3.3kV-27kV Air Insulated Switchgear

Transcription

1 GE Industrial Solutions 3.3kV-27kV Air Insulated Switchgear Leading the future of electrification

2 3.3kV - 27kV Air Insulated Switchgear Leading the future of electrification

3 GE GE is a diversified organization covering a myriad of market segments, including infrastructure, finance and media. From energy, water, transportation and health to access to money and information, GE serves customers in more than 100 countries and employs more than 300,000 people worldwide. The company traces its beginnings from Thomas A. Edison, who established the Edison Electric Light Company in In 1892, a merger of Edison General Electric Company and Thomson-Houston Electric Company created the General Electric Company. GE is the only company listed in the Dow Jones Industrial Index today that was also included in the original index in 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. Honour World s Most Admired Companies 2010 World's Most Innovative Companies 2012 World s Most Respected Companies 2012 Best Global Brand 2010 World s Most Respected Companies

4 90 More Than 90 Years of Interrupter Experience GE pioneered experimental vacuum interrupters in the 1920s. Refined it and introduced the world's first 15kV Vacuum circuit breaker in the 1960s. To date, this interrupter design has been the world leader in vacuum technology and has accumulated over 55 years of reliable field service. A World Class Quality Manufactured, assembled and tested all in the same sophisticated facility, SecoVac is the product of state of the art manufacturing processes assured by ISO 9001:2008 and ISO certification. Precision tooled parts, computer aided design and advanced production techniques, as well as the protection of the 'E Coat' (cathodic electrocoating) paint process have resulted in a standard of excellence unmatched in the industry. eco Universal Applications SecoGear is designed, assembled and tested to meet or exceed applicable IEC, GB and DL standards. It is suitable for applications in all major industries including T&D, Oil & Gas, Automotive, Processing plants, Iron and Steel mills, Mining, Commercial buildings, etc. It provides protection for all types of applications: coble, overhead lines, motors, capacitors, transformers, busbar sections, etc. Environment Consciousness Selecting low environmental impact technologies has become increasingly important to engineers tasked with choosing equipment for an application. With commitment to environment protection, the solid insulation of epoxy resin is used for SecoVac series MV embedded pole vacuum circuit breaker instead of SF 6 gas.

5 Contents General Introduction GE GE Industrial Solutions Product Description SecoGear Series...02 Solutions...07 Applications...08 Safety...10 Environment...13 Product Introduction Product Introduction...16 Control and Operation...18 Technical Characteristics...19 Operation Conditions...20 Storage Conditions...21 IEC Standards...21 Configurations Typical Panels...23 Incoming/Feeder...24 Incoming with Measuring (VT)...25 Busbar Earthing Switch...26 Incoming/Feeder (VT, SA, ESW)...27 FC Panel with ESW...28 Busbar Tie...29 Riser...30 Riser with VT & vct...31 VT Panel...32 Incoming with VT/ES...33 Riser with ES...34 CPT...35 Incoming with ESW...36 Incoming with ESW and VT...37 VT Panel with ESW...38 FC Panel with ESW...39 Measurement, Protection and Control Multilin 3 Series...44 Multilin 650 Family...48 Switchgear Compartment Vacuum Circuit Breaker...53 Component...60 Cable Connection...62 Operation Tool...62 Installation Guide...63

6 MV Switchgear with better reliability and safety. Product Description For over 80 years, General Electric has provided medium voltage equipment combining advanced technology with engineering excellence. The SecoGear range provides the highest safety and reliability standards with a cost effective solution in the public distribution, industry and building sectors. 02

7 SecoGear Series 3.3/7.2/12/13.8/15/17.5/24/27kV Switchgear Product Description Indoor metal-enclosed (According to IEC , loss of service D B A C Unit compartment A Circuit breaker compartment B Busbar compartment C Cable compartment D Low voltage compartment continuity category (LSC) 2B and partition class is PM -metallic partition) switchgear designed for the MV section of HV/MV and MV/ MV substation Air insulated switchgear with a compact design Safe and Reliable switchgear for universal indoor applications Designed with full metallic segregation of its internal compartments Equipped with the latest design embedded pole SecoVac vacuum circuit breaker Cable compartments with ample space for ease of power cable connection Fully arc-proof unit up to 40kA for 1 second AFLR Tested in accordance with the IEC international standards Tested to UBC zone 4 IBC 2012 intensity 9 for Seismic Front panel features easy operation and low maintenance Complete interlocking system to prevent incorrect operation and to improve safety 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 and IEC , 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. 03

8 Built to highest quality standards Circuit breaker making and breaking capacity Product Description SecoGear is designed and fully thirdparty type tested to the latest IEC standards. It is fully isolated by earthed metal partitions for all the major compartments. It is equipped with GE' s very latest series of IEC vacuum circuit breakers type SecoVac, which are fully third party type tested in accordance with IEC Using GE s state of the art technology, and manufactured in accordance with the highest quality standards; our engineers have integrated core technologies. These technologies such as circuit breaker and mechanism design, vacuum arc control technology, insulation technology and electrical field Fully type tested to latest IEC standards The switchgear is type tested to the latest IEC and has the third party certification to prove internal arc containment classification of AFLR from 31.5kA for 1 second and up to 40kA 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. The SecoVac vacuum circuit breaker is subjected to the rated current and shortcircuit current breaking tests. Furthermore, it is also subjected to the opening and closing of capacitive and inductive loads, capacitor banks and/or cable lines. control and analysis combine to build a highly reliable and compact system. SecoGear benefits from GE' s best Fuse Contactor practices incorporated in our current Vacuum Contactors are designed and medium voltage. manufactured for frequent switchings, The typical rated voltage of SecoGear especially taking into account safety and is 3.3/7.2/12/13.8/15/17.5/24/27kV and quality assurance. rated current ranges for SecoGear up to They are suitable for switching and 17.5 is from 630A to 4000A(4000A is force cooling), for SecoGear 24/27kV the rated Earthing switch making capacity controlling squirrel cage and wound rotor motors, medium voltage resistive loads, current is up to 2500A. All SecoGear with a The earth switch of the SecoGear and capacitors and transformers. The fuse switching device is equipped with SecoVac switchgear can be closed under short- provides protection against short-circuit vacuum circuit breaker or fuse contactor circuit up to 40kA. The earth switch is currents. with corresponding specifications. interlocked to avoid being operated SecoVac fuse contactor rated current is on circuits which are still live. However, 400A. HV fuse ratings are 160A for 12kV, should the switch be accidentally closed 315A for 7.2kV rated voltage. then safety of the operating personnel is assured by arc fault containment. 04

9 Mechanical operations The mechanical endurance tests on all the operating parts ensure the reliability of the circuit breaker. General experience in the electro-technical sector shows that mechanical faults are one of the most common causes of a fault in an installation. The circuit breaker is tested by carrying out a high number of operations - higher than those which are normally carried out by installations in the field. Furthermore, the switchgear components are part of a quality control program and samples are regularly taken from the production lines and subjected to total mechanical life tests to verify that the quality is identical to that of the components subjected to the type tests. Base Frame An optional 75mm height base frame can be provided with SecoGear. The base frame can be used on up to 5 panels to provide modular concept for the switchgear. Use of the base frame decreases field work for mechanical and electrical assembly hence decreases the total commissioning time by up to 80%. Base frame usage is highly recommended for marine and E-House applications. 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. g Zone4 [SRS] Minimum (1.0, E-001) Maximum ( ,2.5735E+000) Marine application Approvals American Bureau of Shipping (ABS) Seismic Certification UBC Zone 4 Seismic Certification- IBC 2012 Inclination The Inclination test proved that SecoGear can continue operating as intended, even when inclined at an angle up to 25 degrees on all four sides and with an ambient temperature of 50 C, IP42. The exposure to these severe service conditions confirms the suitability of SecoGear to marine unstable conditions. Vibration Shock wave Hz Product Description Full Front Access SecoGear FA 17.5kV provides state of the art design principles to allow for complete operation and installation 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. High ambient temperatures The service conditions for the electrical circuit breaker in marine installations are generally more severe than those in normal land applications. Temperatures are a main factor and for this reason the shipping register regulations require the switchgear to be able to operate at higher ambient temperatures of 40 C or higher. The operating conditions on marine platforms and shipping installation require the capability to work in environments affected by vibrations. SecoGear was exposed to a resonance search and endurance random, which consists of a random vibration test according to IACS E10. Vibration Sweep Test From 2 to 13.2 Hz displacement 1.0 (peak value) From 13.2 to 100 Hz acceleration amplitude of 0.7 g Vibration Endurance Tests 90 minutes 05

10 Minimal costs during service due to: Robust maintenance-free design with minimum number of parts SecoVac vacuum circuit breaker has a long life of 15,000 operations without the need for active Product Description maintenance An advanced vacuum interrupter contact design prevents hot spots, creates less heat and minimizes electrode erosion to yield longer life Low end of life disposal costs due to: - Vacuum switching technology - Air insulation - Recycling or re-use of all materials possible - No special decommissioning procedures necessary User interface friendly Cable connection and user interfaces for operation on the same side of the unit Up to 6 cables per phase with standard compression lug for ease of cable connection Secondary cable entry points on both sides of the low voltage compartment top plate Secondary cable wiring runs over the length of the switchgear to help with inter-unit wiring Secondary cable terminals positioned at a good reachable height within the low voltage compartment Clear and simple, straightforward operation, panels combined with an active LED mimic diagram Base frame for up to 5 panels decreases the commissioning time and site works Low lifetime cost Low initial costs due to: Compact footprint Cable access from front or rear Cable entry from either top or bottom Easy-access cable compartment for ease of cable connection Integrated arc chamber Back to wall configuration with front cable access 06

