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Document overview

  • Manufacturer or author: Provided By digicamel.com
  • PDF pages: 4

Technical content

High Energy Storage Chokes for Inverter Applications TTS g £ Features 4 5 / P fas Series main characteristics are: L < 2 -High efficiency (>99%) due to very low losses design. OT AP af ae Very good inductance stability vs. temperature. B - Wide inductance range (values of inductance up to 6mH). iG ~~ High storage currents (up to 150 A). ne S - High current density. 1 er ‘® - Only one component for 3 phase: Triphasic topology. qu» ll = - Lower size in comparison with other chokes. - Operating frequency up to 25kHz. ~ - Wide operating temperature range.

Applications

  • Input and output chokes for renewable inverter applications - Solar - Wind - Fuel-cells - Chokes for welding equipments. - Input and output chokes for UPS. PREMO introduces a new high storage mono-phase and three-phase AC chokes standard series for renewable energies, offering a wide range of inductances and Power (from 2,5 up to 100kVA). AIC series is manufactured with new magnetic material. This new alloy has a balanced performance, combining a high flux density with low coercitivity and power losses over a broad range of frequencies making them an ideal solution. This combination of low losses and high saturation flux density provides size reduction and increasingly energy efficiency. 104

High Energy Storage Chokes for Inverter Applications . 9 Product list 2 Fundamental Ripple iipple ra Current Power Frequency Frequency "18% Total Losses RDC!) aT Weight 8 Part Number ul) (ay (eva) (2) (kHz) (Apeak) “(W) MAX. (moO) (Pe) 0%) (Ke) AIC-2P-300-12, 3mH = 12,5 25 50/60 20 2 25 32 45° 99,07 2,1 a AIC-2P-600-12. 6mH 12,5 2,5 50/60 20 2 30 27 45 98,80 3,6 ry AIC-2P-150-23 1,5mH 23 5 50/60 20 3 25 12 45° 99,50 2,9 3 AIC-2P-250-23 2,5mH 23 5 50/60 20 3 30 12 45° 99,41 4,1 & AIC-2P-300-23, 3mH = 23 5 50/60 20 3 27,5 12 45° 99,47 3,7 x AIC-3P-150-151,5mH 15 10 50/60 15 2 30 27 40 99,71 3,4 OO AIC-3P-200-15, 2mH 15 10 50/60 15 2 35 22 40 99,67 5 = AIC-3P-100-23 = 1mH = 23 1s 50/60 15 3 37,5 12 40 99,76 5,2 AIC-3P-200-23, 2mH = 23 1S 50/60 15 3 60 19 40 99,60 8,4 AIC-3P-075-30 750pH 30 20 50/60 15 4 40 6,5 45 99,80 6,3 AIC-3P-150-30 1,5mH 30 20 50/60 15 4 70 10, 45 99,66 9,7 AIC-3P075-36 750uH 36 25 50/60 15 5 675 9 45 9974 7,5 AIC-3P-150-36 1,5mH 36 25 50/60 15 5 110 12 45° 99,56 16,2 AIC3P-032-75 325uH 75 $0 50/60 1011 54550 99,77 14,2 AICSPO75-75 750\\H 75 50 50/60 1011160650 99,68. 23,7 AIC-3P-025-150 250uH 150 100 50/60 5 23 220 «2,550. 99,79 34,9 AIC-3P-050-150 500. 150 100 S0/60 5 23210850. 99,79 AS Note 1: DC Resistance per each phase (m2) Note 2; Total inductance for AIC-2P-XXX-XX, Inductance per phase for AIC-3P-00XX Dimensions (in mm) - A - - B - * = 1 a eee! eet ik fe Dimensions of mono-phase chokes PanNumber A BC DE F GH Bo ei a AIC-2P-300-12 120 70 150 85 75 65 75 5 ANG-2P60012 120 85 150 100 75 65 90 5 att} ANG-2PA15023 120 70 150 85 75 65 75 S G-2P25023 120 85 150 100 75 65 90 5

7 NG-2P30023° 120 85 150 100 75 65 90S

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High Energy Storage Chokes for Inverter Applications ye ¥ Dimensions (in mm) 2 of A - — Ey fa ~ a “= 1 § ou i _i + acta fa oa ry Rural eet ee 4 | Fy a YJ r eee ' y . - £ ~ Dimensions of three-phase chokes - F 7 4 1 PartNumber A B C D E£ F GH i nm AIGSPAS04S 180 G0 150 BS 135 15 75 5 AIC3P-200-15 180 95 150 100 125 115 90 5 a ee | AIC-3P-100-23 180 95 150 100 125 115 90 S AIC3P-200-23 200 100 180 110 150 140 100 5 y #4 AIC-3P.075-30 180 95 150 100 125 115 90 5 — OH as 1 AIC-3P-150-30 200 100 180 110 150 140 100 S AIG3P07536 200 100 180 110 150 140 100 5 AIC3P-15036 250 125 210 120 190 180 110 5 AG3P03275 250 125 210 120 190 180 110s AICIPO7S.75 290 145 245 130 220 120 210 5 AIG3PO2S150 320 180 270 160 250 240 150s ‘AG-3P.050-150 320 180 270 160 250 240 150 5 Mono-phase graphics Losses (W) Vs. Temperature (°C) i a a 106

High Energy Storage Chokes for Inverter Applications y Core Losses (W) Vs. Frequency (kHz) é 100 % . aican.asoas & F | car sooas 3 to z $ NC-20-150-23 fi ; caro = 4s 8 2 6 mm wR Irn 04) Three-phase graphics Losses (W) Vs. Temperature (°C) 250 = en ae fecarosnea ncanans7s | ee g 10 . i fa ope esse 4 0 ‘AIC-3P-150-30 FTE 50 |-eaPa00g§ Asm IOggs — MC-3PA7530 =e Tomprare() Core Losses (W) Vs. Frequency (kHz) canors74 . _™ ee eee E z EEE IT : LEELEE_EF Toons, MPO ae car-a0023 1 g racshi0023 on . os 9 ts ree 107