FC6069

26124D02 APPROVAL SHEET CRC NEW ENERGY TO: DC-Link 薄膜电容 15uF±10% 800V Main Materials Constru MARKING & OUTLINE DRAWING Materials ction W ± 1 T ± 1 Terminal Polypropylene Film MKP- FC 15μF K Tinned copper wire Datecode 800V.DC www.csdcap.com H±1 Metallized Dielectric Flame-retardant Filling ФD±0.05 Flame-retardant Case P±0.5 plastic case,black Part No. TYPE FC6069 Par MKP-FC 15µFK800VDC W H 57.5 33 Dimensions（mm） T P P1 L 30 APPROVED BY 52.5 22.5 6 P1±0.5 ΦD NOTE 1.2 CRC OFFER CUSTOMER CONFIRMATION STAMP L±1 epoxy resin , white CHECKED BY STAMP APPROVED BY PREPARED BY 田星月 DATE DATE 2016-06-29 SHENZHEN CRC NEW ENERGY CO., LTD 6th and 7th Floor R&D Building, Yanchuan North Industrial Park, Songgang Town, Baoan District, Shenzhen, China TEL: +86 - 0755 - 29948883 / 29948998 FAX: +86 - 0755 - 29948906 http://www.csdcap.com CRC-BDE-08 26124D02 Technical Data Items Symbols Values Rated capacitance CN 15µF±10% Rated voltage UN 800V.DC Non-recurrent surge voltage Us 1250V.DC Irms 12A Maximum peak current Î 300A Maximum surge current IS 900A Series resistance RS ≤6mΩ Tangent of the loss tanδ ≤0.0015 (1KHz) Insulation Resistance C×Ris ≥5000s Le ≤20nH Lowest operating temperature Θmin -40℃ Maximum operating temperature Θmax 105℃ RH 0~95% Θstorage -40℃~85℃ Maximum current Self inductance Operating humidity Storage temperature range Service life 100000h At Θhotspot ≤70℃ Failure quota ＜100Fit Test data Voltage test between terminals Operating altitude Vt-t 1200V.DC/10s 2000m（max） Terminal tightening torque _ Bottom tightening torque _ Weight SHENZHEN CRC NEW ENERGY CO., LTD 85g http://www.c sdcap .com 26124D02 Electrical Characteristics of Film Capacitor 1. Lifetime Expectancy Lifetime(h) Life tim e（h ） 1 E+06 1.0E+06 1 E+05 1.0E+05 1 E+04 1.0E+04 1 E+03 30 40 50 60 70 80 90 100 110 1.0E+03 0.5Un 0.6Un 0.7Un 0.8Un 0.9Un 1.0Un 1.1Un 1.2Un 1.3Un Te mpe ratu re（ ℃） Lifetime expectancy vs. Charging temperature 2. Temperature Characteristics Lifetime expectancy vs. Charging voltage Irm s/I n（% ） Δ C/C （% ） 3 2 1 100 0 90 -1 80 -2 70 -3 60 -4 50 40 -5 -40 - 20 0 20 40 60 80 100 110 - 40 -20 0 20 40 60 Capacitance change rate vs. Temperature U/U n（ %） 80 100 110 T empe ratu re（ ℃） Te mpe ratu re（ ℃） Operating current vs. Temperature R* C (M Ω· μF ) 1 E+0 6 100 1E+ 05 90 80 1E+ 04 70 1E+ 03 60 50 40 - 40 -20 0 20 40 60 80 100 110 T empe ratu re（ ℃） Operating voltage vs. Temperature 1E+ 02 - 40 - 20 0 20 40 60 80 100 110 Te mper atu re（ ℃） Insulation Resistance vs. Temperature 3. Frequency Characteristics Capacitance change rate vs. Frequency SHENZHEN CRC NEW ENERGY CO., LTD Dissipation factor vs. Frequency http://www.c sdcap .com