11 Solutions 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. SecoGear offers you: Flexible and adaptable solutions The experience of GE, a global electrical manufacturer Dedicated engineering team to support specific applications Smart distribution Intuitive industrial and utility protective relays for feeders, motors and transformers GE's Multilin protection, monitoring and control relays SecoGear provides the most efficient means to control and protect a wide range of applications With the use of GE Multilin devices, SecoGear can be easily integrated into a monitoring and control system Product Description 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 the switchgear device - For SecoGear 17.5kV motorized line side earth switch Key benefits of Multilin Protection 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 Solutions 07

12 Applications Product Description Utilities and power plants Power generation stations Transformer stations Switching stations Main and auxiliary switchgear E-House Industry Oil and Gas Mining Marine Pulp and Paper Cement Textiles Chemicals Automotive Petrochemical Data Center Metallurgy Transport Airports Ports Railways Underground transport Services Supermarkets Shopping malls Hospitals Large infrastructure and civil works 08

13 Applications Product Description 09

14 SecoGear 3.3kV-27kV Air Insulated Switchgear P13 Safety Internal Arc Containment When developing modern medium IAC test. SecoGear up to 27kV passes the voltage switchgear, personnel safety must 31.5kA/1s. take priority. This is why the SecoGear All high voltage primary compartment switchgear has been designed and tested are provided with pressure relief to withstand an internal arc due to a flaps located on the topside of the short-circuit current of the same current switchgear Product Description level as the maximum shorttime withstand Any overpressure inside the level. compartment caused by internal The tests show that the metal housing arcing will be released through the of SecoGear switchgear provides an pressure relief flaps enhanced degree of protection for personnel near the switchgear in the case of an internal arcing fault. SecoGear up to 17.5kV passes the 40kA/1s SCALE 1,000 Arc release channel Arc Release System Arc skirt (optional) The Arc Release System is the perfect Switchgear with standard arc release The switchgear units have been tested solution for an E-house, marine and other system can be used where the room according to IEC :2003 for the restricted area, where do not allow hot height is greater than 3000mm. At the following Internal Arc Classification. The particles and gases can not be vented location of the exhaust exits from the SecoGear have pass type test IAC AFLR within the switchroom. It guarantees switchroom, personal access should be 40kA/1s for 17.5kV and for 27kV 31.5kA/1s safety for all personnel. restricted. with skirt as below. The top of each panel is fitted with For SecoGear FA 17.5kV, a reduced arc two metal mesh panels. The pressure release system height is available with generated by arc fault causes these the tunnel having a height of 400mm, the panels to open, allowing the gas and the ceiling height being a minimum of particles into the arc tunnel and are then 2700mm. Standard Reduced Arc Duct H H H H evacuated to the outside of the room. SCALE 1,000 Interlock H3 H H1 H1 H C View Arc Release System Arc skirt (optional) 2180

15 SecoGear 3.3kV-27kV Air Insulated Switchgear Interlock GE safety interlock systems guarantee the highest level of personnel safety preventing operator errors from occurring. SecoGear is designed with a number of interlocking systems to prevent misoperation: The circuit breaker can only be moved 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 from test to connect 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 when the circuit breaker is positively located in the test or connect position When the circuit breaker is removed from connect position, the metal shutters will close automatically preventing access to live connections Product Description opened only when the earthing switch is closed A B C D C D Description of the interlock system Key Condition Functional truck racking-out lock Key will be free when the truck in the service position Key will be trapped when the truck in the disconnect/test position Functional truck racking-in lock Key will be free when the truck in the disconnect/test position Key will be trapped when the truck in the service position Earthing switch closing lock Key will be free when the earthing switch is open Key will be trapped when the earthing switch in closed position Earthing switch opening lock Key will be free when the earthing switch closed Key will be trapped when the earthing switch in open position Interlock A B M up/downstream key free with CB withdrawn key free with CB rack in from test position key free with ES close up/downstream Key free with ES open Safety 11

16 Safety SecoGear FA 17.5kV Interlocks SecoGear FA 17.5kV provides intensive safety operation with enhanced interlock system. Product Description Category Condition Interlocking Type SecoGear 17.5kV Base Product Optional Circuit Breaker can be closed only when: Circuit breaker in service or test position and not in any Mechanical 1 intermediate position Electrical Circuit Breaker Closing & Circuit Breaker can be opened without conditions. Opening Padlocks allowance 1 Access to Open Button Padlock 2 Access to Close Button Padlock Circuit Breaker can be Rack-Out from service to test position only when: 1 Circuit breaker is open Mechanical Electrical Circuit Breaker can be Rack-In from test to service position only when: 1 Circuit breaker is open Mechanical Electrical Circuit breaker racking in/ 2 Circuit breaker Control plug is connected Electrical out locking from service to test positions Mechanical 3 Earthing Switch is open Electrical 4 Circuit breaker compartment door is closed Mechanical Electrical 5 Key-lock B for VCB rack in is captive Key Padlocking facilities 1 Access to insert crank lever Padlock Circuit breaker pulling in/ out locking from test to extracted positions Earthing Switch Closing & Openin Circuit breaker compartment door Closing & Opening Cable compartment door Closing & Opening Shutters Control Plug Note: Available Key interlocking brands: Castell, Fortress Circuit Breaker can be pulled-out from test position to service trolley only when: 1 Service Trolley is attached to the Panel and locked to it Mechanical Circuit Breaker can be pulled-in from service trolley to test position only when: 1 Service Trolley is attached to the Panel and locked to it Mechanical Earthing switch can be closed only when: 1 Circuit breaker in test or extracted position and not in any intermediate position between service & test Mechanical 2 Permisive blocking magnet is energized Electrical 3 Key-lock C for Earthing switch is turned captive Key Earthing switch can be opened only when: 1 Cable compartment door closed Mechanical Electrical 2 Key-lock D for Earthing switch is captive Key Padlocking facilities 1 Access to insert operation lever Padlock Circuit Breaker compartment door could be opened only when: Mechanical 1 Circuit breaker in test position Electrical 2 Shutter closed Electrical Circuit Breaker compartment door could be closed without conditions Cable compartment door could be opened only when Mechanical 1 Earthing Switch is closed Electrical Cable compartment door can be closed without conditions Shutters can be opened only when: 1 Circuit breaker door is closed Mechanical Shutters can be closed without conditions Circuit Breaker Control plug can be connected / disconnected only when: 1 Circuit breaker is in test position Mechanical 12

17 Environment Increasing global legislation concerning the use of green - house gases such as SF 6 gas and their related disposal costs, makes vacuum technology with its reliability, low maintenance, and low environmental impact the choice for now and the future. As the world strives to reduce the amount of SF 6 gas used in all applications there is a responsibility on the users of electrical switchgear to find, where appropriate, alternatives to SF 6 gas as an insulation and switching medium. Air and solid insulation switchgear systems incorporating vacuum switching technologies are a reliable, safe and economic alternative for use in electrical systems below 36kV and therefore should be used instead of SF 6 gas insulated systems. Modern medium voltage switchgear employing vacuum technology together with air and epoxy resin insulation provides: Minimum number of parts and components No special requirements for the end-of-life disposal of the switchgear Environmentally-friendly materials used in the design No use of SF 6-gas for switching and insulation No risk of damaging leaks of SF 6 gas or of toxic byproducts Energy-efficient production and assembly, with environmentally friendly energy sources Minimal number of transition points in the primary design enables low energy loss during operation Only re-usable and/or recyclable materials used Product Description Environmentally friendly design GE's production plants act entirely in accordance with the rules and procedures of the ISO environmental certificate during development and production processes. Material selection and the number of parts that are used to manufacture the SecoGear are critical to determining how environmentally friendly the manufacturing process is. GE selects its materials to ensure that they have the lowest possible impact on the environment. It is essential that they are equally safe for people not just during use, but at the end of service life too. Within SecoGear and the SecoVac vacuum circuit breaker, a combination of solid (cast-resin) and air is used as insulation. The castresin technology, in combination with electrical field calculations, provides a very compact, environmentally friendly design for the circuit breaker and the switchgear. Because the switching medium - vacuum is used, SecoGear can be completely recycled at the end of its life without any issues relating to safety procedures, special handling or safe disposal. 13

18 Environmentally friendly Energy efficient assembly From the very beginning GE made a SecoGear is produced in an energy fundamental choice not to use SF 6 as efficient environment. Standard a switching and insulation medium for processes and materials are used in the primary medium voltage equipment. SF 6 design and require no special handling is on the list of greenhouse gasses in the or manufacturing processes, thus Kyoto protocol and is the most potent reducing the amount of energy required of the six main greenhouse gasses, with to manufacture and assemble the a Global Warming Potential (GWP) of switchgear. Product Description Environment 23,000. Many other medium voltage switchgear systems use SF 6 gas as the insulating medium. Leakage of SF 6 gas from switchgear contributes significantly to the threat of the greenhouse effect and associated climate change. They also require additional safety measures and special handling requirements at the end of life. Minimum service checks on site SecoGear is designed for a lifetime of at least 20 years; therefore the energy usage for maintenance activities during this long period is minimal. Due to the green insulation and switching technology, there is also no leakage of the harmful SF 6 gas during its lifetime and no need for performing extra maintenance activities on SF 6 gas pressure checks. Minimal energy loss during operation The number of electrical contact or changeover points within the SecoGear system has been kept to an absolute minimum. This reduces the potential number of "hot spots" and prevents additional energy loss associated with contact surfaces. Efficient use of materials Besides the energy sources, special focus is placed on the efficient use of material during assembly. For example by using advanced nesting tools the hot dipped galvanized steel plates are cut with the least amount of waste, and similar principles are followed in the design and manufacture of other product components Re-use or recycling of materials All materials of SecoGear and SecoVac can be reused, all materials are not any impact on the environment, it fully reflects the GE corporate social responsibility to design and produce products. 14

