Main Technical parametri
Technica modularis
♦ LXXXV ℃ MMM horis
♦ disposito in potentia copia, inverter, medium frequency fornacem
♦ WELDING Machina, DC Welder
♦ High Ripple Current, Parvus Size
♦ Rohs obsequium
Specificatio
| PRAECIPUUS | Characteres | |
| Temperatus range (℃) | -40 (-25) ℃ + LXXXV ℃ | |
| Voltage range (v) | CC ~ 500V.DC | |
| Capacitance range (UF) | M ~39000uf (XX ℃ 120Hz) | |
| Capacitance tolerantia | 土 XX% | |
| Leakage Current (MA) | ≤1.5ma aut 0.01 V minuta test ad XX ℃ | |
| Maximum DF (XX℃) | 0,18 (XX ℃, 120hz) | |
| Temperature characteres (120hz) | 200-450 C (-25 ℃) / C (+ XX ℃) ≥0.7; D c (-40 ℃) / C (+ XX ℃) ≥0,6 | |
| Insulating resistentia | Valorem metiri applicando DC 500V Nulla resistentia tegra inter omnes terminals et disrumpam anulus cum insulating sleeve = 100mω. | |
| Insulating voltage | Applicare n 2000v inter omnes terminals et disrumpam anulus cum insulating sleeve ad I minute et non deprauationem videtur. | |
| Patientia | Applicare Rated Rapple Current in Capacitor cum voltage non plus quam rated voltage sub LXXXV ℃ environment et applicare rated voltage ad 3000hours, tunc recuperandam ad XX ℃ environment et test results ut satisfacere ad XX ℃ et in test results ut satisfacere. | |
| Capacitance Mutare Rate (△ c) | ≤initial valorem 土 XX% | |
| DF (TGδ) | ≤200% of initial specificationem pretii | |
| Leakage Current (LC) | ≤initial specie valorem | |
| PLUTEUM vitae | Capacitori tenentur in LXXXV ℃ environment FBR M horas, tunc probata in XX ℃ environment et test exigere debere satisfaciunt ut infra. | |
| Capacitance Mutare Rate (△ c) | ≤initial valorem 土 XX% | |
| DF (TGδ) | ≤200% of initial specificationem pretii | |
| Leakage Current (LC) | ≤initial specie valorem | |
| (Voltage Pretreatment debet fieri ante test: Applicare rated voltage in utroque terminos Capacitor per a resister de 1000Ω pro I hrs, deinde emundare electricity per 1Ω / Temperature FBD 24hrs post totalis, tunc incipit test.) | ||
Product Dimensional Drawing
Dimensionem (Unit: mm)
| D (mm) | 51 | 64 | 77 | 90 | CI |
| P (mm) | 22 | 28.3 | 32 | 32 | 41 |
| Screw | M5 | M5 | M5 | M6 | M8 |
| Terminatio diameter (mm) | 13 | 13 | 13 | 17 | 17 |
| Torque (NM) | 2.2 | 2.2 | 2.2 | 3.5 | 7.5 |
| Diameter (mm) | A (mm) | B (mm) | A (mm) | b (mm) | h (mm) |
| 51 | 31.8 | 36,5 | 7 | 4.5 | 14 |
| 64 | 38,1 | 42.5 | 7 | 4.5 | 14 |
| 77 | 44,5 | 49.2 | 7 | 4.5 | 14 |
| 90 | 50.8 | 55.6 | 7 | 4.5 | 14 |
| CI | 56.5 | 63.4 | 7 | 4.5 | 14 |
Ripple Current disciplinam parametri
Frequency corripiat coefficiens rated laclia current
| Frequency (HZ) | 50Hz | 120Hz | 300Hz | 1KHz | ≥010khz |
| Coefficient | 0,7 | 1 | 1.1 | 1.3 | 1.4 |
Temperature corripiat coefficiens rated laclia current
| Temperature (℃) | XL ℃ | LX ℃ | LXXXV ℃ |
| Coefficient | 1.89 | 1.67 | 1 |
TRISPICIUM TERMINAL Capacitors: Versatile components ad electrica systems
Clorice Terminal Capacitors sunt essentiales components in electrica systems, providente capacitance et industria repono capabilities in amplis applications. In hoc articulus, nos explorandum features, applications, et commoda stupra terminatio capacitors.
