FRANKE. Power Factor Correction GMKP ENERGY. GMKPg Low Voltage Capacitors by Gas Technology Save energy and reduce carbon dioxide emission!

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1 for a better power! Power Factor Correction Low & Medium Voltage System by Gas Technology Save energy and reduce carbon dioxide emission! LTD. info@frankegmkp.com German Brand & Quality

2 General Series GMKPg low voltage capacitors were designed to compensate the reactive energy and the line loss in power networks up to 00V and with permisson of harmonic content. Application Automatic power factor correction (PFC) and capacitor banks Individual solution for xed power factor correction (e.g. Motor, power transformers,lighting etc.) Group xed power factor correction (several equipment connected in agroup) Capacitor banks of tuned and detuned Harmonic trap applications (e.g. UPS,frequency drives and converters etc.) Special application such as outdoor mounting, lter model, bushing terminal style etc. Bene t Electrical Highest pulse current withstand capability Coronafree Very low losses Internal discharge resistor Terminal for high capacity cables (up to 16 to mm²), both side of the terminal can be used Environment No pollution,pcb & SF6 free Friendly manufacture Recyclable Save energy and reduce carbon dioxide emission Mounting Compact volume Low weight & height Maintenancefree Reduce mounting costs Any position mounting is available on request Additional function Pole mounting Element of square Cap. of GMKPg Box capacitors GMKPg Fixed capacitors Safety Gas dry type design Selfhealing Overpressure and overcurrent tear off Non ammable Touchproof terminals Three cascade cylinder sealing & one form capacitor cane,no possibility for leaks Innovative design MultiProtection capacitor 3P/4Line capacitor Order example: the gas filled hole GMKPg 330 GMKPg gas dry capacitor voltage: V Phase: three power: 30kvar

3 Key technologies Compact design, low height, weight & volume The capacitors are made up of only three electrically separated capacitor elements. The electrodes are connected by metal spraying to face ends of the winding elements. The three phase capacitor elements are delta (or star connection) connected to minimize losses, the any position mounting is available on request. Excellent selfhealing feature The GMKPg capacitor is a selfhealing that repairs itself after overload, because of the metallized polypropylene film capacitor using GMKPg technology with selfhealing properties. The currentcarrying metal layer (electrode) is evaporated onto one side of the film.the reduction in capacitance caused by selfhealing is less than 0PF only. Break Down Evaporate SelfHealing Selfhealing process High inrush current withstand capability GMKPg capacitor can easily handle a high inrush current withstand capability of up to 200 tines rated current by the technologies of the variable tension winding process ensure the excellent tension between the metallization (with zinc and aluminum) and polypropylene, the excellent tightly contact between metallization and electroplated coated layer. Additional design for pulse strength of the technology comes in particular from the enlarged, sensitive contact area (improved metal spraying and heavy edge film design), as well as all elements have been proved by a special test with a high inrush current its with standing capability. Two high vacuum process system extend the useful life After a long drying phase in a high vacuum to eliminate moisture from the active element, the capacitor should be in high level vacuum (the Max. vacuum class is 3 Bar) treatment twice about several days. Then it is impregnated, and has to pass routine tests, extended useful life of 1,000 operation hours. Gas dry technology Instead of a liquid impregnating agent like oil or PCB, the capacitor is filled with gas (normal is pure N2 gas) Non SF6 design for ecologically sensitive applications, onflammable and an additional features are reducing the weight on average by15% to 30%. support mounting te capacitor in any position. pure N2 gas of environmentally friendly design when disposing of the capacitor, no liquids or toxic gasses need to be considered..