19 Product Introduction Product Introduction...16 Control and Operation...18 Technical Characteristics...19 Operation Conditions...20 Storage Conditions...21 IEC Standards...21 Product Introduction 15

20 Product Introduction 1 Low voltage compartment The compartment is isolated with earthed metal partitions and has ample space for control and protection devices. A fully isolated metal wire way is mounted at the top of each switchgear panel; this connects together to form a continuous low voltage wire way that runs along the entire length of the switchgear Busbar compartment Busbars are totally enclosed in their own earthed Product Introduction 3 4 metal compartment which vents into the arc chamber. Fully insulated along their entire length, the busbars for up to 17.5kV SecoGear are type tested for ratings up to 4000A, 40kA for 3 seconds, up to 27kV SecoGear are type tested for rating up to 2500A, 31.5kA for 3 seconds. For 24/27kV SecoGear, the busbars are type tested for rating up to 2500A, 31.5kA for 3 seconds. Epoxy moldings separate 6 switchgear sections. 5 3 Vacuum circuit breaker compartment Fully isolated by earthed metal partitions, with its own pressure relief channel into the arc chamber. The compartment provides all the safety interlocking mechanisms required for safe and reliable operation of the vacuum circuit breaker. Manual operation buttons allow for full operation of the vacuum circuit breaker from the front of the switchgear with the door fully closed. The circuit breaker is mechanically interlocked with the compartment door so that the door cannot be opened until the circuit breaker is switched off and racked out into the Test position. 16

21 4 Automatic shutters When the circuit breaker is in Test or Disconnect position, the shutters automatically close to isolate the fixed contact from any live parts. Shutters can be individually and automatically operated for bus side and feeder side connection in close position. 5 Earth switch 8 Cable compartment The earthing switch can be operated from the front of the switchgear. It is mechanically interlocked with the circuit breaker truck so that the earthing switch can only be operated when the circuit breaker is open in Test/Disconnect position as well. The switch is also mechanically interlocked with the cable compartment for additional safety. 6 Current transformers Current transformers are cast in resin, and totally enclosed. This provides superior protection against pollutants and moisture. It can be equipped with one or more independent magnetic cores with equal or different characteristics for measuring, metering and protection purposes. 7 Voltage transformers Voltage transformers are cast in resin, and totally enclosed. This provides superior protection against pollutants and moisture. It can be equipped with one or more independent magnetic cores with equal or different characteristics for measuring, metering and protection purposes. Cable supports are provided to secure cables. Cable clamps are applied for fix the cables. And the metal floor cover is removable. Infrared sight glass window can be offered. 9 Earth bar Earth bar is made of copper and installed in the bottom of cable compartment. The earth bar system has been fault tested and runs vertically and horizontally with each panel section and is connected to the earth switch. 10 Surge arrester Surge arrester is used to protect electric equipment against transient operating or lightning over-voltage. It is connected between primary conductor and ground for protecting protective load from damage effect. When the operating or lightning over-voltage occurs, surge arrester immediately limits over-voltage amplitude and protects the insulation of device. Product Introduction 17

22 Control and Operation 1 Low voltage control and protection compartment Panel with all controls and indicators clearly visible and easy to operate 3 2 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 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 7 Product Introduction 5 6 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 Voltage detection system Each circuit breaker panel can be equipped with an optional standard three phase voltage detection system for voltage detection to IEC Viewing windows The circuit breaker compartment door viewing window provides visual indication of the position of the circuit breaker indicating: - The status of the breaker - The status of the spring charged mechanism 10 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 10 Viewing windows and IR glass Optional viewing windows on the cable compartment door. Optional IR glass for cable compartment 18

23 Technical Characteristics Rated voltage kv Rated power frequency (1min) kvp Rated lightning impulse (1.2/50μs) kv Rated frequency Hz 50/60 50/60 Rated current A 630/1250/1600/2000/2500/3150/4000* 630/1250/1600/2000/2500 Rated short time withstand ka 25/31.5/ Rated peak value withstand current kap 65/82/ IP level for weather protection Enclosure IP4X IP4X Between compartment IP2X IP2X *Force cooling Protection Construction IP4X for the enclosure Internal arc withstand (classification IAC): AFLR up to 40kA/1sec IP2X between each compartment IP41 / IP41 / IP43 optional Connections Front and/or rear access 3 compartments (classification LSC2B according to IEC ) All the metal surfaces in the panels are corrosion proof Panels are produced using hot dipped galvanized steel sheet Busbar fully insulated for 7.2kV, 12kV, 13.8kV, 15kV, 17.5kV, 24kV, 27kV Product Introduction Cable entry from bottom or top 19

24 Operating Conditions Normal operating conditions The switchgear is fundamentally designed Note on any special climatic operating conditions for the normal service conditions for When the switchgear is operated in areas indoor switchgear to IEC Publication with high humidity and/or major rapid The following limit values, among temperature fluctuations, there is a risk others, apply. of condensation. Preventative action (e.g. Ambient temperature fitting an electric heater) must be taken Product Introduction - Maximum +40 C - 24h-Medium +35 C - Minimum -15 C Humidity - Highest average value measured over 24 hours - Relative humidity 95% - Highest average value measured over 1 month - Relative humidity 90% The maximum site altitude is 1000 m above sea level Seismic Rating up to Uniform Building Code (UBC) 1997 Zone 4 Seismic Rating up to IBC 2012 for 27kV SecoGear Special operating conditions SecoGear is suitable for indoor type installations according to IEC standard. Special operating conditions must be discussed with GE in advance. For example: At site altitudes above 1000 m, the effects of the reduction in density of the air on the dielectric properties must be taken into account. 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 in consultation with the manufacturer to avoid the condensation and any resulting corrosion or other adverse effects. panel. High altitude application The insulating capacity of the switchgear with rated values of short-time powerfrequency withstand voltage and impulse withstand voltage according to IEC

25 Storage Conditions In order to retain all of the functional unit s qualities when stored for prolonged periods, we recommend that the equipment is stored in its original packaging, in dry conditions sheltered from the sun and rain at a temperature of between 15 C and + 40 C. For storage: -30 C. IEC Standards SecoGear complies with the standards and specifications for factory assembled metal enclosed switchgear and has been type tested in accordance with the IEC publications as given below. IEC : 2008 High-voltage alternating current circuit breakers. IEC : 2003 AC Metal enclosed switchgear and control gear for rated voltages above 1kV and up to 52kV. IEC : 2001 High-voltage alternating current disconnector and Earth Switches. IEC : 2007 The common specification for high voltage switchgear and control gear Standards. IEC 60529:1989 Degrees of protection as provided by enclosures (IP Code). IEC : 2011 High-voltage Alternating Current Contactors and Contactor-based Motor-Starters. Product Introduction 21

26 Configurations Configurations Typical Panels...23 Incoming/Feeder...24 Incoming with Measuring (VT)...25 Busbar Earthing Switch...26 Incoming/Feeder (VT, SA, ESW)...27 FC Panel with ESW...28 Busbar Tie...29 Riser...30 Riser with VT & vct...31 VT Panel...32 Incoming with VT/ES...33 Riser with ES...34 CPT...35 Incoming with ESW...36 Incoming with ESW and VT...37 VT Panel with ESW...38 FC Panel with ESW

27 Typical Panels The SecoGear series comprises 11 basic configuration applications. The table below can be used to link requirements to functional units and gives basic information on the general composition of each unit. 3.3kV-27kV Incoming/Feeder Incoming with measuring (VT) Busbar Earthing Switch Incoming/Feeder (VT, SA, ESW) FC Panel with ESW Busbar Tie Riser Riser with VT & CT VT Panel Incoming with VT/ES Riser with ES CPT Configurations 24kV-27kV Incoming with ES & VT (24kV) Incoming with ES & VT (27kV) Riser with ES CPT FA 17.5kV Incoming with ESW Incoming with ESW, VT FC Panel with ESW VT Panel with ESW 23

28 22 40 SecoGear 3.3kV-27kV Air Insulated Switchgear Incoming/Feeder Configurations Rated Voltage (kv) Rated Insulation Level Power frequency withstand voltage (kv) Lightning impulse withstand voltage (kv) Rated current (A) * 25 Breaking capacity (ka) Short time withstand current (ka/3s) Dimensions (mm) Width (W) Height (H) Depth (D) Top Access Bottom Access Estimated Weight (kg) *4000A switchgear with force cooling 17 24

