3 3 50SG 51SG 3 3 27 59 50IG 3 67SG METERING 3 3V_0 3 47 3 3 3 VTFF 1 81U 3 81O 3 81R 3 59NH 3 59NL F650 Digital Bay Controller Rural utilities ANSI Device Number 2 50G 1 3 EN F650 BLOCK F.CDR Description ANSI Device Number Device Number Function N/A 81R VTFF Bus/Line Overvo Neutral Overvol Phase Direction Neutral Directio Ground Directio Sensitive Groun Autorecloser Under/Over Fre Detection Load Encroachm Frequency Rate VT Fuse Failure 25 27/27X 32 32FP 32N 46 47 48 49 50 BF 50PH/PL 50N 50G 50SG 50IG 51N 51G 51SG 51PH/V 51PL/V 59/59X 59NH/NL 67P 67N 67G 67SG 79 81 U/O Synchrocheck Bus/Line Underv Sensitive Directi Forward Power Wattmetric zero Negative Seque Negative Seque Blocked Rotor Thermal Image Breaker Failure Phase Instantan Neutral Instanta Ground Instanta Sensitive Groun Isolated Ground Neutral Time Ov Ground Time Ov Sensitive Groun Voltage Restrain Description 25 Synchrocheck 59P Phase Overvoltage 27P Phase Undervoltage 59x Auxiliary Overvoltage Neutral Overvoltage 27x Auxiliary Undervoltage 59N 32 Directional Power 59_2 Negative Sequence Overvoltage 32N Wattmeter Ground Fault 67P Phase Directional Overcurrent 47P Phase Reversal 67N Neutral Direction Overcurrent 49 Cable Thermal Model 67G Ground Direction Overcurrent 50BF Breaker Failure 67SG Sensitive Ground Directional Overcurrent 50P Phase Instantaneous Overcurrent 67_2 Negative Sequence Directional Overcurrent 50N Neutral Instantaneous Overcurrent 79 Autorelcose 50G Ground Instantaneous Overcurrent 81U Underfrequency 50SG Sensitive Ground Instantaneous Overcurrent 81O Overfrequency 50_2 Negative Sequence Instantaneous Overcurrent 81R Frequency Rate of Change 51P Phase Time Overcurrent 87G Restricted Ground Fault 51N Neutral Time Overcurrent I1/I2 Broken Conductor 51G Ground Time Overcurrent VTFF VT Fuse Failure 51SG Sensitive Ground Time Overcurrent RGF Restricted Ground Fault 51_2 Negative Sequence Timed Overcurrent CLP 52 AC Circuit Breaker Cold Load Pickup Load Encroachment I-3 Power Equipment Solutions Multilin A60 Arc Flash System – Key Features ● Arc-Flash system utilizing light & pressure waves as the detection method ● One fiber sensor will detect both light and sound ● 5 Arc-Flash sensors per A60 module ● Relay independent and will operate with other types of protection relays ● Supervisory input contact available for added security ● 5 Solid State outputs for trip initiation or signaling ● 1 critical fail relay ● 6 digital inputs for 'daisy chaining' multiple devices or remote control ● Programmable Logic Device processing for extremely fast 100µs operation ● LED indication for fiber health ● Status, Trip & Trouble LED's are provided ● Combination of 6' and 12' sensor cable lengths are available SR Platform Key Features SR 489 SR 469 Generator Protection ● Thermal model biased with ● RTD SR 750 Transformer Protection Feeder Protection Thermal model biased with ● Variable dual slope ● Dir. TOC/IOC –Ph/G/SG RTD ● Inrush & over excitation ● Restricted E/F blocking ● Negative sequence OC ● TOC/IOC –Ph/G ● TOC/IOC –Ph/G ● Under/Over voltage ● Under/Over voltage ● TOC/IOC - Ph/G ● Under/Over voltage Ph/N ● Frequency ● Frequency ● Under/Over frequency ● Frequency ● Cable thermal image ● Cable thermal image ● Over excitation (V/Hz) ● Reverse Power protection ● Restricted ground fault ● Synchro check ● Transformer overload ● Cold load pickup ● 4 Shot auto recloser Protection ● Start supervision and inhibit ● Start supervision and inhibit ● Mechanical jam ● Mechanical jam ● Current phase reversal ● Current phase reversal Acceleration time I-4 SR 745 Motor Protection acceleration time ● Undercurrent / Underpower ● Undercurrent / Underpower ● Starts per hour ● Starts per hour GE Multilin 3 Series Platform 339 350 Motor Protection 345 Feeder Protection Transformer Protection Key Features 339 350 345 ● Thermal model biased with RTD ● TOC/IOC –Ph/N/G ● Dual slope, dual breakpoint ● TOC/IOC –Ph/G ● Under/Over voltage ● Second harmonic inrush and fifth ● Under/Over voltage ● Frequency ● Frequency ● ● Cable thermal image protection ● ● Start supervision and inhibit ● ● Mechanical jam ● ● Current phase reversal