page 1 document number: 1012179.6 maxwell.com datasheet 75v module features and benefits ulta-low internal resistance highest performance available temperature monitoring over 1,000,000 duty cycles typical applications grid/power quality ups/backup for heavy machinery wind turbine pitch systems product specifications electrical bmod0094 p075 b02 rated capacitance 1 94 f minimum capacitance, initial 1 94 f maximum esr dc, initial 1 13 m rated voltage 75 v absolute maximum voltage 14 91 v maximum continuous current (ft = 15 o c) 2 48 a rms maximum continuous current (ft = 40 o c) 2 78 a rms maximum peak current, 1 second (non repetitive) 3 1,600 a leakage current, maximum (b02 suffix - passive balancing) 4 50 ma maximum series voltage 750 v temperature operating temperature (ambient temperature) minimum -40 o c maximum 65 o c storage temperature (stored uncharged) minimum -40 o c maximum 70 o c
page 2 document number: 1012179.6 maxwell.com datasheet 75v module product specifications (contd) physical bmod0094 p075 b02 mass, typical 25 kg power terminals m8/m10 recommended torque - terminal 20/30 nm vibration specification sae j2380 shock specification - environmental protection ip54 cooling natural convection monitoring / cell voltage management internal temperature sensor rtd temperature interface analog cell voltage monitoring n/a connector harting cell voltage management passive power & energy usable specific power, p d 5 2,100 w/kg impedance match specific power, p max 6 4,300 w/kg specific energy, e max 7 2.9 wh/kg stored energy 8 73.4 wh life high temperature 1 (at rated voltage & maximum operating temperature) 1,500 hours capacitance change (% decrease from minimum initial value) 20% esr change (% increase from maximum initial value) 100% room temperature 1 (at rated voltage & 25 o c) 15 years capacitance change (% decrease from minimum initial value) 20% esr change (% increase from maximum initial value) 100%
page 3 document number: 1012179.6 maxwell.com datasheet 75v module 80% 90% 100% 110% 120% 130% 140% 150% 160% 170% 180% -60 -40 -20 0 20 40 60 80 temperature (c) percentage change from value at 25c capacitance dc esr tpc crcterstcs thermal characteristics thermal resistance (r ma, module case to ambient), typical n/a thermal resistance (r ca, all cell cases to ambient), typical 0.50 o c/w thermal capacitance (c th ), typical 2 19,200 j/ o c product specifications (contd) cycle life 1,9 1,000,000 cycles capacitance change (% decrease from minimum initial value) 20% esr change (% increase from maximum initial value) 100% test current 100 a shelf life 1,10 (stored uncharged up to a maximum storage temperature) 2 years safety short circuit current, typical (current possible with short circuit from rated voltage. do not use as an operating current.) 5,800 a factory high-pot test 13 2,500 v dc certifications rohs bmod0094 p075 b02 esr and capacitance vs temperature
page 4 document number: 1012179.6 maxwell.com datasheet 75v module mounting recommendations please refer to the user manual for installation recommendations markings products are marked with the following information: rated capacitance, rated voltage, product number, name of manufacturer, positive and negative terminal, warning marking, serial number. notes 1. capacitance and esr dc measured at 25c per document number 1007239 available at www.maxwell.com. 2. per maxwell document 1007239 available at www.maxwell.com. 3. maximum peak current (1 sec) = 4. after 72 hours at 25c and rated voltage. initial leakage current can be higher. 5. per iec 62391-2, p d = 6. p max = 7. e max = 8. e stored = 9. cycle per document number 1007239 available at www.maxwell.com. 10. no more than 10% decrease in capacitance from minimum initial capacitance or 50% increase in esr from maximum initial esr. 11. tested at 1 kv dc. 12. for a given application, sufcient cooling must be provided to keep cell case temperatures below 65. see r th . 13. duration = 60 seconds. not intended as an operating parameter. 14. absolute maximum voltage non repeated, not to exceed 1 second. ? cv c x esr dc + 1 0.12v 2 esr dc x mass v 2 4 x esr dc x mass ? cv 2 3,600 x mass ? cv 2 3,600
page 5 document number: 1012179.6 maxwell.com maxwell technologies, inc. global headquarters 5271 viewridge court, suite 100 san diego, ca 92123 usa tel: +1 858 503 3300 fax: +1 858 503 3301 maxwell technologies sa ch-1728 rossens switzerland tel: +41 (0)26 411 85 00 fax: +41 (0)26 411 85 05 maxwell technologies, gmbh brucker strasse 21 d-82205 gilching germany tel: +49 (0)8105 24 16 16 fax: +49 (0)8105 24 16 19 maxwell technologies, inc. shanghai representative ofce 13e, cr times square 500 zhangyang road, pudong shanghai 200122, p.r. china tel: +86 21 5836 8780 fax: +86 21 5836 8790 datasheet 75v module product dimensions are for reference only unless otherwise identifed. product dimensions and specifcations may change without notice. please contact maxwell technologies directly for any technical specifcations critical to application. all products featured on this datasheet are covered by the following u.s. patents and their respective foreign counterparts: 7307830, 7203056, 7027290, 7.352.558, 7. 295.423, 7.09 0.9 4 6, 7. 50 8 . 651, 7.492 . 571, 7. 342 .770, 6. 6 43.119, 7. 38 4.433, 7.147. 674, 7. 317. 6 09, 7.495. 349, 7.102 . 877. bmod0094 p075 part description dimensions (mm) package quantity l ( 0.3mm) w ( 0.2mm) h ( 0.7mm) bmod0094 p075 b02 515 263 220 1 183 195 220 37.0 252.0 126.0 68.5 131.5 515 189.0 263 positive terminal negative terminal angle 0.5 .xx .125 .x .25 9244 balboa avenue, san diego, ca 92123 u.s.a checked process engr production engr mechanical engr quality engr c:\75v\ 1 2 3 4 4 3 2 1 a b c d d c b a drawn design engr test engr b-pg1 rev a 7/01 scale doc. no. sheet do not scale drawing material finish unless otherwise specified, all dimensions are in milimeters after plating. break edges 0.3 lathe finish 63 inch, mill finish 125 inch x.xxx diameters 0.125 tir x.xxx dia surfaces & 0.025mm approvals date size cage code part no. rev b 68911 description co description rev revisions 107725 1:5 1 of 1 a rev datesheet 1 module assy, bmood0094 p075 b02 n/a n/a l. anderson 4/26/2010 1 1 x 1 - 1 notice: the information contained in this document is maxwell confidential information and is the sole property of maxwell technologies. any reproduction in part or whole without written permission of maxwell technologies is prohibited. caution contains parts and/or assemblies susceptible to damage by electrostatic discharge (esd) 3rd angle projection production release w h l
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