29 SecoGear 3.3kV-27kV Air Insulated Switchgear Incoming with Measuring (VT) P32 Rated Voltage (kv) Rated Insulation Level Power frequency withstand voltage (kv) Lightning impulse withstand voltage (kv) Rated current (A) * 25 Breaking capacity (ka) Short time withstand current (ka/3s) Dimensions (mm) Width (W) Height (H) Depth (D) Configurations Estimated Weight (kg) *4000A switchgear with force cooling 25

30 SecoGear 3.3kV-27kV Air Insulated Switchgear Busbar Earthing Switch Configurations Rated Voltage (kv) Rated Insulation Level Power frequency withstand voltage (kv) Lightning impulse withstand voltage (kv) Rated current (A) * 25 Breaking capacity (ka) Short time withstand current (ka/3s) Dimensions (mm) Width (W) Height (H) Depth (D) Top Access Bottom Access Estimated Weight (kg) *4000A switchgear with force cooling 26

31 Incoming/Feeder (VT, SA, ESW) Rated Voltage (kv) Rated Insulation Level Power frequency withstand voltage (kv) Lightning impulse withstand voltage (kv) Rated current (A) * 25 Breaking capacity (ka) Short time withstand current (ka/3s) Dimensions (mm) Width (W) Height (H) Depth (D) Top Access Bottom Access Configurations Estimated Weight (kg) *4000A switchgear with force cooling 27

32 FC Panel with ESW Configurations Rated Voltage (kv) up to 12kV Rated Insulation Level Power frequency withstand voltage (kv) up to 28 Lightning impulse withstand voltage (kv) up to 75 Rated current (A) 400 Breaking capacity (ka) Short time withstand current (ka/3s) Dimensions (mm) Width (W) 650 Height (H) 2200 Depth (D) 1400 Estimated Weight (kg)

33 SecoGear 3.3kV-27kV Air Insulated Switchgear Busbar Tie P28 Rated Voltage (kv) Rated Insulation Level Power frequency withstand voltage (kv) Lightning impulse withstand voltage (kv) Rated current (A) * 25 Breaking capacity (ka) Short time withstand current (ka/3s) Dimensions (mm) Width (W) Height (H) Depth (D) Configurations Estimated Weight (kg) *4000A switchgear with force cooling Note: Bus Tie with disconnector truck is available 29

34 SecoGear 3.3kV-27kV Air Insulated Switchgear Riser Configurations P29 Rated Voltage (kv) Rated Insulation Level Power frequency withstand voltage (kv) Lightning impulse withstand voltage (kv) Rated current (A) * 25 Breaking capacity (ka) Short time withstand current (ka/3s) Dimensions (mm) Width (W) Height (H) Depth (D) Estimated Weight (kg) *4000A switchgear with force cooling 30

35 SecoGear 3.3kV-27kV Air Insulated Switchgear Riser with VT & CT Rated Voltage (kv) Rated Insulation Level Power frequency withstand voltage (kv) Lightning impulse withstand voltage (kv) Rated current (A) Short time withstand current (ka/3s) Dimensions (mm) Width (W) Height (H) Depth (D) Estimated Weight (kg) Configurations 31

36 SecoGear 3.3kV-27kV Air Insulated Switchgear VT Panel Configurations Rated Voltage (kv) Rated Insulation Level Power frequency withstand voltage (kv) Lightning impulse withstand voltage (kv) Short time withstand current (ka/3s) Dimensions (mm) Width (W) Height (H) Depth (D) Estimated Weight (kg)

37 Incoming with VT/ES Rated Voltage (kv) 24/27 Rated Insulation Level Power frequency withstand voltage (kv) 50 Lightning impulse withstand voltage (kv) Rated current (A) Breaking capacity (ka) Short time withstand current (ka/3s) Dimensions (mm) Width (W) Height (H) Depth (D) Estimated Weight (kg) 1100 Configurations *4000A switchgear with force cooling 33

38 Riser with ES Configurations Rated Voltage (kv) 27 Rated Insulation Level Power frequency withstand voltage (kv) 65 Lightning impulse withstand voltage (kv) Rated current (A) Breaking capacity (ka) Short time withstand current (ka/3s) Dimensions (mm) Width (W) Height (H) Depth (D) Estimated Weight (kg) 1100 *4000A switchgear with force cooling 34

39 CPT Rated Voltage (kv) 27 Rated Insulation Level Power frequency withstand voltage (kv) 65 Lightning impulse withstand voltage (kv) Rated current (A) * 25 Breaking capacity (ka) Short time withstand current (ka/3s) Dimensions (mm) Width (W) Height (H) Depth (D) Estimated Weight (kg) 1100 Configurations *4000A switchgear with force cooling 35

40 Incoming with ESW Configurations Rated Voltage (kv) up to 17.5kV Rated Insulation Level Power frequency withstand voltage (kv) up to 38 Lightning impulse withstand voltage (kv) up to Rated current (A) Breaking capacity (ka) Short time withstand current (ka/3s) Dimensions (mm) Width (W) 650 Height (H) 2200 Depth (D) 1400 Estimated Weight (kg) 615 **SecoGear FA 17.5kV 36

41 Incoming with ESW and VT Rated Voltage (kv) up to 17.5kV Rated Insulation Level Power frequency withstand voltage (kv) up to 38 Lightning impulse withstand voltage (kv) up to Rated current (A) Breaking capacity (ka) Short time withstand current (ka/3s) Dimensions (mm) Width (W) 650 Height (H) 2200 Depth (D) 1400 Estimated Weight (kg) 615 Configurations **SecoGear FA 17.5kV 37

42 VT Panel with ESW Configurations Rated Voltage (kv) up to 17.5kV Rated Insulation Level Power frequency withstand voltage (kv) up to 38 Lightning impulse withstand voltage (kv) up to Short time withstand current (ka/3s) Dimensions (mm) Width (W) 650 Height (H) 2200 Depth (D) 1400 Estimated Weight (kg) 615 **SecoGear FA 17.5kV 38

43 FC Panel with ESW Rated Voltage (kv) up to 12kV Rated Insulation Level Power frequency withstand voltage (kv) up to 28 Lightning impulse withstand voltage (kv) up to 75 Rated current (A) 400 Breaking capacity (ka) Short time withstand current (ka/3s) Dimensions (mm) Width (W) 650 Height (H) 2200 Depth (D) 1400 Estimated Weight (kg) 615 Configurations **SecoGear FA 17.5kV 39

44 Configurations scheme 3.3kV-27kV Scheme Number Primary Scheme Configurations Rated Curent (A) 630~ ~ ~ ~ ~ ~4000 Vacuum Circuit Breaker Current Transformer Main Circuit Voltage Transformer Breaker High Voltage Fuse Earthing Switch 1 1 Arrester 3 Application I/F I/F I/F B B B Switchgear Width (mm) 650/800/ /800/ /800/ /800/ /800/ /800/1000 Scheme Number Primary Scheme Rated Curent (A) 630~ ~ ~ ~ ~ ~4000 Vacuum Circuit Breaker Current Transformer Main Circuit Voltage Transformer Breaker High Voltage Fuse Earthing Switch 1 1 Arrester Application B B B I/F I/F I/F Switchgear Width (mm) 650/800/ /800/ /800/ /800/ /800/ /800/1000 Scheme Number Primary Scheme Rated Curent (A) 630~ ~ ~ ~ ~ ~4000 Vacuum Circuit Breaker 1 Current Transformer 3 Main Circuit Voltage Transformer Breaker High Voltage Fuse Earthing Switch 1 1 Arrester 3 3 Application I/F VT VT VT VT VT Switchgear Width (mm) 650/800/ /800/ /800/ /800/ /800/ /800/1000 *For up to 17.5kV SecoGear, special requirement for 6 CT is available. Please contact GE for detail. 40

45 3.3kV-27kV Scheme Number Primary Scheme Rated Curent (A) 630~ ~ ~ ~ ~ ~4000 Vacuum Circuit Breaker Current Transformer Main Circuit Voltage Transformer Breaker High Voltage Fuse Earthing Switch Arrester Application R R R/M R/M R/M R/M Switchgear Width (mm) 650/800/ /800/ /800/ /800/ /800/ /800/1000 Scheme Number Configurations Primary Scheme Rated Curent (A) 630~ ~ ~ ~ ~ A* Vacuum Circuit Breaker 1 1 Current Transformer Voltage Transformer Main Circuit High Voltage Fuse Breaker Fuse Contactor 1 Earthing Switch Arrester 1 3 Application R/M R/M R/M I/F I/F F Switchgear Width (mm) 650/800/ /800/ /800/ /800/ /800/ * 400A is rated current of contactor. Fuse selection will define the actual rated current. 41

46 Configurations scheme FA 17.5kV Scheme Number Primary Scheme Configurations Rated Curent (A) 1250A 1250A 400A* 1250A Vacuum Circuit Breaker 1 1 Current Transformer Voltage Transformer 3 3 Main Circuit High Voltage Fuse Breaker Fuse Contactor 1 Earthing Switch Arrester 3 Application I/F I/F F VT Switchgear Width (mm) * 400A is rated current of contactor. Fuse selection will define the actual rated current. 24kV-27kV Scheme Number Primary Scheme Rated Curent (A) 1250~ ~ ~ ~2500 Vacuum Circuit Breaker 1 1 Current Transformer 3 3 Main Circuit Voltage Transformer Breaker High Voltage Fuse Earthing Switch Arrester Application I/F I/F R M Switchgear Width (mm) 800/ / **For up to 17.5kV SecoGear, special requirement for 6 CT is available. Please contact GE for detail. 42