Features
Clospicium Terminal Capacitors, ut nomen suggerit, sunt capacitors instructi cochlea terminales ad facilis et secure electrica hospites. Hae capacitors typice cylindrici vel rectangula figuras, cum uno vel paria terminales ad nexu ad circuitu. Terminals sunt plerumque ex metallum, providing certa et durabile nexu.
Unus ex key features cochlea terminales capacitors est princeps capacitance values, quae range ex microfarads ad faeds. Hoc apta applications requiring magna copia crimen repono. Praeterea, stupra Terminal Capacitors sunt available in variis voltage ratings ad accommodare diversis voltage campester in electrica systems.
Applications
Clorogia Terminal Capacitors Find applications in amplis industries et electrica systems. Sunt communiter in potestate copiam unitates, motor potestate circuits, frequency converters, ups (Uninterruptible potestate copia) systems, et industriae automation apparatu.
In potestate copiam unitates, screw terminatio capacitors sunt saepe usus est percoquatur et voltage ordinacione proposita, auxilium lenis de voltage fluctuations et amplio altiore ratio stabilitatem. In motricium imperium circuits, haec capacitores adiuvaret in incipiens et currit inductione motoribus per providing opus phase subcinctus et reactive potestas ultricies.
Sed et screw Terminal Capacitors ludere a crucial partes in frequency converters et ups systems, ubi auxilio ponere firmum intentione et vena campester in potentia fluctuations et outages. In industriae automation apparatu, haec capacitores conferre ad efficientem operationem in potestate systems et machinery per providing industria repono et potentia elementum disciplinam.
Commoda
Clorice Terminal Capacitors offer aliquot commoda, quae faciat maluit electiones in multis applications. Eorum screw terminals facilitate facilis et secure hospites, ensuring reliable perficientur etiam in postulantes ambitum. Praeterea, eorum princeps capacitance values et voltage ratings patitur pro agentibus industria repono et virtute condiciones.
Ceterum screw Terminatio capacitors sunt disposito ad sustinere altum temperaturis, vibrationes et electrica passiones, faciens ea idoneam usum in dura industriae environments. Construction et longa muneris vitae conferre ad altiore reliability et dilatabilitatem electrica systems.
Conclusio
In conclusione, stupra Terminal Capacitors sunt versatile components quod ludere vitalis roles in variis electrica systems et applications. Cum eorum princeps capacitance values, voltage ratings et robust constructione, quod providere efficientis industria repono, voltage ordinacione, et virtute condiciones solutions. Utrum in potestate copiam unitates, motor imperium circuits, frequency converters, aut industriae automation apparatu, stupra terminatio capacitors offerre reliable perficientur et contribuere ad lenis operationem electrica systems.
