ed.03 rev.01 07.2012 23.1 pms - (new 550vdc rating; expanded range; new lugs) metallized polypropylene ? lm capacitor mkp - switching / snubber - high current main applications switching capacitor for resonant circuits, industrial and motor speed controls, induction heaters, high frequency and high current applications dielectric polypropylene electrodes vacuum deposited metal layers coating solvent resistant plastic case with resin sealing (ul 94 v0). flame retardant execution construction extended metallized ? lm with internal series connection (refer to general technical information) terminals tinned copper (brass) lugs (leadfree) for screw ? xing (please refer to article table) degree of protection ip00 installation whatever position assuring correct heat dissipation. arrangement of many components with box walls in contact not admitted; suggested minimum distance between side by side elements 1/8 of the box thickness (b size). box with lugs terminals must be free to correctly dissipate from all the body faces reference standard iec 61071, iec 60068, rohs compliant climatic category 40/85/56 (iec 60068/1), gpd (din40040) operating temperature range (case) 40...+85c (+100c observing voltage and current derating) max. permissible ambient temperature +70c, operation at rated power, current, voltage and natural cooling (+85c observing voltage and current derating) rated capacitance (cr) 0,068f to 18,5f. refer to article table capacitance tolerance (at 1khz) 10% (code=k), 5% (code=j). other tolerances upon request capacitance temperature coef? cient refer to graphs in general technical information long term stability (at 1 khz) capacitance variation 1% after a period of 2 years at standard environmental conditions rated voltage (ur), +85c 550, 700, 850, 1000, 1200, 1500, 2000, 2500, 3000 vdc temperature de-rated voltage for operating temperature (case) > +85c, ur must be decreased 1,5% for every c exceeding +85c urms must be decreased 2,5% for every c exceeding +85c non recurrent surge voltage (upk), +85c 900, 1100, 1300, 1550, 1750, 2200, 2600, 3300, 4000 vdc self inductance 1nh/mm of ? xing pitch maximum pulse rise timerefer to article table maximum peak current (ipeak) refer to article table. max. non repetitive ipk = 1,5 x ipeak dissipation factor (df), max. tg x10 4 , measured at 255c, 1khz cr0,1f 0,1f9f 6 5 6 7 10 insulation resistance (ir) 3000s but need not exceed 30g (typical value), when measured between terminals, at 25c, after 1 minute of electri? cation at 100vdc test voltage between terminals (ut) 1,6xur (dc) applied for 10s / 2xur (dc) applied for 2s, at 255c test voltage between terminals and case (utc) 3kv 5060hz applied for 60s at 255c damp heat test (steady state) test conditions: temperature= +402c relative humidity=932% test duration= 56 days performance: capacitance change 2% df change 0.0010 at 1khz ir 50% of initial limit value typical capacitance change versus operating time 3% after 30000 hours at urms or after 100000 hours at ur life expectancy 100000 hours (ur); 30000 hours (urms) failure quota 300/10 9 component hours warning: this speci? cation must be completed with the data given in the ?general technical information? chapter