47 Measurement, Protection and Control Multilin 3 Series...44 Multilin 650 Family...48 Monitoring and Protection 43

48 Measurement, Protection and Control For more information visit our website: Multilin 3 Series Intuitive industrial and utility protective relay systems for feeders, motors and transformers Monitoring and Protection Key benefits Easy-to-use and cost effective protection and control for feeders, motors and transformers Effortless draw-out construction eliminates requirements for test switches and reduces downtime Environmental monitoring system to alarm on destructive operating conditions to enable preventative maintenance Easy-to-use interface and set up in one simple step Accelerated Life Cycle Tested to ensure reliability of relay operation under abnormal conditions Advanced power system diagnostics to increase reliability through fault and disturbance recording capabilities Arc Flash mitigation via zone inter-tripping, flex curves and multiple setting groups Application flexibility with the use of programmable logic elements Large backlit display with 40 characters for easy viewing of relay information and settings Flexible communications with multiple ports & protocols to allow seamless integration into new and existing infrastructure Easy access to information via multiple communication network options including USB, Serial, Fiber & Copper Ethernet Reduced wiring with support for remote I/O Reduce setup and configuration time with the Simplified Motor Setup screen Powerful Security Audit Trail tool to increase security and minimize system risks by tracking setting changes Applications Advanced protection, monitoring & control relays for feeders (Multilin 350), motors (Multilin 339) and transformers (Multilin 345) Industrial feeders with enhanced breaker monitoring and diagnostics Distribution utility down stream breaker protection Medium voltage utility feeders with advanced control features including, cold load pickup, auto reclose and multiple setting groups 44

49 Features Easy-to-use Protection & control Drawout construction (for Multilin 350 Feeder Protection System) The Multilin 3 Series offers a complete Phase, neutral and ground TOC and IOC drawout feature eliminating the need for Undervoltage, overvoltage, frequency rewiring after testing has been concluded. Neutral/ground directional The withdrawable feature also eradicates Negative sequence overcurrent the need to disconnect communication ANSI, IAC, IEC, flex curves Cable Thermal Model protection Breaker failure Cold load pick-up Four-shot auto reclose 8 digital inputs, 7 contact outputs Two setting groups Metering & monitoring Event Recorder: 256 events with 1ms time stamping Oscillography with 32 samples per cycle and digital states IRIG-B clock synchronization Relay & Asset Health Diagnostics Security audit trail User interface and programming 4x20 character LCD display Control panel with 12 LED indicators Front USB and rear serial, Ethernet and Fiber ports Multiple protocols - IEC & GOOSE, ModBus RTU, ModBus TCP/IP, DNP 3.0, IEC , IEC EnerVista software An industry-leading suite of software tools that simplifies every aspect of working with Multilin devices Document and software archiving Overview The Multilin 3 Series of protection relays are a highly functional, economical protection relays for feeders, motors and transformers. By providing an economical system for protection, control, monitoring and metering, and both local and remote user interfaces in one assembly, the Multilin 3 Series relays effectively eliminate the need for expensive discrete components. The Multilin 3 Series provides detailed diagnostic information allowing users to troubleshoot and minimize downtime. Detailed diagnostics is provided via the 256 1ms time stamped event recorder and the 192 cycle Oscillography report sampled at 32 samples per cycle. The robust Multilin 3 Series streamlines user work flow processes and simplifies engineering tasks such as configuration, wiring, testing, commissioning, and maintenance. This cost-effective relay also offers enhanced features such as diagnostics, preventative maintenance, device health reports and advance security features. cables, e.g. fiber, copper, RJ45, etc and helps retain communication status even after a relay has been withdrawn from its case. Advanced communications Easy integration into new or existing infrastructure With several Ethernet and serial port options, and a variety of communication protocols, the Multilin 3 Series provides advanced and flexible communication selections enabling seamless integration into new or existing applications. The Multilin 3 Series supports various industry standard protocols such as, IEC & IEC GOOSE, Modbus RTU, Modbus TCP/IP, DNP3.0, IEC and IEC Monitoring and Protection toolset to ensure reference material and device utilities are up-to-date 45

50 Enhanced diagnostics Preventative maintenance The Multilin 3 Series allows users to track relay exposure to extreme environmental conditions by monitoring and alarming at high temperatures. This data allows user to proactively schedule regular maintenance work and upgrade activities. All relays utilize EnerVista TM setup software for communication, monitoring and metering. Actual values, setpoints, status, trending, and waveform capture information may all be viewed via the software, and can be used for troubleshooting. EnerVista TM Launchpad EnerVista Launchpad is a complete set of powerful device setup and configuration tools that is included at no extra charge with the SR Relays. Set up the Multilin 3 Series Relays - and any other Multilin device - in minutes. Retrieve and view oscillography and event data at the click of a button Build an instant archive on any of the latest Multilin manuals, service advisories, application notes, specifications or firmware for your SR Relay Automatic document and software version updates via the internet and detailed notification of new releases Security Security audit trail The Multilin 3 Series monitors security and reliability of asset protection. The Multilin 3 Series protection devices offer complete traceability of any relay setting and command changes, allowing the user to quickly identify changes made to the relay. Monitoring and Protection User Interface SETPOINT GROUP 1, 2: These indicators are continuously on if corresponding group provides settings for protection elements. TRIP: Indicator turns on when relay detects a trip condition. Operates the trip relay to open the breaker. ALARM: While relay detects an alarm condition, indicator flashes. PICKUP: Indicator lights steady when any protection feature pickup threshold exceeded. DISPLAY: 4 line text for easy viewing of key data. LEDs: 10 LED indicators for quick diagnostics. KEYPAD: Ten button keypad for access to device interrogation and change of settings. FRONT PORT: Electrically isolated front USB communication port. 46

51 Multilin 345 ANSI Device Numbers & Functions Winding2 Winding 1 50P 50G 50G 50P 51P 51G 51G 51G 51G 51P 50BF 50BF 51_2 51_2 50N 50N 51N 51N 49P 87G 87G Calculate Differential Currents Calculate Restraint Current 50/87 Calculate Harmonics 2ndand 5th BLOCK 87T 345 RELAY Metering Device Number Function 49 Thermal Model 50/87 Instantaneous Differential 50G Ground/Sensitive Ground Instantaneous Overcurrent 50N Neutral Instantaneous Overcurrent 50P Phase Instantaneous Overcurrent 50BF Breaker Failure 51_2 Negative Sequence Timed Overcurrent 51G Ground/Sensitive Ground Timed Overcurrent 51N Neutral Timed Overcurrent 51P Phase Timed Overcurrent 87G Restricted Ground Fault 87T Percent Differential Multilin 350 BUS LOAD Multilin P TRIP MONITORING 50N G 50G/ 51G 51G 2 1 BUS 52 CLOSE P 51N 50_ CLP 50BF RELAY 27P 59P 27X 59X 59_2 59N 81U 81O BUSV T METERING TRANSIENT RECORDER EVENT RECORDER ANSI Device Numbers & Functions ANSI Device Numbers & Functions Device Number Function 27P Phase Undervoltage 27X Auxiliary Undervoltage 49 Thermal Model 50P Phase Instantaneous Overcurrent 50N Neutral Instantaneous Overcurrent 50G Ground/Sensitive Ground Instantaneous Overcurrent 50BF Breaker Failure 50_2 Negative Sequence Overcurrent 51P Phase Timed Overcurrent 51G Ground Timed Overcurrent 51N Neutral Timed Overcurrent 59P Phase Overvoltage 59X Auxiliary Overvoltage 59N Neutral Overvoltage 59_2 Negative Sequence Overvoltage 67G Ground Directional Overcurrent 67N Neutral Directional Overcurrent 79 Autoreclose 81U Underfrequency 81O Overfrequency CLP Cold Load Pickup Latched Lockout available as a standard feature Monitoring and Protection Ambient air RTD PhaseCT 3 Ground CT 1 MOTOR Stator RTDs Bearing RTDs LOAD 27P 59P 47 59_2 81O 81U P 50BF 50G O ptional R emo t RT D e MOTOR PROTECTION SYSTEM 51 50N TRIP CLOSE START INHIBIT 86 START Device Number Function 27P Phase UV 37 Undercurrent, Underpower 38 Bearing RTD, Stator/ Ambient/Other, RTD Trouble Alarm 46 Current Unbalance 47 Voltage Phase Reversal 48 Acceleration Time 49 Thermal Protection/Stall Protection 50BF Breaker Failure / Welded Contactor 50G Ground Fault Device Number Function 50P Short Circuit 51P Mechanical Jam 50N Neutral Instantaneous Overcurrent 59_2 Negative Sequence OV 59P Phase OV 66 Starts per Hour & Time Between Starts, Restart Block, Thermal Inhibit 81O Overfrequency 81U Underfrequency 86 Lockout VTFF VT Fuse Failure 47

