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      FMLF (7%) POWER CAPACITOR FOR HARMONIC PROTECTION
      Description
      These LIFASA capacitors are designed to be connected in series with INR or INA reactors, in order to build up low tuning (fr = 189 Hz) Harmonic Protection Filters (Capacitor rated powers indicated in the table, are achieved when connected to the reactors). FMLF capacitors have been specially developed taking into account that, when connected to the reactors, they work at a voltage higher than the supply voltage. Inductance value of reactors and capacitance value of FMLF capacitors
      are specially calculated to ensure that, when connected in series, the reactive power of the filter is as given on the name plate.
      Technical Characteristics
      Tensi¨®n nominal/Rated voltage ........................460 V
      Frecuencia/Frequency ........................................50 Hz - 60 Hz
      Diel¨¦ctrico/Dielectric ..........................................Polipropileno/Polypropylene
      Resistencia descarga/Discharge resistors ......Integradas/Fitted
      P¨¦rdidas diel¨¦ctricas/Dielectric losses ............¡Ü 0.2 W/kvar
      P¨¦rdidas totales/Total losses ............................¡Ü 0.4 W/kvar
      Sobretensi¨®n max./Max. Overvoltage ..........1.1Un
      Sobrecorriente max./Max.Overcurrent ..........1.3 In
      Nivel de aislamiento/Insulation level ..............3/15 kV
      Tolerancia de potencia/Power tolerance ......-5/+10%
      Gama climatica/Climatic range ......................-40/ D (55 oC)
      Bornes/Terminals .................................................M10
      Color/Colour ........................................................RAL7035
      Normas/Standards .............................................IEC60831, EN 60831

       

      400/460V 50Hz 7%
      Part number Qn (kvar)
      460V
      In (A)
      460V
      Box
      h (mm)
      Weight
      (kg)
      Filter 
      Qn (kvar)
      440V
      /Filter 
      In (A)
      440V
      Filter 
      Qn(kvar)
      400V
      Filter 
      In (A)
      400V
      Reactor Price (€)
      FMLF4612 12 15,4 270 3.5 12,1 16 10 14.4 INR40107 325,24
      FMLF4618 18 23,2 270 3.5 18,2 24 15 21.7 INR40157 413,44
      FMLF4625 25 31 270 4.2 24 32 20 28.9 INA40207 468,56
      FMLF4631 31 38,6 270 5 30,3 40 25 36.1 INA40257 529,20
      FMLF4637 37 46,3 270 5 36 48 30 43.3 INA40307 628,43
      FMLF4649 49 61,7 460 6.8 48 64 40 57.7 INA40407 733,16
      FMLF4661 61 77,2 460 8.2 60 79 50 72.2 INA40507 865,46
      FMLF4674 74 92,6 460 9 73 95 60 86.6 INA40607 1.030,84
      FMLF4698 98 124 550 10.9 97 127 80 115.5 INA40807 1.212,75
      690/790V 50Hz 7%
      Part number Filter 
      Qn (kvar)
      Filter 
      In (A)
      Network
      Un (V)
      Capacitors 
      Un (V)
      Box
      h (mm)
      Weight
      (kg)
      Reactor Price (€)
      FMLF7906 5 4.2 690 790 270 2,8 INR69057 On
      request
      FMLF7912 10 8.4 690 790 270 3.5 INR69107
      FMLF7915 12.5 10.5 690 790 270 3.5 INA69127
      FMLF7918 15 12.6 690 790 270 3.5 INA69157
      FMLF7924 20 16.7 690 790 270 4.2 INA69207
      FMLF7930 25 20.9 690 790 270 5 INA69257
      FMLF7937 30 25.1 690 790 270 5 INA69307
      FMLF7943 35 29.3 690 790 460 6.8 INA69357
      FMLF7946 37.5 31.4 690 790 460 6.8 INA69377
      FMLF7949 40 33.5 690 790 460 6.8 INA69407
      FMLF7961 50 41.8 690 790 460 8.2 INA69507
      FMLF7973 60 50.2 690 790 460 9 INA69607
      FMLF7985 70 58.6 690 790 550 10.2 INA69707
      FMLF7991 75 62.8 690 790 550 10.9 INA69757
      FMLF7998 80 66.9 690 790 550 10.9 INA69807
      415/480V 50Hz 7%
      Part number Filter 
      Qn (kvar)
      Filter 
      In (A)
      Network
      Un (V)
      Capacitors 
      Un (V)
      Box
      h (mm)
      Weight
      (kg)
      Reactor Price (€)
      FMLF4806 5 7 415 480 270 3.5 INR41057 On
      request
      FMLF4812 10 13.9 415 480 270 3.5 INR41107
      FMLF4816 12.5 17.4 415 480 270 4.2 INA41127
      FMLF4819 15 20.9 415 480 270 4.2 INA41157
      FMLF4825 20 27.8 415 480 270 5 INA41207
      FMLF4831 25 34.8 415 480 460 6.8 INA41257
      FMLF4837 30 41.7 415 480 460 6.8 INA41307
      FMLF4844 35 48.7 415 480 460 7.5 INA41357
      FMLF4847 37.5 52.2 415 480 460 7.5 INA41377
      FMLF4850 40 55.6 415 480 460 7.5 INA41407
      FMLF4862 50 69.6 415 480 460 9 INA41507
      FMLF4875 60 83.5 415 480 550 10.2 INA41607
      FMLF4887 70 97.4 415 480 650 12.2 INA41707
      FMLF4893 75 104.3 415 480 650 13 INA41757
      FMLF4899 80 111.3 415 480 650 13 INA41807

      Other ratings, voltages and frequencies available on request.