acceleration ● time ● harmonic over-excitation inhibits Cable thermal image protection ● Instantaneous differential Breaker failure ● Restricted ground fault Cold load pick ● Percent differential protection Up Four-shot auto-reclose ● Thermal model 8 digital inputs, 7 contact outputs ● TOC/IOC –Ph/N/G Two setting groups ● Negative sequence TOC Breaker failure Logic elements ● Undercurrent / Underpower ● ● Starts per hour ● I-5 Power Equipment Solutions MM300 – Compact and Fully Loaded Comprehensive motor protection Powerful Metering ● Thermal overload, mechanical jam ● RMS currents, %UB, thermistor ● Unbalance, thermistor ● Control voltage, frequency, power ● Ground fault (residual & CBCT) ● 3 Phase voltage, metering (optional) ● UVR, power, RTD (optional) ● Eliminate stand-alone metering Advanced Automation ● Standards starter logic: FVNR, FVR, Two speed, wye-delta, Universal Footprint ● Door, DIN & high vibration mount inverter/soft-start ● Automatic I/O assignment based on starter ● Local Process interlocks reduce field wiring ● FlexLogic™ for sequencing applications ● Eliminate external timers, counters & relays ● Scalable I/O options Powerful Comms for Easy Integration I-6 High Reliability ● Automotive grade components ● Conformal coating standards ● -20° C to +70° C continuous operation ● Wide voltage range 60-300vac Motor Diagnostic Information ● Standards Modbus RS485 ● 256 line event recorder (1mS) ● Optional Ethernet Modbus TCP + Fieldbus ● Alarms, trips & events ● Profibus DPV0 / DPV1 ● RMS capture per event ● DeviceNet (ODVA) ● Motor learned data ● Run / stop time counters ● Trip counters ● Optional waveform capture ● Optional RMS data logger GE Multilin MM200 Motor Manager Comprehensive Motor Protection Advanced Automation ● Thermal overload ● Pre-programmed starter logic ● Mechanical jam ● FVNR ● Unbalance ● FVR ● Thermistor ● Two speed ● Ground fault (CBCT) Metering Powerful Comms for Easy Integration ● RMS currents, ● Modbus RTU (RS485) standards ● % Unbalance ● Profibus DPV0 / DPV1 ● Thermistor ● DeviceNet (ODVA) ● Thermal capacity used ● Small footprint ● Conformal coating option ● -20° C to +60° C continuous operation Motor Diagnostic Information ● Motor learned data ● Learned starting current ● Learned starting capacity ● Learned acceleration time ● Average motor load I-7 Power Equipment Solutions GE Multilin EPM/PQM Meters GE Mulitlin's Electronic Power Meter (EPM) and Power Quality GE Multilin understands the criticality of our customer's Meter (PQM) family offers a full range of commercial, industrial infrastructure and is committed to continuous improvement and utility meters with highly accurate, revenue grade energy through Innovation and Quality of our products from initial design and advanced power quality measurements as well as innovative stages to product manufacturing and verification ensuring long- communications capabilities and multiple protocol support. term reliability in the most demanding conditions. GE EPM Meters are covered under GE Multilin's 10 Year Worldwide Warranty From basic energy measurement and sub-metering to advanced power quality analysis, GE EPM meters provide reliable measurements, logging and visualization of energy usage, power quality metrics and revenue grade energy data throughout an energy system infrastructure. Furthermore, with user-friendly setup, field upgradability/maintenance, and multiple protocol support GE EPM meters can to be installed and integrated easily with both new and existing infrastructure investments. Metering data is readily accessible through GE Multilin EnerVista software for monitoring, control and cost allocation. Additional information about the GE EPM Meter family can be found at: http://www.gedigitalenergy.com/multilin/catalog/Meters.htm I-8 (http://www.gedigitalenergy.com/multilin/warranty.htm) After Sales & Service Professional solutions for increasing maintenance demands to improve plant performance and safety. 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 the maintenance and supervision of the system. 