52 Measurement, Protection and Control For more information visit our website: Multilin 650 Family Advanced protection, control and monitoring system Monitoring and Protection Key benefits Unique built-in control features - Comprehensive protection plus programmable logic Flexible and cost effective control for complex systems - Use IEC compatible programmable logic to customize the functionality of your protection & control system to address unique, site specific applications Human machine interface (HMI) - Standard backlit LCD display with 4 x 20, optional 16 x 40 (240 x 128 pixels) graphical LCD, programmable buttons and directional keys for selecting setting menus and submenus Minimize replacement time - Modular with card draw-out construction Reduce troubleshooting time and maintenance costs - IRIG-B time synchronization, event reports, waveform capture, data logger Cost Effective Access information - Via multiple protocols, through standard RS232 & RS485 Ethernet Ports Optimal integration flexibility via open standard protocols - Modbus RTU, DNP 3.0 Level 2, IEC , IEC 61850, IEC Minimize communication down time - Reliable redundant Ethernet Communication ports with 10/100BaseTX, 100BaseFX with ST connectors and optional double 100BaseFX, with ST connectors Complete asset monitoring - Full metering including demand & energy Follow technology evolution - Flash memory for product field upgrade Applications F650: Management and primary protection of distribution feeders and bus couplers F650: Backup protection of busses, transformers and power lines G650: Packaged generator mains failure detection G650: Distributed generation management device G650: Reliable Distributed Generation interconnection protection system W650: Wind turbine protection, control and monitoring W650: Distributed generation grid interconnection device 48

53 Features Protection and control Up to 32 Programmable digital inputs Up to 16 digital outputs Trip Circuit Supervision Redundant power supply option Configurable PLC logic according to IEC Fully configurable graphic display HMI interface Alarms panel Monitoring and metering Energy metering Data logger Demand metering Sequence of event Trip circuit monitoring Self diagnostic Oscillography User interface Large graphic (16 x 40) or regular (4 x 20) character display Easy-to-use control via Shuttle key Front USB port or standard RS232 Rear wire 10/100BaseTX Ethernet for LAN connection Rear wire CAN bus port (OPEN CAN protocol - W650) Optional fibre optic 100BaseFX Ethernet, single or redundant Optional rear RS485 port 1 ready LED and 15 programmable LED indicators EnerVista TM Integrator providing easy integration of data in the 650 relay into new or existing monitoring and control systems Overview Metering The Multilin 650 family has been designed screens. The Multilin 650 provides the following as a comprehensive protection, control, The metering capability allows 0.5% metering values. metering and monitoring package. The accuracy for current and 1% from 10V to Current: Ia, Ib, Ic, In, Ig, Isg microprocessor based architecture 208V for voltage in metering range. Phase-to-phase and phase-to-ground is a complete solution for different Monitoring functions include a 479 voltage values for bus and line: Van, applications that complies with the most event recorder, and a programmable Vbn, Vcn, Vab, Vbc, Vca, Vx relevant international standards. oscillography recorder. Active power (per phase and total) : Wa, All the elements required for each application have been integrated into a single package for a cost-effective, reliable and simple utilization. The low number of components, thanks to the use of stateof-the-art but mature technology, deliver a very high reliability. Hardware inputs and outputs have been The Multilin 650 s communications capability and option make the product very unique. These units include a maximum of three independent communication ports: COM1, COM2 and COM3, with many physical choices through the use of two removable plugand-play boards. Wb, Wc, W Reactive power (per phase and total) : VARa, VARb, VARc, VAR Power factor (per phase and total) Frequency These signals are available for local display and accessible remotely using communications Monitoring and Protection designed in a modular way that allow The brain of the Multilin 650 units includes easy migration from simple to more a powerful built-in virtual PLC. This PLC Recording functions complex applications. can be programmed according to the IEC The recording functions within the Multilin The control functions include a full language by functional block 650 include: scheme virtual PLC with an optional diagrams. Event recorder capable of storing 479 graphical display. The combination of 650 units come with 8 to 32 digital inputs time-tagged events (1 true millisecond both elements provide total control for and with 8 to 16 outputs depending on accurate tagging) a bay. This means real-time monitoring options. All digital inputs may be filtered Up to 20 separate oscillography records of breakers and selector switches, open with a separate debounce time to tailor can be stored in memory. The capacity and close commands supervised by the customer requirements. of each record will depend on the type of programmable interlockings and metering oscillo selected (1 Mbyte/Max. No. Osc) 49

54 R R EN F650 BLOCK F.CDR SecoGear 3.3kV-27kV Air Insulated Switchgear These records are stored in non volatile memory. Therefore, there is no need for internal battery monitoring or maintenance. Trip circuit monitoring Multilin 650 units offer as an option two complete supervision circuits for breaker trip and closing coils and circuits. These supervision inputs monitor both the battery voltage level and the continuity of the trip and/or closing circuits, applying current through those circuits and checking that it flows properly. In order to apply this feature it is necessary to choose I/O board 1 option 2. Communications Multilin 650 units incorporate up to three ports that operate independently. Redundant ports are available for high reliability applications: Available protocols for rear port 1 and 2 are ModBus RTU, IEC 103 and serial DNP 3.0. The third port is located in a removable communications card. This plug-andplay card can be easily changed in the future as new standards arrive to the market, thus providing a migration path to the customer. The protocol available for the third port is DNP 3.0 over TCP/IP, UDP/IP, ModBus TCP/IP and IEC User Interface Graphic 16 x 40 or text 4 x 20 LCD display Fluorescent backlight to improve visibility Multicolor programmable LEDs with label panel Monitoring and Protection Functional Block Diagram BF CLOSE Monitoring 2 50G G 3 TRIP PH 50PL G 3 50SG 51SG 50IG 67SG F650 Digital Bay Controller 48 32FP VTFF 1 81U 3 81O R 3 BROKEN 32N CONDUCTOR 3 3 Local/Remote/Off pushbutton with LEDs Key control for easy navigation Ergonomic programmable keys Electrically isolated front USB communication port 51PH/V 51PL/V 67P 50N 51N 67N METERING 3V_ NH 3 59NL 3 27X 3 59X 3 ANSI Device Numbers & Functions Device Number Function 25 Synchrocheck 27/27X Bus/Line Undervoltage 32 Sensitive Directional Power 32FP Forward Power 32N Wattmetric zero-sequence directional 46 Negative Sequence Time Overcurrent 47 Negative Sequence Voltage 48 Blocked Rotor 49 Thermal Image - overload protection 50 BF Breaker Failure 50PH/PL Phase Instantaneous Overcurrent (High/Low) 50N Neutral Instantaneous Overcurrent 50G Ground Instantaneous Overcurrent 50SG Sensitive Ground Instantaneous Overcurrent 50IG Isolated Ground Instantaneous Overcurrent 51N Neutral Time Overcurrent 51G Ground Time Overcurrent 51SG Sensitive Ground Time Overcurrent 51PH/V Voltage Restraint Phase Time Overcurrent 51PL/V 59/59X Bus/Line Overvoltage 59NH/NL Neutral Overvoltage - High/Low 67P Phase Directional Overcurrent 67N Neutral Directional Overcurrent 67G Ground Directional Overcurrent 67SG Sensitive Ground Directional Overcurrent 79 Autorecloser 81 U/O Under/Over Frequency Broken Conductor Detection N/A Load Encroachment 81R Frequency Rate of Change VTFF VT Fuse Failure Detection 50

55 Device setup & document management toolset The EnerVista TM launchpad software is a powerful toolset used for the complete support and management of Multilin products. Support application including product software, manuals, and setting files management is used to ensure your important files are kept up-to-date and easily accessible. Site Management will allow you to properly maintain your asset and devices by providing real-time diagnostic data and reports. Logic, IEC system configuration and Real-Time monitoring Viewpoint Engineer is the most advanced tool for protection & control engineers and commissioning staff available. Use the full-featured Graphical Logic Designer to build and annotate complex Flexlogic and then observe it in real-time with the Graphical Logic Monitor. Use the System Designer option to design and annotate IEC communication schemes, including ICD file import and SCD file export for non-ge IEDs. Security auditing, device and asset health reporting and fault data retrieval Viewpoint Maintenance provides security auditing, device and asset health reporting as well as easily accessible fault data. With a comprehensive security audit report, changes to the device settings, including the MAC address, are recorded enabling compliance with NERC / Critical Infrastructure Protection Standards. Device and Asset status reports detail current and historical health for both the intelligent protection device and the asset being protected. Easy-to-Use monitoring and data recording Viewpoint Monitoring provides simplified visualization of real-time data from all GE Multilin using ready-made Plug-and- Play screens. Built-in data logger, alarm annunciator and time synchronization round out this HMI package. Third-party devices can be incorporated using either generic Modbus RTU or Modbus TCP/IP or IEC and optional OPC/DDE server connectivity can link to existing facility DCS or SCADA systems. OPC connectivity to automation and historian applications Seamless integration of GE Multilin and generic Modbus devices into existing DCS, SCADA systems and other data consumer applications (data historians, data visualization tools) using standard open OPC/DDE connectivity. Monitoring and Protection 51

56 Spare Parts Switchgear Compartment Vacuum Circuit Breaker...53 Component...60 Cable Connection...62 Operation Tool

57 Vacuum Circuit Breaker SecoVac VB2 Plus embedded pole vacuum circuit breaker 7.2kV, 12kV, 17.5kV, 24kV and 27kV Safety, more reliability and High performance in a compact package SecoVac VB2 Plus of Modular design Features and benefits Industry leading vacuum and solid insulation technology Fixed and withdrawable versions available Environmentally friendly design - no SF 6 gas Conformance to the latest IEC standards - IEC and IEC Numerous safety features for maximum personnel protection User friendly operation with easy access and minimal inspection Compact and cost effective Flexible with a full line of accessories and OEM Solution Applications Serving global 50 Hz and 60 Hz Segments of the electrical industry: industrial, commercial, utility, mining, marine and off-shore Protecting transformers, capacitor banks, motors, busbar sections and cables Suitable for special environment conditions: shock, vibration and high ambient temperature Spare Parts 53