      Static Capacitor Banks
      DESCRIPTION
      Traditional reactive power compensation equipment with electromechanical contactors, has a well proven performance in installations where the load has, slow variations and it is not very sensitive to voltage fluctuations. Today, however, more and more industrial installations include electronic equipment very sensitive to voltage variations (PLC, computers, etc.) And also very fast changing working cycles (automatic welding machines, robots, etc.).
      Reactive power compensation with static contactors offers the best answer to these new industry requirements.
      LIFASA automatic capacitor banks with static contactors, use thyristors instead of traditional contactors. The thyristors switch-on capacitors on zero crossing voltage, and switch them off on zero current situation. 
      This firing strategy grants a totally transient free switching of power capacitors, avoiding any problem with transient overvoltages.
      This transient free switching gives a very fast reaction time of the power factor equipment with sudden reactive power demand variations. This reaction time (the time to switch on or off a capacitor step) is usually not higher than 20 milliseconds. This means that up to 25 operations per second are possible.
      GENERAL CHARACTERISTICS
      LIFASA automatic capacitor banks with static contactors are supplied completely assembled and ready for use: it is only necessary to give them the operation signal from a suitable current transformer, and to connect them to the mains by cables of adequated section. They are composed of the following elements:
      Reactive power Controller
      These banks use the MCE-F controllers, that are a fast response variation of the MCE series of controllers. These controllers are specially designed for the control of thyristor capacitor banks and are characterized by their optically isolated outputs and also for having an extremely fast response time that can be up to 20 milliseconds.
      Control Module
      It is formed by an electronic control circuit, that gives the firing pulses to the thyristors to switch on at zero voltage point and to switch off at zero current situation. The control module is assembled on a printed circuit board and receives the action signal from the MCE controller.
      Power Module
      It is formed by three pairs of thyristors in anti-parallel connection, mounted and assembled on well dimensioned heat sinks, protection fuses and limiting inductances.
      Capacitors
      These banks use the six terminal versions of FILMETAL and MINIFILMETAL series of power capacitors.
      Technical Characteristics

      Rated voltages

      440V

      Rated frequency

      50 Hz/60 Hz

      Rated power

      7.5 ... 960 kvar

      Dielectric losses

      < 0.2 W/kvar

      Capacitors losses

      < 0.5 W/kvar

      Maximum overvoltage

      1.1 Un

      Maximum overcurrent

      1.3 In

      Controllers

      MCE-12 F

      Switching on delay

      20 ms (typical)

      Working programs

      1:1:1:1 / 1:2:2:2 / 1:2:4:4

      Current transformer

      ... /5 (Optional)

      Temperature range

      -25oC/+45 oC max. temp.

      Degree of protection

      IP 31

      Installation

      Indoor

      Standards

      IEC 60831, EN 61921, IEC 60439, EN 60439

      Other voltages on request.

       

      Protection Filters
      Protection filters
      Protection filters are used, in supply networks having a high level of harmonic distortion, when the final objective is reactive power compensation at the fundamental frequency.
      Their purpose is to avoid that harmonic currents overload the capacitors by diverting them to the mains. Protection filters are made by connecting reactors in series with capacitors, in such a way that the tuning frequency of the whole unit is set at a value between the fundamental frequency and the frequency of the lowest present harmonic, which is usually the 5th order harmonic. In this the filter has a high inductive impedance for all the harmonic frequencies. 
      Connection of a reactor in series with a power capacitor, makes the capacitor to work at a voltage higher than the supply voltage. Because of this, capacitors to be connected to protection reactors, need to be designed to work at higher voltages than standard capacitors. The choice of the tuning point of the filter is a balance between the quantity of harmonics rejected by the filter and the voltage increase produced in the capacitor at the fundamental frequency. 
      It has to be also kept in mind that reactive power supplied by the filter at rated frequency (50 or 60 Hz), is different to the one that the capacitor would supply without the reactor.
      Taking all the above into account, the reactor is normally chosen in such a way that its impedance is about 7% the impedance of the capacitor that protects. This will give a tuning frequency, for example at 50 Hz, of 189 Hz. Other tuning frequencies are also available.