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. Our maintenance agreements are tailor made service contracts to meet your individual demand. Benefits Using GE's experience supplying preventive and corrective services could have a vast impact on output, efficiency and profitability of the plant ● Reduction of production downtime and associated productivity losses ● Minimization of health and security risk for plant personnel ● Reduction and transparency of maintenance costs ● Fast return on investment ● Minimization of equipment damage risk Greater China Shanghai 4F, Building 2, CTP, No.1 Hua Tuo Rd. Zhang Jiang Hi-Tech Park, Shanghai, China 201203 T : +86 21 3877 7888 F : +86 21 3877 7600 Taiwan 6F, No. 8, Min Sheng E. Rd., Sec. 3, Taipei 10480 T : +886 2 2183 7000 F : +886 2 2516 6829 South East Asia Malaysia Level 6, 1 Sentral, Jalan Travers, Kuala Lumpur 50470 T : +603 2273 9788 F : +603 2273 3481 Philippines & Guam 8F Net Cube Building, 30th Street, Corner 3rd Avenue, Crescent West Park, Global City Taguig 1634 T : +63 2 877 7000 F : +63 2 846 0629 Indonesia BRI II Tower, 27th floor, Jl. Jend. Sudirman No. 44-46 Jakarta 10210 T: +62 21 573 0430 F: +62 21 574 7089 Thailand & Myanmar 7th floor, Capital Tower, All Seasons Place, 87/1 Wireless Road, Lumpini, Pathumwan, Bangkok 10330 T : +66 2 648 0199 F : +66 2 648 0100 Vietnam, Cambodia & Laos 83B Ly Thuong Kiet, Hoan Kiem District V1505-1508, Pacific Place, Hanoi, VN T: + 84 4 39306400 F: + 84 4 30461515 Singapore Level 9, The Metropolis Tower 2 11 North Buona Vista Drive, Singapore 138589 T: +65 6220 7022 India India Plot No. 42/1 & 45/14, Electronic City-Phase II Bangalore-560100 T: (080) 41434000 F: (080) 41434199 Australia & New Zealand 572 Swan Street, Building 2, Richmond, VIC 3121 T: 1800 733 632 North Asia Japan 11F, Akasaka Park Bldg.,5-2-20, Akasaka, Minato-ku Tokyo 107-6111 T : +81 3 3588 5288 F : +81 3 3585 3010 Korea 22, Daewangpangyo-ro 712 beon-gil, Bundang-gu, Seongnam-si, Gyeonggi-do, 463-400, Korea T: +82-31-620-6000 F: +82-31-620-7070 Europe & Middle East Spain & Portugal Miño 122, naves E - F 08223 - Terrassa - Barcelona T: +34 93 736 57 00 Belgium Nieuwevaart 51, B-9000 Gent T: +32 (0)9 265 21 11 Finland Kuortaneenkatu 2, FI-00510 Helsinki T: +358 (0)10 394 3760 France Paris Nord 2, 13, rue de la Perdrix F-95958 Roissy CDG Cédex T: +33 (0)800 912 816 Poland Ul. Odrowaza 15, 03-310 Warszawa T: +48 22 519 76 00 and Ul. Leszczyńska 6, Bielsko-Biała 43-300 T: +48 33 828 62 33 Italy Centro Direzionale Colleoni Via Paracelso 16, Palazzo Andromeda B1 I-20864 Agrate Brianza (MB) T: +39 039 637 3701 Netherlands Parallelweg 10, Nl-7482 CA Haaksbergen T: +31 (0)53 573 03 03 Germany Robert-Bosch Str. 2a, 50354 Hürth-Efferen T: +49 (0) 2233/ 9719-0 United Arab Emirates Injaz Building, 3rd Floor Dubai Internet City, PO Box 11549, Dubai T: +971 4 4546912 Hungary Vaci ut 81-83. H-1139 Budapest T: +36 1 447 6050 Russia 27/8, Electrozavodskaya street, Moscow, 107023 T: +7 495 937 11 11 South Africa Unit 4, 130 Gazelle Avenue, Corporate Park Midrand 1685 P.O. Box 76672 Wendywood 2144 T: +27 11 238 3000 United Kingdom 2 The Arena, Downshire Way Bracknell, Berkshire RG12 1PU T: +44 (0) 800 587 1239 Turkey Windowist Tower Eski Büyükdere Cad. No: 26 Kat: 5 Maslak 34467, Sarıyer, İstanbul T: +90 212 214 76 91 F: +90 212 214 77 30 Latin America Latin America Headquarters 790 N.W. 107th Avenue, Suite 200, Miami, Fl 33172 USA T: +1 305 551 5155 Chile Vespucio Norte, Avenida Presidente Eduardo Frei Montalva 6001, Edificio N° 66 Comuna: Conchalí, Sector el Cortijo, Santiago T: (56 2) 928-4700 Brazil Av. María Coelho Aguiar, 215, Bloco C - 6.Andar Jd.São Luiz, 05804-900, São Paulo T: +55 11 36141900 Mexico Av. Churubusco 3900 Nte, Col. Industrial Benito Juárez Monterrey, N.L. 64517 T: (01-800) 800-1968 North America USA 41 Woodford Avenue, Plainville CT, USA 06062 and 12305 Kurland Drive, Houston, TX USA 77034 T: +1 800-431-7867 2000 Centre Green Way Suite 200 Cary, NC 27513 T: +1 919-238-6620 Canada 2300 Meadowvale Blvd. Mississauga, ON L5N 5P9 T: 1-800-GE1-STOP For more information, please visit www.geindustrial.com Printing Code: IN201411B12EN © Copyright GE Industrial Solutions 2014