datasheet 160v module page 1 document number: 3000246.1 maxwell.com electrical BMOD0006 e160 b02 rated capacitance 1 5.8 f minimum capacitance, initial 1 5.8 f maximum esr dc , initial 1 220 m? rated voltage 160 v absolute maximum voltage 11 170 v maximum continuous current (?t = 15 c) 2 7.0 a rms maximum continuous current (?t = 40 c) 2 13.0 a rms maximum peak current, 1 second (non-repetitive) 3 200 a leakage current, maximum (passive balancing) 4 25 ma maximum series voltage 660 v temperature operating temperature (ambient temperature) minimum -40c maximum 12 65c storage temperature (stored uncharged) minimum -40c maximum 70c physical mass, typical 5.1 kg power terminals m5 thread recommended torque - terminal 4.0 nm vibration specification iec60068-2-6 shock specification iec60068-2-27,-29 environmental protection (except terminals) ip54 cooling natural convection features and benefits 160v dc working voltage passive balancing typical applications wind pitch control short-term ups renewable energy systems product specifications
datasheet 160v module page 2 document number: 3000246.1 maxwell.com monitoring / cell voltage management BMOD0006 e160 b02 internal temperature sensor n/a temperature interface n/a cell voltage monitoring voltage center tap connector m4 cell voltage management passive power and energy usable specific power, p d 5 2700 w/kg impedance match specific power, p max 6 5600 w/kg specific energy, e max 7 4.0 wh/kg stored energy, e stored 20.6 wh life high temperature 12 (at rated voltage and maximum operating temperature) 1500 hours capacitance change (% decrease from minimum initial value) 20% esr change (% increase from maximum initial value) 100% room temperature 1 (at rated voltage and 25 c) 10 years capacitance change (% decrease from minimum initial value) 20% esr change (% increase from maximum initial value) 100% cycle life 1,9 500,000 cycles capacitance change (% decrease from minimum initial value) 20% esr change (% increase from maximum initial value) 100% test current 35 a shelf life 1,10 (stored uncharged up to 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.) 730 a high-pot test 13 5600 v dc certifications rohs product specifications (contd)
datasheet 160v module page 3 document number: 3000246 .1 maxwell.com typical characteristics thermal characteristics BMOD0006 e160 b02 thermal resistance (r ma module case to ambient), typical n/a thermal resistance (r ca all cell cases to ambient), typical 1.1c/w thermal capacitance (c th ), typical 2 4,800 j/c esr and capacitance vs temperature 1. capacitance and esr dc measured at 25 c 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) = ? cv c x esr dc + 1 4. after 72 hours at 25 c and rated voltage. initial leakage current can be higher. 5. per iec 62391-2, p d = 0.12v 2 esr dc x mass 6. p max = v 2 4 x esr dc x mass 7. e max = ? cv 2 3,600 x mass 8. e stored = ? cv 2 3,600 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. absolute maximum voltage non repeated, not to exceed 1 second. 12. for a given application, sufficient cooling must be provided to keep cell case temperatures below 65c. see r ca . 13. duration = 60 seconds. not intended as an operating parameter. notes 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. 80% 90% 100% 110% 120% 130% 140% 150% 160% 170% 180% -60 -40 -20 0 20 40 60 80 temperature (c) percen tage ch an ge from val ue at 25c capacitance dc esr
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 route de montena 65 ch-1728 rossens switzerland tel: +41 (0)26 411 85 00 fax: +41 (0)26 411 85 05 maxwell technologies, gmbh leopoldstrasse 244 80807 mnchen germany tel: +49 (0)89 / 20 80 39 653 fax: +49 (0)89 / 20 80 39 651 maxwell technologies, inc. shanghai representative ofce unit a2bc, 12th floor huarun times square 500 zhangyang road, pudong shanghai 200122, p.r. china tel: +86 21 3852 4000 fax: +86 21 3852 4099 d eta i l a scale 2 : 5 7 3 7 12 d eta i l b scale 2 : 5 7 3 7 d eta i l c scale 2 : 5 8 6 1 4 c a b monitoring monitoring 7 9 103. 9 235 44. 2 58. 3 367 103. 9 70. 6 66. 6 66. 6 datasheet 160v module page 4 document number: 3000246 .1 maxwell.com mod0006 e160 0 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 u.s. patents and their respective foreign counterparts. patent information can be found at www.maxwell.com. part description dimensions (mm) package quantity l ( 0.mm) ( 0.mm) h ( 0.mm) BMOD0006 e160 b02 367 235 79 3 maxwell technologies, maxwell, maxwell certified integrator, enabling energys future, boostcap, c cell, d cell and their respective designs and/or logos are either trademarks or registered trademarks of maxwell technologies, inc. and may not be copied, imitated or used, in whole or in part, without the prior written permission from maxwell technologies, inc. all contents copyright ? 2012 maxwell technologies, inc. all rights reserved. no portion of these materials may be reproduced in any form, or by any means, without prior written permission from maxwell technologies, inc.
|