ed.03 rev.01 07.2012 23.2 pms - (new 550vdc rating; expanded range; new lugs) metallized polypropylene ? lm capacitor mkp - switching / snubber - high current 13.70.3 70.2 17.2 max. 10 max. 61 0.80.1 0.80.1 a min. p2 13.70.3 70.2 p2 a min. 70.2 5.51 0.80.1 61 8 min. 140.2 style ap style vp - vpm8 / vr - vrm8 style sp - spm8 / sr - srm8 70.2 70.2 13.70.3 style vn - vnm8 (for l=57.5mm only) p2 a min. 0.80.1 70.2 13.70.3 a min. p2 style fp - fpm8 / fr - frm8 0.80.1 2.3 max. 201.5 2.3 max. 18,5max. 1.75max. (on both lugs) b p1 l b h l l p1 b l p1 201.5 b h 61 h l b h p1 h p1 fixing pitch and distance between lugs (mm) sp-spm8 vp-vpm8 fp-fpm8 sr-srm8 vr-vrm8 fr-frm8 lugs style l p1 p2 4242,5 11min. 57,5 4242,5 57.5 2328(m6) 3742(m6) 24min. 2025(m6) 3439(m6) 8min. 21min. 2526(m8) 3940(m8) 2223(m8) 3637(m8) 13.70.3 70.2 70.2 a min. 61 10 max. style sn - snm8 (for l=57.5mm only) p2 0.80.1 l b h p1 17.2max. fixing pitch and distance between lugs (mm) lugs style l p1 p2 sn-snm8 vn-vnm8 4242,5 57.5 not available 2328(m6) 11min. 2526(m8) sn, vn a= 6min. snm8, vnm8 a= 8min. fixing slot size (mm)** sp, vp, fp, sr, vr, fr a=6min. spm8, vpm8, fpm8, srm8, vrm8, frm8 a=8min. fixing slot size (mm)** fixing pitch and distance between lugs (mm) lugs style l p1 p2 ap 4242,5 57.5 5164 (m8) - 6578 (m8) - ** standard fixing slots for m6 screws, slots for m8 screws available upon request dimensions in mm (drawings not in scale) ** standard fixing slots for m6 screws, slots for m8 screws available upon request
ed.03 rev.01 07.2012 23.3 pms - (new 550vdc rating; expanded range; new lugs) metallized polypropylene ? lm capacitor mkp - switching / snubber - high current 0.80.1 11 min. 0.60.4 50.2 100.2 style bp (not available for l=57.5mm) 12.80.4 r=5 6.40.3 16.60.4 p2 0.80.1 6.70.8 61 0.80.1 10.20.2 14.60.2 8.30.1 21.81.2 p1 p2 70.2 style sl (m8 slots only) style bn (m6 slots only; not available for l=57.5mm and for l=4242,5mm having b>22mm) p1 110.3 l 17.5max. b h l h b h+8max. 52.5max. 20.4 14.80.4 l 5.5max. b h 6.50.3 6min. p2 p1 56.5max. dimensions in mm (drawings not in scale) fixing pitch and distance between lugs (mm) lugs style l p1 p2 bp 4242.5 57.5 3245 (m6) 17min. not available fixing pitch and distance between lugs (mm) lugs style l p1 p2 sl 4242.5 57.5 2224 (m8) 8min. 3638 (m8) 21min. fixing pitch and distance between lugs (mm) lugs style l p1 p2 bn 4242.5 57.5 3037 (m6) 15min. not available not available for b>22 151.5
ed.03 rev.01 07.2012 23.4 pms - (new 550vdc rating; expanded range; new lugs) metallized polypropylene ? lm capacitor mkp - switching / snubber - high current pms article table (different values available upon request) - (^^)= not for new design: replaced with 30x45x42.5mm box ur urms upk cap. dimension in mm du/dt ipeak irms (2) esr (3) icel code (1) vdc vac (4) vdc f b h l v/s a a m 550 340 900 2 17 28 42,5 110 220 13 4,3 pms1554200*## 550 340 900 2,2 17 28 42,5 110 242 13,5 4,1 pms1554220*## 550 340 900 2,5 17 32 42 110 275 15 3,8 pms1554250*##a 550 340 900 2,5 24,5 27,5 42,5 110 275 15 3,8 pms1554250*## 550 340 900 3 22 30 42,5 110 330 16,5 3,2 pms1554300*##a 550 340 900 3 24,5 27,5 42,5 110 330 16,5 3,2 pms1554300*## 550 340 900 3,3 22 30 42,5 110 363 17,5 3,1 pms1554330*## 550 340 900 3,9 22 33,5 42,5 110 429 19 2,7 pms1554390*## 550 340 900 4,7 28 37 42,5 110 517 22,5 2,3 pms1554470*## 550 340 900 5 28 37 42,5 110 550 23 2,3 pms1554500*## 550 340 900 5,6 28 37 42,5 110 610 24,5 