58 Circuit Breaker Characteristics Rated Voltage kv Rated power frequency withstand (1min) kv Rated lightning frequency impulse withstand voltage (1.2/50μs) kvp Rated Frequency Hz 50/60 50/60 Rated Current A 630/1250/1600/2000/2500/3150/4000* 1250, 2500 Rated short-circuit breaking current ka 25/31.5/ Percentage of DC component Up to 50% 52% Rated short-circuit closing current kap 65/82/ Rated short time withstand current ka 25/31.5/ Rated peak value withstand current kap 65/82/ 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 36/48/60/110/220 V DC 110/220 V AC Operation sequence O-0.3s-CO-180s-CO/ O-0.3s-CO-15s-CO O-0.3s-CO-15s-CO Mechanical life operations Quantity 15,000 (M2) 10,000 (M 2) Electrical Endurance class E2 E2 (list 1) Single capacitor bank Switching current A Rating for Earthing Switch short time withstand current 40kA 1s 31.5kA 1s * Force cooling Main circuit resistance of SecoVac Item Unit Value Rated Current A 1250~ ~4000 Resistance μω 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 (DC/AC) Spare Parts Motor Characteristics Rated voltage (V) Normal operation voltage range Charging time at rated voltage (s) Input Power (W) DC 24 85%-110% <15s 150 DC 30 85%-110% <15s 150 DC 48 85%-110% <15s 150 DC 60 85%-110% <15s 150 DC %-110% <15s 150 DC %-110% <15s 150 DC %-110% <15s 150 DC %-110% <15s 150 AC %-110% <15s 150 AC %-110% <15s 150 AC %-110% <15s 150 AC %-110% <15s

59 Vacuum Contactor SecoVac fuse contactors are provided in withdrawable type and includes high voltage fuses. Features Withdrawable type Conformance to the latest IEC standards. I EC and IEC Comformance to IEC for high voltage fuse With/without mechanical latch HV fuse protection Applications Serving for global 50 Hz and 60 Hz Segments of industry: Power generation, marine, water treatment, mining Medium voltage motor control applications Suitable for special environment conditions: Shock, vibration, high ambient temperature Interlocking features for safety Compact and robust Fuse Contactor Characteristics Item Unit Value Rated Voltage Kv 12 Rated Frequency Hz 50/60 Hz±5% Rated power freq withstand voltage (1min) kv 28 Rated lightning impulse withstand voltage kv 75 Rated Currents for contactor A 400 Rated short-time withstand current (3s) ka 4 Rated making current ka 4 Rated peak withstand current ka 10.4 Maximum rated breaking current A 3200 Minmum rated breaking current A 80 Use type AC3/AC4 Latch type both latched & non latched required Mechanical Mechanical life Times 100k Number of auxiliary contacts 5a/5b check customer requirement Minimum Auxillary contacts rating AC 110V/10A, AC 220V/5A or DC Control voltage 110/125/220 V DC 110/125/220V AC Under voltage and tripping coil for Mechanical La tched type contactor Required Anti-pumping relay Required The drop-out voltage of contactor AC 85%/DC 70% F-C Rated circuit breaking current ka 50 Rated take-over current A 3200 High Voltage Fuse Characteristics Item Unit EFEN SIBA Rated Current A Thermal Current A Spare Parts Main circuit resistance of Fuse Contactor Item Unit Fuse-Contactor Rated Current A 400 Withdrawable μω

60 Vacuum Contactor Internal wiring diagram for mechanical latch type contactor closing loop breaking loop shutting-brake starting circuit break-brake starting circuit YC2 YC1 KM1 KM2 YT V1 V2 QF KM JSQ KM K2 S N K1 SA SB SC SA 13 SB 13SC 13 KM1 KM2 SA SB SC S the operation position S the test position Components Code Component Name Components Code Component Name V1~V2 Rectifiers QF Spindle auxiliary switch YT Break-brake coil S8 Auxiliary switches (when FC is at the test position) YC Closing coil S9 Auxiliary switches (when FC is at the operation position) KM1, KM2 Contactor SA~SC Auxiliary switches for fuses JSQ Electromagnetic counter K1, K2 Reed switch Spare Parts Note: The graph is not energy storage, break-brake position. 56

61 SecoVac Vacuum Circuit Breaker Internal wiring diagram (AC) 17.5kV/27kV Spring Charge Motor Closing Circuit Breaker Interlock Circuit Opening Circuit Truck Interlock Circuit V2 V4 V3 V1 M K0 CC (13) (14) S2 S4 BC TC V5 A~ C+ B- Y4 1 D~ ZC 2 (51) (52) S5 (53) (54) S5 (73) (74) S5 (11) (12) S S5 (5) (2) K0 (3) (21) (13) (21) S S9 (22) S3 (14) S3 (22) S S9 34 S9 S S S S8 S S S5 44 S5 14 S5 82 S S9: Limit switch (working position) CC: Closing coil KO: Anti-pumping relay (optional) S8: Limit switch (testing position) TC: Trip coil BC: Electromagnet for locking (optional) S4: Electromagnet for locking's auxiliary switch M: Spring Charge Motor ZC: Electomagnet for locking truck (optional) S5: Auxiliary switch V1~V4: Rectitier S1~S3: Energy storing travel switch Note: 1. This wiring diagram describes that a breaker is open, racked to test position with spring in discharge state. 2. The polarity in dashed frame should be connected to common DC voltage terminal. Spare Parts 57

62 SecoVac Vacuum Circuit Breaker Internal wiring diagram (AC) 17.5kV/27kV (with UVB) motor circuit closing circuit locking circuit opening circuit latch circuit V2 V4 V3 V1 M K0 CC (13) (14) S2 S4 BC TC V5 A~ C+ B- Y4 1 D~ ZC 2 (51) (52) S5 (53) (54) S5 (73) (74) S5 (11) (12) S S5 (5) (2) K0 (3) (21) (13) (21) S S9 (22) S3 (14) S3 (22) S UVR circuit S9 34 S9 S S9 MM UM S8 S8 S S S5 44 S5 14 S5 82 S S9: Limit switch (service position) CC: Closing coil UM: UVR S8: Limit switch (test position) TC: Opening coil V1~V5: Rectifier S4: Electromagnet for locking's A.S. M: Motor K0: Anti-pumping relay (optional) S1~S3: Energy storing travel switch MM:UVR PCB(optional) ZC: Electromagnet for locking truck(optional) S5: Auxiliary switch BC: Electromagnet for locking (optional) Spare Parts Note: 1. This wiring diagram describes that a breaker is open, racked to test position with spring in discharge state. 2. The polarity in dashed frame should be connected to common DC voltage terminal. 58

63 Component Current Transformer Ground Fault Sensing CT Voltage Transformer Current transformers are cast in resin, and totally enclosed. This provides superior protection against pollutants and moisture. It can be equipped with one or more independent magnetic cores with equal or different characteristics for measuring, metering and protection purposes. Current 1250A the CT type is LZZB A1 or A4 It is of the type insulated in resin and is used to supply measurement and protection devices. These CTs can be furnished in either a solid or split core design. They can be used either for measuring phase currents or for detecting the earth fault current. They conform to the IEC Standards. CT type: LMZC Current > 1250A the CT type is LMZB1-17 Recommended CT Primary Current Type Ratio Accuracy Class Protection Class 500/5A 0.5 or 0.5s 0.2 or 0.2s 5P or 10P 500A 25kA/3s LZZB /1A 0.5 or 0.5s 0.2 or0.2s 5P or 10P /5A 0.5 or 0.5s 0.2 or 0.2s 5P or 10P /1A 0.5 or 0.5s 0.2 or0.2s 5P or 10P 1000/5A 0.5 or 0.5s 0.2 or 0.2s 5P or 10P 1000A 25kA/3s LZZB /1A 0.5 or 0.5s 0.2 or0.2s 5P or 10P /5A 0.5 or 0.5s 0.2 or 0.2s 5P or 10P /1A 0.5 or 0.5s 0.2 or0.2s 5P or 10P 3000/5A 0.5 or 0.5s 0.2 or 0.2s 5P or 10P 3000A 25kA/3s LZZB /1A 0.5 or 0.5s 0.2 or0.2s 5P or 10P /5A 0.5 or 0.5s 0.2 or 0.2s 5P or 10P /1A 0.5 or 0.5s 0.2 or0.2s 5P or 10P Voltage transformers are cast in resin, and totally enclosed. This provides superior protection against pollutants and moisture. It can be equipped with one or more independent magnetic cores with equal or different characteristics for measuring, metering and protection purposes. 17.5kV 27kV VT type: VT type: JDZ17-15A JDZ11-25 JDZX11-15C JDZX11-25E Fuse type: Fuse type: XRNP 17.5/1A JDZX15-25R Spare Parts 59