4 Quintuple safety system of over pressure & over current This prevents the capacitor from bursting at the end of its useful life or through electrical or thermal overload. All capacitors featured in this catalog are consequently fitted with a disconnector that responds to overpressure. If numerous electric breakdowns occur at the end of service life or as the result of thermal or electric overload, the formation of gas produces a fast rise in pressure inside the capacitor case. With cylindrical cases this causes a change in length because of curvature of the lid or stretching of the expansion bead. Expansion beyond a certain degree will separate the internal wires and disconnect from the line. Then the capacitor receives no more energy and the development of gas stops. GMKP has a special double electrical safety system, which not only prevents overpressure, but also switches the capacitor off to prevent overcurrent. The purpose is to protect the capacitor against excessive pressure increase inside. The inner connections are separated for this purpose from the main supply.

5 Special design Internal discharge system The internal resistors are GMKP's special design. In case of high power consumption we avoid arcs outside the capacitor so that protect the equipment from burning or overheating. Another advantage of this design is to reduction of the discharging periods with very low resistor losses and guarantee of safe place for installing the capacitor. Internal discharge system for extra reliability and safety. terminal for high capacity 2 cable up to mm strong capacitor cover process of the three cascade cylinder sealing dual side of the terminal cable connection (without discharge box) over pressure llister design for the safe protection one form capacitor cane without impress no possibility for leaks internal discharge system guarantee safe discharging special design GMKPg capacitor One form capacitor cane and three cascade cylinder sealing The capacitor cane is one from and three cascade cylinder sealing in case of no any possibility for leaks, these process for extra strong and safety capacitor cane. Excellent capacitor terminal design Reliable double terminals connection technology with benefits like simplified parallel connection of capacitors, clamping device to avoid loosening of screws. 2 Protection against electric shock hazard, cable crosssections up to mm.the enclosure is IP20 or IP55(with protection cover). The element of square capacitor Sq.S.Cap Sq.Cap The GMKPg capacitor are elements which assembly the square capacitor(series of GMKPgBox Capacitors),housed in a single rectangular steel case and connected to the terminals, as well as the simple solution of fuse load switch capacitors(series of GMKPgFixed Capacitors) for the loads like electric motors etc.. The other features of the capacitors are especially intended for HeavyDuty industrial applications with extreme demands for useful life, constant capacitance and high inrush current ability. GMKPgFixed capacitor GMKPgBox capacitor Internal structure of GMKPgBox capacitor & GMKPgFixed capacitor

6 Innovative design The MultiProtection Function Capacitor This MultiProtection function can send alarm or control signals to make the broken capacitors or circuits automatically stop operating, so that the sustainability of system tuning ratio or filter accuracy, as well as the protection of the safe operation is ensured.meanwhile, the function can cut off itself automatically before the capacitor s interior components overheating and surpass its temperature limit and it connects again when the capacitor s interior temperature recovers. So the capacitor s lifespan is extended. This will save operating costs in a long period and makes it be a new and long life style capacitor.this design capacitor are available on request.(catalogue of Series GMKPgd MultiProtection Capacitor). multiprotection terminals K1 K2 GMKPgd Capacitor GMKPgd Capacitor with internal tuning ( ltering) and temperature protection K1:capacitor failure protection K2:capacitor over temperature protection The MultiCap 3P/4L A N B C MultiCap + this innovative design of MultiCap.(Series of GMKPg 3P/4L Capacitors) modules contain of three pcs single phase in star connection with the phase N output, that ensure a Multi Power Factor Correction of three phase & single phase compensation by one capacitor instead of 3 Pcs single phase capacitors in order to save the mounting space, mounting time and the costs. (catalogue of Series GMKPg 3P/4L Capacitor). A B C N GMKPg 3P/4L capacitor Electronic Draw GMKPg Fixed capacitor

7 3±2 5±0.5 Mounting draw GMKPg low voltage capacitor 46 15±1 Torsion T=1.2Nm Mounting Toothed washer Hex nut 45 M12 torsion T=Nm 16+1 H 46 Dφ±1 20 Hex nut mounting dimensions Outdoor/Pole mounting: Outdoor/Pole mounting with the plastic protective cover for terminal for the capacitor diameter standard cable lenght series No. Φ96 Φ m GMKPgw 0.5m GMKPgw 70 label speci cation: Order No Capacitor model power voltage frequency capacitance tolerance Internal connection Ambient temperature category Voltage test class Electric phase Safety system Standards Production number g