      Capacitor FMLF 

      FMLF4612 FMLF7973 FMLF4618 FMLF7985 FMLF4625 FMLF7991 FMLF4631 FMLF7998 FMLF4637 FMLF4806 FMLF4649 FMLF4812 FMLF4661 FMLF4816 FMLF4674 FMLF4819 FMLF4698 FMLF4825 FMLF7906 FMLF4831 FMLF7912 FMLF4837 FMLF7915 FMLF4844 FMLF7918 FMLF4847 FMLF7924 FMLF4850 FMLF7930 FMLF4862 FMLF7937 FMLF4875 FMLF7943 FMLF4887 FMLF7946 FMLF4893 FMLF7949 FMLF4899 FMLF7961



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      More than 60 years of history
      International Capacitors S.A. is a consolidated company in both Spanish and international markets thanks to many years of experience and dedication to what it has been its product par excellence along its history: the capacitor for the electrical installation. With its commercial brand name LIFASA, present in the market for more than 60 years and a constant technical and technological evolution, it has succeeded in getting adapted continuously to the progress and market requirements nowadays.
      LIFASA capacitors are present in the market since 1949. More than 50 % are exported to 70 countries in five continents. Capacitors are manufactured according to European and other International Standards. They have obtained large number of certificates and approvals.
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      Highest quality standards
      International Capacitors S.A. has been from its beginnings a pioneering company in the promotion of the quality of its products. Since 1987, it maintains an ISO9000 Quality System periodically audited by international bodies.
      At present, it has quintuple certification ISO9001:2008, ISO14001:2004, OSHAS 18001:2007, IEC QC 080000-RoHS and REACH, that guarantees the highest quality standards in its products, while they are manufactured in a way both environmentally friendly and safe and healthy for its workers. It also has energy efficiency certification ISO 50001:2011
      All products included in this catalogue fully comply with the requirements of RoHS Directive.
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      Comprehensive services
      The company is commited to give the best service with maximum flexibility to meet customer requirements.
      Economical and technical advices.
      Support in installation and commissioning.
      Permanent support during the whole life of our products.
      Trainig on site and in factory.
      International warranty.
      Every person in the company is trained and motivated to participate actively in achieving this objective.
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      µçÁ¦µçÈÝÆ÷Power capacitors
      ELEFPµ¥ÏàÔ²ÖùÐεçÈÝÆ÷Cylindrical capacitor
      POLTÈýÏàÔ²ÖùÐεçÈÝÆ÷Cylindrical capacitor
      POLBÈýÏàÔ²ÖùÐεçÈÝÆ÷Cylindrical capacitor
      FMLIµ¥ÏàÂÁµç½âµçÈÝÆ÷Pricsmatic capacitor
      FML±ê×¼ÐÍÂÁµç½âµçÈÝÆ÷Standard capacitor
      FML(R460)¼ÓÇ¿ÐÍÂÁµç½âµçÈÝÆ÷Reinforced capacitor
      MFBÈýÏà½ô´ÕÐ͵çÈÝÆ÷Compact prismatic capacitor
      FMLSÁùÏßµçÈÝÆ÷6-terminals prismatic capacitor
      CPF´øÈÛ¶ÏÆ÷µÄµçÈÝÆ÷Capacitor with fuses
      CPM´ø¶Ï·Æ÷µÄµçÈÝÆ÷Capacitor with breaker
      CAB´øÈÛ¶ÏÆ÷ºÍ½Ó´¥Æ÷µçÈÝÆ÷Capacitor with fuse and contactor

      г²¨Â˲¨Æ÷Harmonic filters
      HBF-TµÚÈýг²¨Â˲¨Æ÷Third harmonic filter
      TFAµÚÈýг²¨¸ôÀëÂ˲¨Æ÷Third harmonic isolation
      HAFÎüÊÕÂ˹âÆ÷Absorption filter
      HPF¸ßͨÂ˲¨Æ÷High pass filter
      SINAF 2.0ÓÐÔ´Â˲¨Æ÷Active filter

      ÐÂÐ͵çÈÝÆ÷ʽ½Ó´¥Æ÷KMLϵÁÐContactor for Capacitors
      µçÈÝÆ÷¹ñAutomatic Banks
      BATM080 Automatic Banks
      BATLV180 Automatic Banks
      BATLV360 Automatic Banks
      BATLV400 Automatic Banks
      BATLV480 Automatic Banks
      BATLV800 Automatic Banks
      BATLV1200 Automatic Banks
      BATLV1600 Automatic Banks
      BATLVF080´ø±ê×¼µçÈÝÆ÷
      BATLVF400´ø±ê×¼µçÈÝÆ÷
      BATLVF600´ø±ê×¼µçÈÝÆ÷
      BATLVF800´ø±ê×¼µçÈÝÆ÷
      BATLVF1000´ø±ê×¼µçÈÝÆ÷
      BATLVF1200´ø±ê×¼µçÈÝÆ÷
      BATLVFS400´ø¾§Õ¢¹ÜThyristors
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