| Products Number | Operating temperatus (℃) | Voltage (V.DC) | Capacitance (UF) | Diameter (mm) | Longitudo (mm) | Leakage Current (UA) | Rated Ripple Current [MA / RMS] | ESR / Impedance [ωmage] | Vita (HRS) |
| Es3m2d472ancg02m5 | -25 ~ LXXXV | CC | (IV) DCC | 51 | 75 | MMCMIX | (VII) DCLXXX | 0.024 | MMM MMM |
| Es3m2d562ancg03m5 | -25 ~ LXXXV | CC | (V) DC | 51 | 80 | MMMCLXXV | (IX) CXX | 0.021 | MMM MMM |
| Es3m2d682ancg06m5 | -25 ~ LXXXV | CC | (VI) DCCC | 51 | 90 | MMMCDXCIX | (X) DLX | 0.019 | MMM MMM |
| Es3m2d822anndg02m5 | -25 ~ LXXXV | CC | (VIII) CC | 64 | 75 | MMMDCCCXLII | (X) CCCLXXX | 0,016 | MMM MMM |
| Es3M2D822ANNC14M5 | -25 ~ LXXXV | CC | (VIII) CC | 51 | CXXX | MMMDCCCXLII | (XI) CCLXXX | 0,016 | MMM MMM |
| Es3m2d103anndg04m5 | -25 ~ LXXXV | CC | (X) | 64 | 85 | (IV) CCXLIII | (XII) CDLXXX | 0.014 | MMM MMM |
| Es3m2d103ancg18m5 | -25 ~ LXXXV | CC | (X) | 51 | CL | (IV) CCXLIII | (XI) DCXL | 0.014 | MMM MMM |
| Es3m2d123anneg03m5 | -25 ~ LXXXV | CC | (XII) | 77 | 80 | (IV) DCXLVIII | (XIV) CDXX | 0.013 | MMM MMM |
| Es3m2d123anndg11m5 | -25 ~ LXXXV | CC | (XII) | 64 | CXV | (IV) DCXLVIII | (XIV) DXX | 0.013 | MMM MMM |
| Es3m2d153anneg06m5 | -25 ~ LXXXV | CC | (XV) | 77 | 90 | (V) CXCVI | (XVI) CMXC | 0.012 | MMM MMM |
| Es3m2d153anndg12m5 | -25 ~ LXXXV | CC | (XV) | 64 | CXX | (V) CXCVI | (XVII) CCLXXX | 0.012 | MMM MMM |
| Es3m2d183anneg09m5 | -25 ~ LXXXV | CC | (XVIII) | 77 | CV | (V) DCXCII | (XIX) DLXX | 0.011 | MMM MMM |
| Es3m2d183anndg13m5 | -25 ~ LXXXV | CC | (XVIII) | 64 | CXXV | (V) DCXCII | (XIX) DCCC | 0.011 | MMM MMM |
| Es3m2d222annfg06m6 | -25 ~ LXXXV | CC | MMCC | 90 | 90 | MCMXC | (XXII) DCLX | 0.01 0.01 | MMM MMM |
| Es3m2d222ang12m5 | -25 ~ LXXXV | CC | MMCC | 77 | CXX | MCMXC | (XXIII) DXX | 0.009 | MMM MMM |
| Es3m2d273annfg09m6 | -25 ~ LXXXV | CC | (XXVII) | 90 | CV | (VI) CMLXXI | (XXVI) DCCLXX | 0.008 | MMM MMM |
| Es3m2d273anneg16m5 | -25 ~ LXXXV | CC | (XXVII) | 77 | CXL | (VI) CMLXXI | (XXV) DCCC | 0.008 | MMM MMM |
| Es3m2d333annfg12m6 | -25 ~ LXXXV | CC | (XXXIII) | 90 | CXX | (VII) DCCVII | (XXIX) DCCCLX | 0.007 | MMM MMM |
| Es3m2d333anneg2m5 | -25 ~ LXXXV | CC | (XXXIII) | 77 | 75 | (VII) DCCVII | (XXX) CCCLX | 0.007 | MMM MMM |