8 General technical data Over Voltage Over Current Over Voltage Inrush Current Over Current Losses (Dielectric) Inrush Current Tolerance Losses (Dielectric) Test Voltage Terminal to Terminal Test Voltage Terminal to Case Ambient Temperature Category Permissible Max Humidity Maximum Permissible Altitude Mounting Position Mounting and Grounding Degree of Protection Outdoor using Mounting Impregnationand Terminals Installation Outdoor mounting U Imax Is Cn UTT Tolerance UTC Test Life Expectancy Voltage Terminal to Terminal Discharge Standards Resistors TLD(CO) LCT/UCT Test Voltage Terminal Cooling to Case Life Expectancy Hrel Ambient Temperature Category Cooling Permissible Max Safety Features Humidity Discharge Resistors Maximum Permissible Altitude Case Mounting Position Grounding Safety Features Min.1.3In(in certain cases higher) 200 times rated current(other request is available) 0.20W/KVar 5%+5% 2.15Un, AC, s Up to Un 6V:3000VAC, s;above Un>6V:00 VAC, s 0,000 to 130,000 operating hours 25/D, Max. 55 C with forced cooling conditions higher ambient temperature possible. Naturally aircooled (of forced air cooling) TLD(CO) 95% Normal 00 m above sea level (Max.3000m) Normal stand mounting,any position mounting is available on request. Threaded M12 (or M16) stud on bottom of case Dry technology, overpressure/current disconnector, selfhealing Internal discharge module design included in delivery, (<75V within 3 min) Extruded aluminium can without any impress IP20, indoor mounting (optionally with cover for IP55) With the plastic cover,ip55,the capacitors diameters from 90mm to 116mm NonPCB, special protection gas with resin. Dual, with electric shock protection, max, crosssection 16 mm cable Indoor and outdoor (with the cover) Capacitor diameter 90mm IEC311(2), EN311(2), VDE0546(47), CE.(UL marking on request) Case Outdoor/Pole mounting Extruded aluminium can without any impress Degree of Protection IP20, indoor mounting (optionally with cover for IP55) Mounting With the plastic protective cover for terminal With the plastic cover,ip55,the capacitors Outdoor using Protection class IP55 diameters from 90mm to 116mm Impregnation NonPCB, special protection gas with resin. Ambient Temperature category Terminals LCT/UCT Normal С,Max. С Connection cable Standard 0.5M Un+%(up to h daily)/un+15%(up to 30 min daily).un+30%(up to 1 min) U Imax Is Cn UTT UTC LCT/UCT Hrel Un+%(up to h daily)/un+15%(up to 30 min daily).un+30%(up to 1 min) Min.1.3In(in certain cases higher) 200 times rated current(other request is available) 0.20W/KVar 5%+5% 2.15Un, AC, s Up to Un 6V:3000VAC, s;above Un>6V: 00 VAC, s 0,000 to 130,000 operating hours 25/D, Max. 55 C with forced cooling conditions higher ambient temperature possible. Naturally aircooled (of forced air cooling) 95% Normal 00 m above sea level (Max.3000m) Normal stand mounting,any position mounting is available on request. Threaded M12 (or M16) stud on bottom of case Dry technology, overpressure/current disconnector, selfhealing Internal discharge module design included in delivery, (<75V within 3 min) Dual, with electric shock protection, max, crosssection 16 mm cable Installation Mounting plant Are available Indoor on request and outdoor (with the cover) Outdoor mounting Standards Capacitor diameter 90mm IEC311(2), EN311(2), VDE0546(47), CE.(UL marking on request) Outdoor/Pole mounting Mounting With the plastic protective cover for terminal Protection class Ambient Temperature category LCT/UCT IP55 Normal С,Max. С Connection cable Standard 0.5M Mounting plant Are available on request