2,1 pms1554560*##a 550 340 900 5,6 33,5 35,5 42,5 110 610 24,5 2,1 pms1554560*## 550 340 900 6,8 30 45 42,5 110 748 29,5 1,9 pms1554680*## 550 340 900 7,5 33 45 42,5 110 825 31 1,8 pms1554750*## 550 340 900 10 30 45 57,5 72 720 29 2,1 pms1555100*## 550 340 900 13 35 50 57,5 72 936 33 1,9 pms1555130*## 550 340 900 15 38 57,5 57,5 72 1080 34,5 1,7 pms1555150*## 550 340 900 18,5 38 57,5 57,5 72 1332 38 1,6 pms1555180*## 700 420 1100 1,5 17 28 42,5 150 225 15 3,5 pms1704150*##b 700 420 1100 1,5 24,5 27,5 42,5 150 225 15,5 3,5 pms1704150*## 700 420 1100 2 24,5 27,5 42,5 150 300 17,5 3,1 pms1704200*## 700 420 1100 2 22 30 42,5 150 300 17,5 3,1 pms1704200*##a 700 420 1100 2,2 22 33,5 42,5 150 330 18 3 pms1704220*## 700 420 1100 2,5 22 33,5 42,5 150 375 20 2,6 pms1704250*## 700 420 1100 3 33,5 35,5 42,5 150 450 22,5 2,6 pms1704300*## 700 420 1100 3 28 37 42,5 150 450 22,5 2,6 pms1704300*##a 700 420 1100 3,3 33,5 35,5 42,5 150 495 23 2,5 pms1704330*## 700 420 1100 3,3 28 37 42,5 150 495 23 2,5 pms1704330*##a 700 420 1100 4 33,5 35,5 42,5 150 600 24 2,1 pms1704400*## 700 420 1100 4,7 30 45 42,5 150 600 29,5 1,7 pms1704470*##a 700 420 1100 4,7 33 45 42,5 150 705 29,5 1,7 pms1704470*## (^^) 700 420 1100 5 30 45 42,5 150 750 30,5 1,7 pms1704500*##a 700 420 1100 5 33 45 42,5 150 750 30,5 1,7 pms1704500*## (^^) 700 420 1100 5,6 33 45 42,5 150 840 32,5 1,6 pms1704560*## 700 420 1100 6,8 30 45 57,5 100 680 29 2,2 pms1704680*## 700 420 1100 9 35 50 57,5 100 900 34 1,8 pms1704900*## 700 420 1100 10 38 57,5 57,5 100 1000 35,5 1,9 pms1705100*## 700 420 1100 12 38 57,5 57,5 100 1200 37 1,7 pms1705120*## 850 500 1300 1 17 28 42,5 200 200 14,5 3,6 pms1854100*## 850 500 1300 1,2 22 30 42,5 200 240 16,5 3,2 pms1854120*##a 850 500 1300 1,2 24,5 27,5 42,5 200 240 16,5 3,2 pms1854120*## 850 500 1300 1,5 22 33,5 42,5 200 300 18,5 2,6 pms1854150*## 850 500 1300 2,2 28 37 42,5 200 440 25 2,2 pms1854220*## 850 500 1300 2,2 33,5 35,5 42,5 200 440 25 2,2 pms1854220*## 850 500 1300 2,5 33,5 35,5 42,5 200 500 26 2 pms1854250*## 850 500 1300 2,7 33,5 35,5 42,5 200 540 26,5 2 pms1854270*## 850 500 1300 3 30 45 42,5 200 600 30 1,7 pms1854300*##a 850 500 1300 3 33 45 42,5 200 600 30 1,7 pms1854300*## (^^) 850 500 1300 3,3 30 45 42,5 200 660 30,5 1,7 pms1854330*##a 850 500 1300 3,3 33 45 42,5 200 660 30,5 1,7 pms1854330*## (^^) 850 500 1300 4 33 45 42,5 200 800 32 1,6 pms1854400*## 850 500 1300 4,7 30 45 57,5 110 517 29 2,0 pms1854470*## 850 500 1300 5 30 45 57,5 110 550 29,5 2,0 pms1854500*## 850 500 1300 5,6 35 50 57,5 110 616 33 1,9 pms1854560*## 850 500 1300 6 35 50 57,5 110 693 34 1,9 pms1854600*## 850 500 1300 6,8 38 57,5 57,5 110 748 35 1,8 pms1854680*## 850 500 1300 8 38 57,5 57,5 110 880 36,5 1,7 pms1854800*## 1000 575 1550 0,68 17 28 42,5 225 153 14 4 pms2103680*## 1000 575 1550 1 22 30 42,5 225 225 17 3,2 pms2104100*##a 1000 575 1550 1 24,5 27,5 42,5 225 225 17 3,2 pms2104100*## 1000 575 1550 1,2 22 33,5 42,5 225 270 18,5 2,9 pms2104120*## (1) change the * symbol with the needed capacitance tolerance code: j=5%, k=10%, m=20% and the ## characters with the needed style code (2) max. at 100khz, +70c for case operating t= +85c (at t amb. >+70c and t case >+85c voltage and current derating must be observed), c tol. ?10% (for wider c tolerances, esr variation must be taken in consideration) (3) typical values at 100khz (for operating frequencies far from the reference, esr variation and related power dissipation variation must be taken in consideration) (4) not suitable for across the line application