64 Component Voltage Transformer Truck The withdrawable trucks also allow replacement of the fuses with the switchboard in service. Truck rackingout with the door closed automatically operates closure of a metallic segregation shutter between the live parts of the switchgear and the instrument compartment. Earthing Switch The earthing switch can be operated from the front of the switchgear. It is mechanically interlocked with the circuit breaker truck so that the earthing switch can only be operated when the circuit breaker is open in the Test/Disconnect position as well. The switch is also mechanically interlocked with the cable compartment for additional safety. Surge arrester Surge arrester is used to protect electric equipment against transient operating or lightning over-voltage. It is connected between primary conductor and ground for protecting protective load from damage effect. When the operating or lightning over-voltage occurs, surge arrester immediately limits over-voltage amplitude and protects the insulation of device. Disconnector Truck Disconnect truck is used to disconnect primary circuit and normally coupling with busbar tie breaker to achieve two section power supply. Disconnector truck can be provided with bus tie/riser panels. Earthing switch characteristics Spare Parts Specification Unit Data Rated voltage kv 7.2/12/15/ Rated Work frequency withstand voltage (1min) in open condition of switch kv 20/28/36/ Rated Lighting impulse withstand voltage (peak value) in open condition of switch kvp 60/75/95/ Rated short-time withstand current (3s) ka 31.5/ Rated peak value withstand current kap 82/ Rated short circuit making current kap 82/ Centre distance between phases mm 170/210/ /275 Electric endurance class E1 E1 Mechanical endurance Times

65 Disconnector truck characteristics Specification Unit Data Rated voltage kv 17.5 Rated power frequency withstand voltage (1min) kv 38 Rated Lighting impulse withstand voltage kv 95 Rated Frequency Hz 50/60 Rated Current A Rated short time withstand current ka Rated peak value withstand current kap Rated duration time for short-circuit s 3 Dimension As same current rating VCB Cable Connection The cable compartment contains current transformers, voltage transformers (fixed), withdrawable, and earthing switch, depending on the individual operating requirements. The cable compartment is constructed for installation of three current transformers. When all the three current transformers are not required, dummies can be installed in their place to maintain the same installation and connection procedures. The fixed voltage transformers (optional) are connected on the primary side with busbar and fitted with HRC fuses. The earthing switch can be operated by manual, with position indicated by mechanical indicator on the driveshaft and the auxiliary switch. Three surge arrestor (optional) can be mounted in the space available. Rated voltage Panel Width Panel Type Max # of cables Max Corss section Range of Cable clamp Range of reducer ring kv mm per phase mm 2 mm mm 650 without VTs 2* 7.2/12/15/ with VTs 3* 800 w or w/o VTS 4* w or w/o VTS 4* 24/ w or w/o VTS 6* 1000 w or w/o VTS 6* * If more cable required need increase the depth of switchgear. Please consult your GE. Operation Tool Gear door lock s key Rack handle for truck Earthing switch handle Spare Parts 61

66 Installation guide Installation Guide

67 Installation Guide In order to obtain an optimum installation sequence and ensure high quality standards, site installation of the switchgear should only be carried out by specially trained personnel, or supervised and monitored by qualified personnel, or by personnel supervised and monitored by responsible persons. On commencement of installation on site, the switch-room must be fundamentally finished, provided with lighting and the electricity supply, lockable, dry and with facilities for ventilation, It is also required that the basic frame and indoor ground of substation should be checked and accepted before the construction, It must be ensure that the ceiling height is sufficient for the opening travel of the pressure relief plates and clearance for exhaust. Tolerances for laying the floor frame are: Evenness tolerance: ± 1mm within a measuring length of 1m, Straightness tolerance: 1mm per 1m, but not more than 3mm over entire length of frame. SecoGear panel layout for switchgear arrangement Power Cable Duct 800 SecoGear P/V 1400 for 17.5kV 1800 for 27k Control Cable Duct 1200 n*650/800/ Control Cable Duct SecoGear P/V Power Cable Duct 1400 for 17.5kV 1800 for 27k 800 Installation guide 63

68 SecoGear FA 17.5kV layout Basic Frame Arc Release Duct H H (1900) 2 a) Back to back scheme Installation guide (1900)² b) Back to wall H: Maintain space, should make sure at least 300mm. **: 1900mm are required for panel replacement. 64

69 Switch room cable duct arrangement 17.5kV For 650mm panel Power Cable Duct 800 Base Frame Control Cable Duct For 800mm panel Power Cable Duct 800 Base Frame Control Cable Duct For 1000mm panel Power Cable Duct 800 Base Frame Control Cable Duct Installation guide 65

70 Switch room cable duct arrangement SecoGear FA17.5kV Normal Laylout Power Cable Duct 800 Base Frame Installation guide Control Cable Duct 250 Back to Back Layout 210 Control Cable Duct Power Cable Duct Power Cable Duct 25 Base Frame Control Cable Duct

71 27kV 600 Power Cable Duct Installation guide 800 Base Frame Power Cable Duct 800 Base Frame Bas 67

72 Cross section view of switchgear room layout 17.5kV Top Surface of basic frame 3~5mm above ground Basic Frame ±0.0m m Strap of control cable duct Figured steel plate (t=5mm) Control Cable Duct 250*250 Power Cable Duct 800* kV Top Surface of basic frame 3~5mm above ground Basic Frame m 300 Installation guide Power Cable Duct 800* Strap of control cable duct Figured steel plate (t=5mm) Control Cable Duct 250*250 68

73 Detail of switchgear cable access cutout 17.5kV x x20 54 A B 70 A B C Width A B C Power Cable 545 Control Cable 27kV 144 Width A B C Power Cable Control Cable Installation guide 69

74

75 Greater China Shanghai 4F, Building 2, CTP, No.1 Hua Tuo Rd. Zhang Jiang Hi-Tech Park, Shanghai, China T : F : South East Asia Malaysia Level 6, 1 Sentral, Jalan Travers, Kuala Lumpur Sentral Kuala Lumpur, Malaysia T : F : Thailand 25th floor, CRC Tower, All Seasons Place, 87/2 Wireless Road, Lumpini, Pathumwan, Bangkok T : F : India India Plot No. 42/1 & 45/14, Electronic City-Phase II Bangalore T: (080) F: (080) Australia & New Zealand Australia Long Street, Smithfield, Sydney, NSW 2164 T : F : North Asia Japan 11F, Akasaka Park Bldg.,5-2-20, Akasaka, Minato-ku Tokyo T : F : Europe & Middle East Spain Avenida Camara de la Industria Móstoles - Madrid T: Belgium Nieuwevaart 51, B-9000 Gent T: +32 (0) Finland Kuortaneenkatu 2, FI Helsinki T: +358 (0) France Paris Nord 2, 13, rue de la Perdrix F Roissy CDG Cédex T: +33 (0) Poland Ul. Odrowaza 15, Warszawa T: and Ul. Leszczyńska 6, Bielsko-Biała T: Latin America Latin America Headquarters 790 N.W. 107th Avenue, Suite 200, Miami, Fl USA T: Chile Vespucio Norte, Avenida Presidente Eduardo Frei Montalva 6001, Edificio N 66 Comuna: Conchalí, Sector el Cortijo, Santiago T: (56 2) North America USA 41 Woodford Avenue, Plainville CT, USA and Kurland Drive, Houston, TX USA T: Taiwan 6F, No. 8, Min Sheng E. Rd., Sec. 3, Taipei T : F : Philippines 8F Net Cube Building, 30th Street, Corner 3rd Avenue, Crescent West Park, Global City Taguig 1634 T : F : Vietnam Floors 6 & 7 - The Crescent CR3 111 Ton Dat Tien Street, Tan Phu Ward, District 7 Ho Chi Minh City T : F : / New Zealand Level 1, 8 Tangihua Street, Auckland, North Island T : F : Korea 22, Daewangpangyo-ro 712 beon-gil, Bundang-gu, Seongnam-si, Gyeonggi-do, , Korea T: F: Italy Centro Direzionale Colleoni Via Paracelso 16, Palazzo Andromeda B1 I Agrate Brianza (MB) T: Netherlands Parallelweg 10, Nl-7482 CA Haaksbergen T: +31 (0) Germany Robert-Bosch Str. 2a, Hürth-Efferen T: +49 (0) 2233/ Portugal Rua Camilo Castelo Branco, 805, Apartado Vila Nova de Gaia T: United Arab Emirates Injaz Building, 3rd Floor Dubai Internet City, PO Box 11549, Dubai T: Brazil Av. María Coelho Aguiar, 215, Bloco C - 6.Andar Jd.São Luiz, , São Paulo T: Mexico Av. Churubusco 3900 Nte, Col. Industrial Benito Juárez Monterrey, N.L T: (01-800) Canada 2300 Meadowvale Blvd. Mississauga, ON L5N 5P9 T: GE1-STOP Indonesia BRI II Tower, 27th floor, Jl. Jend. Sudirman No Jakarta T: F: Singapore 240 Tanjong Pagar Road, #06-00 GE Tower Singapore T : F : Hungary Vaci ut H-1139 Budapest T: Russia 27/8, Electrozavodskaya street, Moscow, T: South Africa Unit 4, 130 Gazelle Avenue, Corporate Park Midrand 1685 P.O. Box Wendywood 2144 T: United Kingdom 2 The Arena, Downshire Way Bracknell, Berkshire RG12 1PU T: +44 (0) Turkey Windowist Tower Eski Büyükdere Cad. No: 26 Kat: 5 Maslak 34467, Sarıyer, İstanbul T: F:

76 GE Industrial Solutions You may be interested in other MV Seco-family products For more information, please visit For more information, please visit Approval number: GE/PV2/CA/2014/01 Printing Code: IN201401B29EN Copyright GE Industrial Solutions 2014