9 GMKPg capacitors400v, 3phase HZ Current X33.2 3X.0 3X66.3 3X2.9 3X0 3X133 3X GMKPg40035 GMKPg4003 GMKPg4003 GMKPg GMKPg GMKPg GMKPg X20 X2 6X2 116X2 GMKPg capacitors230v, 3phase HZ 230 Current GMKPg23035 GMKPg2303 GMKPg2303 GMKPg23031 GMKPg x4 3x151 3x209 3x251 3x X2 6X2 116X GMKPg capacitorsv, 3phase HZ Current X2 3X42 3X49.9 3X54. 3X61.4 3X6 3X77.3 3X2. 3X99.7 3X1.7 3X1.6 3X137 3X154 3X165 3X13 X2 96X2 6X2 6X2 116X2 116X2 116X GMKPg31 GMKPg324.2 GMKPg35 GMKPg3 GMKPg3 GMKPg3 GMKPg311.2 GMKPg3.1 GMKPg315 GMKPg31 GMKPg320 GMKPg325 GMKPg32.1 GMKPg330 GMKPg

10 GMKPg capacitors40v, 3phase HZ Current X41.4 3X49.7 3X5.0 3X66.3 3X76.9 3X2.4 3X92.6 3X9.6 3X115 3X13 3X X2 6X2 116X2 116X3 116X2 116X3 116X GMKPg4039 GMKPg403 GMKPg4031 GMKPg403.4 GMKPg GMKPg GMKPg40320 GMKPg GMKPg40325 GMKPg40330 GMKPg GMKPg capacitors690v, 3phase HZ Current X11.1 3X16.7 3X1.5 3X22.3 3X27.9 3X33.4 3X37.2 3X4 3X GMKPg69035 GMKPg6903 GMKPg6903 GMKPg6903 GMKPg69031 GMKPg GMKPg GMKPg GMKPg X2 6X2 116X2 116X3 116X GMKPg capacitors525v, 3phase HZ Current X1 3X19.2 3X2.9 3X3 3X3.5 3X4.1 3X5.0 3X GMKPg GMKPg52535 GMKPg5253 GMKPg GMKPg5253 GMKPg52531 GMKPg GMKPg X2 116X

11 GMKPg capacitors715v, 3phase HZ Current X.4 3X15.6 3X17.3 3X20. 3X2 3X31.1 3X37.4 3X41.5 3X GMKPg71535 GMKPg7153 GMKPg7153 GMKPg7153 GMKPg71531 GMKPg GMKPg GMKPg GMKPg X2 6X2 6X2 6X2 116X GMKPg capacitors15v, 3phase HZ Current X.0 3X 3X1 3X1 3X19.2 3X24.0 3X2. 3X26.7 3X GMKPg1535 GMKPg153 GMKPg153 GMKPg153 GMKPg1531 GMKPg15315 GMKPg GMKPg15320 GMKPg X2 6X2 6X2 116X2 116X GMKPg capacitors230v, single phase HZ 230 Current GMKPg2301 GMKPg23015 GMKPg2301 GMKPg2301 GMKPg

12 GMKPg capacitors415v, single phase HZ Current X1 1. GMKPg X1 1. GMKPg GMKPg GMKPg GMKPg GMKPg capacitorsv, single phase HZ Current GMKPg capacitors40v, single phase HZ Current GMKPg capacitors525v, single phase HZ Current s of three phase wind power lter capacitors HZ 700 3X23 3X25 3X X11 Current x23 3x25 3x41 3x11 116X2 116X20 116X2 116X20 76X1 76X1 76X1 76X1 76X1 76X X20 3x20 116X GMKPg11.67 GMKPg13 GMKPg.17 GMKPg1 GMKPg115 GMKPg GMKPg4013 GMKPg40.17 GMKPg401 GMKPg40115 GMKPg GMKPg52513 GMKPg GMKPg5251 GMKPg GMKPg33 23 GMKPg33 25 GMKPg33 41 GMKPg33 11 GMKPg33 20