| Es3m2d393annfg16m6 | -25 ~ LXXXV | CC | (XXIX) | 90 | CXL | (VIII) CCCLXXIX | (XXXIV) CCLX | 0.006 | MMM MMM |
| Es3m2d393anneg26m5 | -25 ~ LXXXV | CC | (XXIX) | 77 | CLXXXV | (VIII) CCCLXXIX | (XXXIV) DCCC | 0.006 | MMM MMM |
| Es3m2e332ancg03m5 | -25 ~ LXXXV | CCL | MMMCCC | 51 | 80 | MMDCCXXV | (VI) DCCCXL | 0.028 | MMM MMM |
| Es3m2e392ancg03m5 | -25 ~ LXXXV | CCL | MMMCM | 51 | 80 | MMCMLXII | (VII) DLX | 0.023 | MMM MMM |
| Es3m2e472ancg06m5 | -25 ~ LXXXV | CCL | (IV) DCC | 51 | 90 | MMMCCLII | (VIII) DXX | 0.022 | MMM MMM |
| Es3m2e562anndg02m5 | -25 ~ LXXXV | CCL | (V) DC | 64 | 75 | MMMDL | (IX) XC | 0.019 | MMM MMM |
| Es3m2e562ancg11m5 | -25 ~ LXXXV | CCL | (V) DC | 51 | CXV | MMMDL | (IX) CCCLX | 0.019 | MMM MMM |
| Es3m2e682anndg04m5 | -25 ~ LXXXV | CCL | (VI) DCCC | 64 | 85 | MMMCMXII | (X) CMXX | 0,016 | MMM MMM |
| Es3m2e682ancg18m5 | -25 ~ LXXXV | CCL | (VI) DCCC | 51 | CL | MMMCMXII | (XI) DCC | 0.015 | MMM MMM |
| Es3m2e822ang03m5 | -25 ~ LXXXV | CCL | (VIII) CC | 77 | 80 | (IV) CCXCV | (XI) CMXX | 0.014 | MMM MMM |
| Es3m2e822anndg07m5 | -25 ~ LXXXV | CCL | (VIII) CC | 64 | 96 | (IV) CCXCV | (XII) | 0.014 | MMM MMM |
| Es3m2e103anneg06m5 | -25 ~ LXXXV | CCL | (X) | 77 | 90 | (IV) DCCXLIII | (XIV) XL | 0.013 | MMM MMM |
| Es3m2e103anndg10m5 | -25 ~ LXXXV | CCL | (X) | 64 | CX | (IV) DCCXLIII | (XIV) XL | 0.013 | MMM MMM |
| Es3m2e123anneg08m5 | -25 ~ LXXXV | CCL | (XII) | 77 | C | (V) CXCVI | (XV) DCLX | 0.012 | MMM MMM |
| Es3m2e123anndg13m5 | -25 ~ LXXXV | CCL | (XII) | 64 | CXXV | (V) CXCVI | (XV) CDLXXX | 0.012 | MMM MMM |
| Es3m2e153anneg11m5 | -25 ~ LXXXV | CCL | (XV) | 77 | CXV | (V) DCCCIX | (XVIII) CXX | 0.011 | MMM MMM |
| Es3m2e153anndg17m5 | -25 ~ LXXXV | CCL | (XV) | 64 | CXLV | (V) DCCCIX | (XVIII) CCCLXX | 0.011 | MMM MMM |
| Es3m2e183annfg08m6 | -25 ~ LXXXV | CCL | (XVIII) | 90 | C | (VI) CCCLXIV | (XXII) XL | 0.01 0.01 | MMM MMM |
| Es3m2e183anneg14m5 | -25 ~ LXXXV | CCL | (XVIII) | 77 | CXXX | (VI) CCCLXIV | (XXI) CCXL | 0.01 0.01 | MMM MMM |
| Es3m2e222annfg11m6 | -25 ~ LXXXV | CCL | MMCC | 90 | CXV | MMCCXXV | (XXIV) DCLXX | 0.009 | MMM MMM |
| Es3m2e222anneg19m5 | -25 ~ LXXXV | CCL | MMCC | 77 | CLV | MMCCXXV | (XXV) LXXX | 0.009 | MMM MMM |