ed.03 rev.01 07.2012 23.5 pms - (new 550vdc rating; expanded range; new lugs) metallized polypropylene ? lm capacitor mkp - switching / snubber - high current ur urms upk cap. dimension in mm du/dt ipeak irms (2) esr (3) icel code (1) vdc vac (4) vdc f b h l v/s a a m 1000 575 1550 1,5 28 37 42,5 225 337,5 23 2,5 pms2104150*## 1000 575 1550 2 33,5 35,5 42,5 225 450 25,5 2,0 pms2104200*## 1000 575 1550 2 30 45 42,5 225 450 27 2,0 pms2104200*##a 1000 575 1550 2,2 30 45 42,5 225 495 28,5 1,9 pms2104220*## 1000 575 1550 2,5 33 45 42,5 225 562,5 30,5 1,8 pms2104250*## 1000 575 1550 3,3 30 45 57,5 135 445,5 29 2,2 pms2104330*## 1000 575 1550 4,7 35 50 57,5 135 634,5 33,5 1,8 pms2104470*## 1000 575 1550 5,6 38 57,5 57,5 135 756 35 1,7 pms2104560*## 1000 575 1550 6 38 57,5 57,5 135 810 36 1,7 PMS2104600*## 1200 630 1750 0,47 17 28 42,5 255 119,8 12,5 4,9 pms2123470*## 1200 630 1750 0,68 22 30 42,5 255 173 15 4,1 pms2123680*##a 1200 630 1750 0,68 24,5 27,5 42,5 255 173 15 4,1 pms2123680*## 1200 630 1750 1 28 37 42,5 255 255 19,5 3,2 pms2124100*## 1200 630 1750 1,2 28 37 42,5 255 306 22 2,8 pms2124120*## 1200 630 1750 1,5 33,5 35,5 42,5 255 382 24 2,4 pms2124150*## 1200 630 1750 2 33 45 42,5 255 510 28,5 1,9 pms2124200*## 1200 630 1750 2,2 33 45 42,5 255 561 29,5 1,8 pms2124220*## 1200 630 1750 2,5 30 45 57,5 150 375 28,5 2,4 pms2124250*## 1200 630 1750 3 35 50 57,5 150 450 32 2,0 pms2124300*## 1200 630 1750 3,3 35 50 57,5 150 495 32,5 2,0 pms2124330*## 1200 630 1750 4 38 57,5 57,5 150 600 34 1,9 pms2124400*## 1200 630 1750 4,7 38 57,5 57,5 150 705 35,5 1,7 pms2124470*## 1500 650 2200 0,33 17 28 42,5 320 105,6 12 5,3 pms2153330*##b 1500 650 2200 0,33 24,5 27,5 42,5 320 105,6 12 5,3 pms2153330*## 1500 650 2200 0,47 22 30 42,5 320 150,4 14,5 4,3 pms2153470*##a 1500 650 2200 0,47 24,5 27,5 42,5 320 150,4 14,5 4,3 pms2153470*## 1500 650 2200 0,68 33,5 35,5 42,5 320 217,6 18,5 3,6 pms2153680*## 1500 650 2200 1 33,5 35,5 42,5 320 320 23,5 2,5 pms2154100*## 1500 650 2200 1,2 30 45 42,5 320 384 27,5 2,1 pms2154120*## 1500 650 2200 1,3 33 45 42,5 320 416 28,5 2,1 pms2154130*## 1500 650 2200 1,5 30 45 57,5 175 262,5 25 3,0 pms2154150*## 1500 650 2200 2 35 50 57,5 175 350 29 2,5 pms2154200*## 1500 650 2200 2,2 35 50 57,5 175 385 29,5 2,4 pms2154220*## 1500 650 2200 3 38 57,5 57,5 175 525 34 2 pms2154300*## 2000 700 2600 0,22 17 28 42,5 410 90,2 11,5 6,4 pms2203220*##b 2000 700 2600 0,22 24,5 27,5 42,5 410 90,2 11,5 6,4 pms2203220*## 2000 700 2600 0,27 24,5 27,5 42,5 410 110,7 13 5,6 pms2203270*## 2000 700 2600 0,33 22 30 42,5 410 135,3 14 4,6 pms2203330*## 2000 700 2600 0,47 28 37 42,5 410 192,7 19 3,7 pms2203470*##a 2000 700 2600 0,47 33,5 35,5 42,5 410 192,7 18,5 3,7 pms2203470*## 2000 700 2600 0,56 33,5 35,5 42,5 410 229,6 21 3,3 pms2203560*## 2000 700 2600 0,68 30 45 42,5 410 278,8 23,5 2,9 pms2203680*##a 2000 700 2600 0,68 33 45 42,5 410 278,8 23,5 2,9 pms2203680*## (^^) 2000 700 2600 0,82 33 45 42,5 410 336,2 25,5 2,6 pms2203820*## 2000 700 2600 1 30 45 57,5 225 225 23 3,5 pms2204100*## 2000 700 2600 1,5 35 50 57,5 225 337,5 27,5 2,7 pms2204150*## 2000 700 2600 2 38 57,5 57,5 225 450 32 2,2 