13 g g g g Installation, Operation & Maintenance Instructions Thanks for choicing our products.before installation, read this notice carefully and keep it at disposal of people in charge of installation, maintenance and operation. WARNING! Wait 5 min. after isolating supply before handling. After the 5 min. wait and as an additional precaution before commencing work, carefully proceed with DC voltage measurement on the terminals and make sure of the capacitor discharge. For a safe use of capacitor units, please ensure Installation and maintenance are undertaken only by authorized and qualified personnel, in accordance with current local regulations; Isolate the equipment from the supply before attempting to gain access. The Q(total Nonline load capacity / the total load capacity system) is less 30%,pure capacitor model, if 30%<Q < %,detuned capacitor model, if Q >%,filter with capacitor model. Inspection on reception: Unpack the capacitor and check that: the capacitor quantity data on the label correspond to those of your purchase order and local regulations; the capacitor is not damaged..the series GMKPg capacitors are including: GMKPg capacitor.gmkpgd Multiprotection capacitor. GMKPgw outdoor mounting capacitor. GMKPgf pure filter capacitor. GMKPg 3P/4L 3 phase & 4 line capacitor. Any loss or damage should be notified immediately to your closest our agent. 1 H h H h H h H h D D D D GMKPg,GMKPgf caapcitors GMKPgd capacitor GMKPg 3P/4L capacitor GMKPgw capacitor Storage:Indoor, in dry, dust free and noncorrosive environments,protected from ο vibrations or shocks. Storage temperature: minimum: 40 /40 F, maximum:75 ο /167 F. Transportation and handling:in case severe conditions of transportation are expected, make sure the fixation points are strong enough to withstand weight of the capacitor and vibrations that may occur. WARNING! Failure to respect the installation rules may lead to premature failure, other material damage to installations or bodily injury. Environment: The capacitor do not contain PCB,or any other toxic or banned materials.you can disposal it as the normal industry wastes. Installation:Applicable standards:iec 31 Parts 1 and 2. Current local regulations.protection:ip00 by default and IP20 & IP54 with optional top cover.installation and use:indoor installation on firm foundation or fixed on a rigidplate/frame in wellventilated situations where the air temperature around the ο ο capacitor does not exceed 35 /95 F over one year, 45 /113 F over 24 hours and ο 55 /131 F (according to IEC 31 Parts 1 and 2 for the temperature category product).always refer to the nameplate for exact specifications. WARNING! The ambient temperature for capacitors inside a cubicle is the temperature around the capacitors and not around the cubicle. WARNING! Like other standard capacitor units, capacitor discharge devices are not suitable for use with rapid switching rates like thyristor switched banks. The minimum off time of capacitor is 40~ sec. Additional external resistors are not a solution for such cases. Only specially designed capacitors must be used in such applications.