| Es3m2e273annfg15m6 | -25 ~ LXXXV | CCL | (XXVII) | 90 | CXXXV | (VII) DCCXCIV | (XXVI) CLX | 0.008 | MMM MMM |
| Es3m2e273anneg18m5 | -25 ~ LXXXV | CCL | (XXVII) | 77 | CL | (VII) DCCXCIV | (XXVI) CD (XXVI) CD | 0.008 | MMM MMM |
| Es3m2e333anng21m8 | -25 ~ LXXXV | CCL | (XXXIII) | CI | CLX | (VIII) DCXVII | (XXVIII) CDXC | 0.007 | MMM MMM |
| Es3m2e333annfg28m6 | -25 ~ LXXXV | CCL | (XXXIII) | 90 | CC | (VIII) DCXVII | (XXVIII) DCCC | 0.007 | MMM MMM |
| Es3m2e393anngg18m8 | -25 ~ LXXXV | CCL | (XXIX) | CI | CL | (IX) CCCLXVII | (XXXV) DCCCXXX | 0.006 | MMM MMM |
| Es3m2e393annfg30m6 | -25 ~ LXXXV | CCL | (XXIX) | 90 | CCX | (IX) CCCLXVII | (XXXVI) | 0.006 | MMM MMM |
| Es3m2v222ANCG02M5 | -25 ~ LXXXV | CCCL | MMCC | 51 | 75 | MMDCXXXII | (VII) CDL | 0.042 | MMM MMM |
| Es3m2v272ancg06m5 | -25 ~ LXXXV | CCCL | MMDCC | 51 | 90 | MMCMXVI | (VIII) CMXL | 0.036 | MMM MMM |
| Es3m2v332anndg02m5 | -25 ~ LXXXV | CCCL | MMMCCC | 64 | 75 | MMMCCXXIV | (IX) CCCLX | 0.033 | MMM MMM |
| Es3m2v332ancg10m5 | -25 ~ LXXXV | CCCL | MMMCCC | 51 | CX | MMMCCXXIV | (IX) CM | 0.033 | MMM MMM |
| Es3m2v392anndg02m5 | -25 ~ LXXXV | CCCL | MMMCM | 64 | 75 | MMMDV | (XI) CCCXX | 0.028 | MMM MMM |
| Es3m2v392ancg11m5 | -25 ~ LXXXV | CCCL | MMMCM | 51 | CXV | MMMDV | (X) DCCCLXX | 0.029 | MMM MMM |
| Es3m2v472anneg02m5 | -25 ~ LXXXV | CCCL | (IV) DCC | 77 | 75 | MMMDCCCXLVIII | (XIII) CCCLXX | 0.026 | MMM MMM |
| Es3m2v472anndg06m5 | -25 ~ LXXXV | CCCL | (IV) DCC | 64 | 90 | MMMDCCCXLVIII | (XIII) CDLX | 0.026 | MMM MMM |
| Es3m2v472ANC14M5 | -25 ~ LXXXV | CCCL | (IV) DCC | 51 | CXXX | MMMDCCCXLVIII | (XIII) DXL | 0.026 | MMM MMM |
| Es3m2v562anneg03m5 | -25 ~ LXXXV | CCCL | (V) DC | 77 | 80 | (IV) CC | (XV) DL | 0.023 | MMM MMM |
| Es3m2v562anndg09m5 | -25 ~ LXXXV | CCCL | (V) DC | 64 | CV | (IV) CC | (XV) D | 0.023 | MMM MMM |
| Es3m2v682anneg07m5 | -25 ~ LXXXV | CCCL | (VI) DCCC | 77 | 96 | (IV) DCXXVIII | (XVII) CCCXL | 0.018 | MMM MMM |
| Es3m2v682anndg12m5 | -25 ~ LXXXV | CCCL | (VI) DCCC | 64 | CXX | (IV) DCXXVIII | MDCCXL | 0.019 | MMM MMM |
| Es3m2v822ang09m5 | -25 ~ LXXXV | CCCL | (VIII) CC | 77 | CV | (V) LXXXII | (XIX) CMXC | 0,016 | MMM MMM |
| Es3m2v822ndg15m5 | -25 ~ LXXXV | CCCL | (VIII) CC | 64 | CXXXV | (V) LXXXII | (XIX) DCCLX | 0.017 | MMM MMM |