pms2204200*## 2500 725 3300 0,1 17 28 42,5 550 55 8 11,7 pms2253100*## 2500 725 3300 0,12 17 28 42,5 550 66 9 10,1 pms2253120*##b 2500 725 3300 0,12 24,5 27,5 42,5 550 66 9 10,1 pms2253120*## 2500 725 3300 0,15 24,5 27,5 42,5 550 82,5 10 8,3 pms2253150*## 2500 725 3300 0,18 24,5 27,5 42,5 550 99 11,5 7,2 pms2253180*## 2500 725 3300 0,22 22 33,5 42,5 550 121 13,5 6,0 pms2253220*## 2500 725 3300 0,22 33,5 35,5 42,5 550 121 14 6,0 pms2253220*## 2500 725 3300 0,33 33,5 35,5 42,5 550 181,5 17,5 4,4 pms2253330*## 2500 725 3300 0,39 33,5 35,5 42,5 550 214,5 18,5 3,9 pms2253390*## 2500 725 3300 0,47 33 45 42,5 550 258,5 22 3,4 pms2253470*## 2500 725 3300 0,56 33 45 42,5 550 308 23 3,1 pms2253560*## 2500 725 3300 0,68 30 45 57,5 280 190,4 22,5 3,8 pms2253680*## 2500 725 3300 1 35 50 57,5 280 280 26,5 2,9 pms2254100*## 2500 725 3300 1,2 38 57,5 57,5 280 330 29,5 2,7 pms2254120*## (1) change the * symbol with the needed capacitance tolerance code: j=5%, k=10%, m=20% and the ## characters with the needed style code (2) max. at 100khz, +70c for case operating t= +85c (at t amb. >+70c and t case >+85c voltage and current derating must be observed), c tol. ?10% (for wider c tolerances, esr variation must be taken in consideration) (3) typical values at 100khz (for operating frequencies far from the reference, esr variation and related power dissipation variation must be taken in consideration) (4) not suitable for across the line application
ed.03 rev.01 07.2012 23.6 pms - (new 550vdc rating; expanded range; new lugs) metallized polypropylene ? lm capacitor mkp - switching / snubber - high current ur urms upk cap. dimension in mm du/dt ipeak irms (2) esr (3) icel code (1) vdc vac (4) vdc f b h l v/s a a m 3000 750 4000 0,068 17 28 42,5 750 51 8 14,5 pms2302680*##b 3000 750 4000 0,068 24,5 27,5 42,5 750 51 8 14,5 pms2302680*## 3000 750 4000 0,1 22 30 42,5 750 75 10 9,9 pms2303100*##a 3000 750 4000 0,1 24,5 27,5 42,5 750 75 10 9,9 pms2303100*## 3000 750 4000 0,12 22 33,5 42,5 750 90 11 8,8 pms2303120*##b 3000 750 4000 0,12 33,5 35,5 42,5 750 90 11 8,8 pms2303120*## 3000 750 4000 0,15 33,5 35,5 42,5 750 112,5 13,5 7,3 pms2303150*## 3000 750 4000 0,18 28 37 42,5 750 135 15 6,3 pms2303150*##a 3000 750 4000 0,18 33,5 35,5 42,5 750 135 14,5 6,3 pms2303180*## 3000 750 4000 0,22 30 45 42,5 750 165 17,5 5,3 pms2303220*##a 3000 750 4000 0,22 33 45 42,5 750 165 17,5 5,3 pms2303220*## (^^) 3000 750 4000 0,3 33 45 42,5 750 225 20,5 4,2 pms2303300*## 3000 750 4000 0,39 30 45 57,5 370 144,3 19 5,2 pms2303390*## 3000 750 4000 0,47 35 50 57,5 370 173,9 21,5 4,6 pms2303470*## 3000 750 4000 0,56 35 50 57,5 370 207,2 23 4,1 pms2303560*## 3000 750 4000 0,68 38 57,5 57,5 370 251,6 27 3,5 pms2303560*## (1) change the * symbol with the needed capacitance tolerance code: j=5%, k=10%, m=20% and the ## characters with the needed style code (2) max. at 100khz, +70c for case operating t= +85c (at t amb. >+70c and t case >+85c voltage and current derating must be observed), c tol. ?10% (for wider c tolerances, esr variation must be taken in consideration) (3) typical values at 100khz (for operating frequencies far from the reference, esr variation and related power dissipation variation must be taken in consideration) (4) not suitable for across the line application
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