14 Vertical and horizontal mounting: WARNING! Following instructions on mounting must be strictly followed. Incorrect mounting could damage the capacitors. The capacitors must be fixed in such a way as to ensure a natural airflow from bottom to top.the minimum free necessary space between groups of inline adjacent units is 2025 mm (Fig.).In case of vertical mounting, use a punched mounting plate or support bars to allow free airflow around capacitors units (Fig.). Installation in a cubicle: WARNING! Guidelines only apply if the following limits are respected: Maximum room temperature: 40 (1 hour). Average maximum room temperature over 24 hours: 35. Average maximum room temperature over 1 year: 25. When the capacitors are installed in a cubicle the components should be placed in such a way as to optimize the cooling. Do preferably place devices with high heat dissipation above the capacitors to avoid overheating them. When reactors are used they should be placed in such a way that they do not radiate heat directly on the capacitors. A thermal barrier is recommended. Reactors do in general dissipate much more heat, so their thermal impact through convection must also be taken into account. Natural air circulation: The difference in height between air inlet and air outlet should be large enough to improve the air circulation. The airflow should be channeled in such a way as to well cool the hottest spots in the cubicle. Air should flow from the bottom to the top of the cubicle. The crosssection of the top air outlet should be at least equal to times the crosssection of the bottom air inlet. Forced ventilation: Forced cooling using a fan is sometimes required. Please refer to the following recommendations: Consider the maximum ambient temperature of the installation site including the heating effect of the capacitor installation itself. Consider the heat dissipated from all the components and apparatus in the cubicle: reactors, capacitors, contactors, fuses, etc. Consider the maximum permissible temperatures for all the components and apparatus. Consider how to direct the airflow with respect to the position of the capacitors (Fig.). The use of an over temperature protection is recommended in order to switch the bank off in case of fan failure or over temperature due to other cause. Regular maintenance and cleaning of any filters is necessary. Without regular cleaning the cooling system may become inefficient. capacitor fixation (Fig.) Four fixation stud are provided for M12 screws (included)..make sure that the rigidity of the support and the screws are sufficient to bear the weight of the capacitor unit. Electrical connection: Cables should be rated at minimum 1.5~1.7 times the nominal capacitor current. Appropriate cable shoes must be used in accordance with good common practice of electrical installation. When you connect the supply cables with the terminals, please above the Max. permissible torque is 1.2Nm.Periodically check that connections and terminals are right K1 K2 K1: capacitor failure protection K2: capacitor over temperature protection connection cables group capacitors necessary space 20mm Internal terminals GMKPgd capacitor Earthing:Earthing is achieved through fixation points of the capacitor enclosure. Remark: this implies that an extra cable between the capacitor enclosure and the earthing contact of the installation is required in case the capacitor unit is fixed on an isolating material.

15 Harmonics:Installation of capacitors on networks disturbed by harmonics may require special precautions especially when there is a risk of resonance phenomena. Commissioning:With the equipment isolated from the supply, check: Cabling is properly connected (earthing may be considered); Ambient ventilation is adequate; Correct tightness of the connections; IP20 top cover is well fixed, if any (see section Optional accessories ) Optional accessories: The optional top cover allows the capacitor unit to get IP20 or IP54 protected as per the IEC 529 provided that appropriate glands or grummets are used. Discharge resistor The capacitor unit is delivered with factoryinstalled discharge resistors to comply with IEC 31 and allow a decrease of the residual voltage to less than V after 1 min. disconnection from supply. Make sure the delay before the capacitor is reenergized is not shorter than 40~ sec. Failure to follow this rule may cause damage and reduce the lifetime of the capacitor. Disposal: The impregnants and filling materials contain resin or polyurethane mixtures. The gas filled capacitors contain only pure neutral. You can disposal it as the normal industry wastes. Please make sure that if the capacitor may still be charged with high voltage! Maintenance: Ensure safety procedures are completed; Yearly maintenance should include: Removal of dust deposits, cleaning of all parts; Check of tightness of all electrical connections; Check of ambient temperature; Check condition of discharge resistors. System components :Always use our series components for your system including are as following: GMKPc series automatic control of 6,7,12,12, steps. GMKP GMC capacitor contactor of 5 to 30Kvar 400 to 690V. GMKPr series detuned/filter reactor of 5 to 120Kvar. GMKPs fuse load switch of to 4A. you can download the Component Selection Table for the Low Voltage Power Factor Correction at our website Selecttion table for detuned/ lter capacitor banks(7%&%) Detuning factor (%) Effective lter output (kvar) Voltage increase on capacitor (V) Recommended min.capacitor voltage (V) Capacitor output (kvar) Reactor inductivity (mh) Cable crosssection (mm²) Fuse rating

16 Fuse & cable selection Kvar rating at 400V Nominal current HRC fuse rating Crosssection of cable 2 For other voltage ratings V 40V 525V 690V table gure*1.74 table gure*0.3 table gure*0.76 table gure*