| Es3m2v103anneg12m5 | -25 ~ LXXXV | CCCL | (X) | 77 | CXX | (V) DCXII | (XXIII) DCCCLXX | 0.013 | MMM MMM |
| Es3m2v123annfg10m6 | -25 ~ LXXXV | CCCL | (XII) | 90 | CX | (VI) CXLVIII | (XXIV) DLXXX | 0.012 | MMM MMM |
| Es3m2v123anneg16m5 | -25 ~ LXXXV | CCCL | (XII) | 77 | CXL | (VI) CXLVIII | (XXV) CCCXXX | 0.011 | MMM MMM |
| Es3m2g222ancg06m5 | -25 ~ LXXXV | CD | MMCC | 51 | 90 | MMDCCCXIV | (VII) CDL | 0.038 | MMM MMM |
| Es3m2g272anndg02m5 | -25 ~ LXXXV | CD | MMDCC | 64 | 75 | MMMCXVIII | (VIII) DLX | 0.034 | MMM MMM |
| Es3m2g272ancg08m5 | -25 ~ LXXXV | CD | MMDCC | 51 | C | MMMCXVIII | (VIII) CMXL | 0.033 | MMM MMM |
| Es3m2g332anndg04m5 | -25 ~ LXXXV | CD | MMMCCC | 64 | 85 | MMMCDXLVII | (X) CD | 0.032 | MMM MMM |
| Es3M2G332ANCG11M5 | -25 ~ LXXXV | CD | MMMCCC | 51 | CXV | MMMCDXLVII | (XI) XL | 0.03 | MMM MMM |
| Es3m2g392anndg07m5 | -25 ~ LXXXV | CD | MMMCM | 64 | 96 | MMMDCCXLVII | (XII) CCXL | 0.027 | MMM MMM |
| Es3M2G392ANCG14M5 | -25 ~ LXXXV | CD | MMMCM | 51 | CXXX | MMMDCCXLVII | (XII) CMLXX | 0.026 | MMM MMM |
| Es3m2g472ang03m5 | -25 ~ LXXXV | CD | (IV) DCC | 77 | 80 | (IV) CXIII | (XIV) CDXL | 0.023 | MMM MMM |
| Es3M2G472ANDG09M5 | -25 ~ LXXXV | CD | (IV) DCC | 64 | CV | (IV) CXIII | (XIV) CLXXX | 0.024 | MMM MMM |
| Es3m2g562anneg06m5 | -25 ~ LXXXV | CD | (V) DC | 77 | 90 | (IV) CDXC | (XVI) CCCXXX | 0.021 | MMM MMM |
| Es3m2g562anndg13m5 | -25 ~ LXXXV | CD | (V) DC | 64 | CXXV | (IV) CDXC | (XVI) DCCCXXX | 0,02 | MMM MMM |
| Es3m2g682anneg09m5 | -25 ~ LXXXV | CD | (VI) DCCC | 77 | CV | (IV) CMXLVIII | (XVII) CCCXL | 0,016 | MMM MMM |
| Es3m2g682anndg16m5 | -25 ~ LXXXV | CD | (VI) DCCC | 64 | CXL | (IV) CMXLVIII | (XVII) DCCCXL | 0,016 | MMM MMM |
| Es3M2G822ANNEG12M5 | -25 ~ LXXXV | CD | (VIII) CC | 77 | CXX | (V) CDXXXIII | (XXI) DCXX | 0.014 | MMM MMM |
| Es3m2g103annfg09m6 | -25 ~ LXXXV | CD | (X) | 90 | CV | (VI) | (XXI) DL | 0.012 | MMM MMM |
| Es3m2g103anneg16m5 | -25 ~ LXXXV | CD | (X) | 77 | CXL | (VI) | (XXII) CDXL | 0.012 | MMM MMM |
| Es3m2g123annfg13m6 | -25 ~ LXXXV | CD | (XII) | 90 | CXXV | (VI) DLXXIII | (XXVI) DCXX | 0.011 | MMM MMM |
| Es3m2g123anneg21m5 | -25 ~ LXXXV | CD | (XII) | 77 | CLX | (VI) DLXXIII | (XXVI) DXX | 0.011 | MMM MMM |
