Heat sinks and water coolers - AMS Technologies
Heat sinks and water coolers - AMS Technologies
Heat sinks and water coolers - AMS Technologies
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Cooler selection by semiconductor componentSemiconductorcomponentDrill patternWater-glycol cooler(vattenkylare-L-W-H)Number ofcomponents2Flow rate,pressure drop 1Rth K / kW / Comp(ref. temp.) 33” or 4” discs - VK-145-135-26 2 × 6 l / min, 100 kPa 5.3 (n.s.)5” or 6” discs - VK-165-150-25 2 × 10 l / min, 125 kPa 3.3 (inlet) 4662 mm housing 48 × 93EconoPACK 3” 50 × 110VK-350-150-25 2 × (2 ×) 7.5 l / min, 120 kPa 5.0 (inlet)VK-280-215-24 3 × 10 l / min, 90 kPa 16.4 (n.s.)VK-305-300-15 8 × 6 l / min, 100 kPa < 43 (inlet)VK-370-230-28 6 × 50 l / min oil, 200 kPa < 50 (n.s.)VK-440-W-33 8 × 30 l / min, 50 kPa < 20 (n.s.)VK-300-280-20 6 × 16 l / min, 27 - 32 kPa 16 - 20 (n.s.)VK-430-150-20 6 × 16 l / min, 50 - 70 kPa < 18 (outlet)EconoPACK +, 122 × 162 110 × (50 × 3) VK-1400-W-20 14 × 40 l / min, 110 kPa 5.2 (average)PrimePACK2 89 × 172 73 × (39 × 4)PrimePACK3 89 × 250SKiiP373 × (39 × 6)SpecialVK-440-200-18 3 × 10 l / min, n.s. (n.s.)VK-L-260-18 7 × 25 l / min, 65 kPa 9.2 (average)PageVK-550-180-20 6 × 16 l / min, 50 kPa 20.2 (inlet) 53VK-L-400-18 Custom 30 l / min, 50 - 100 kPa < 5 (n.s.)VK-369-299-22 3 × 7 l / min, 50 kPa < 15 (inlet)VK-370-300-22-E 3 × 20 l / min, 70 kPa 6.6 (average) 47VK-691-300-22 6 × 20 l / min, 100 - 130 kPa 6 (average) 48VK-L-400-18 Custom 30 l / min, 50 - 100 kPa < 5 (n.s.)VK-360-215-26 8 × 25 l / min, 100 kPa n.s.VK-390-215-18 4 × 12 l / min, 45 kPa 5.3 (inlet)SKiiP4 Special VK-360-215-18 4 × 12 l / min, 50 kPa 6 (inlet) 49SKiM63 120 × 160 101 × (50 × 3) VK-400-265-33 2 × 50 l / min oil, 200 kPa < 17 (inlet)SKiM93 150 × 160 137 × (50 × 3) VK-400-265-33 2 × 50 l / min oil, 200 kPa < 17 (inlet)130 × 140 124 × (57 × 2)140 × 190 124 × (57 × 3)Mitsubishi 150 × 166(contact area 150 × 129,5)137,5 × (38 - 42,5 - 38)VK-L-534-56 6 × 30 l / min, 80 kPa 7.7 (n.s.)VK-L-400-18 Custom 30 l / min, 50 - 100 kPa < 5 (n.s.)VK-280-185-21 1 × 5 l / min, 50 kPa < 6.3 (inlet)VK-430-150-22 2 × 10 l / min, 40 kPa 6.4 (outlet) 508 - 15 l / min, 70 - 200VK-480-394-22 4 ×3 - 6 (n.s.)kPaVK-500-460-24 4 × 20 l / min, 140 kPa 5 (n.s.)6 - 18 l / min, 30 - 160VK-560-222-27 2 ×3 (n.s.)kPaVK-600-400-28 8 × 30 l / min, n.s. < 10 (inlet)VK-640-570-23 6 × 30 l / min, 60 kPa < 10 (inlet)VK-852-200-20 6 × 20 l / min, 130 kPa 8.5 (average) 51VK-920-400-20 16 × 20 l / min, 220 kPa 6.6 (average) 52VK-540-150-12 4 × 20 l / min, 50 kPa < 5 (n.s.)VK-550-180-20 6 × 16 l / min, 50 kPa 13.8 (inlet) 53VK-L-200-20 Custom 20 l / min, 100 kPa < 5 (average)1 selected values for quick selection, often at 2/3 of recommended maximum flow 2 uniform heat sources 3 Rth at conditions as in (1),EasyPACK, EconoPIM, EconoPACK <strong>and</strong> PrimePACK are trademarks of Infineon <strong>Technologies</strong>SKiiP <strong>and</strong> SKiM are trademarks of SemikronDefinitionsRth h-w /Comp (inlet) = (T max, cooler – T fluid, inlet) / P (Comp)Rth h-w /Comp (average) = (T max, cooler – (T fluid, inlet + T fluid, outlet)/2) / P (Comp)Rth h-w /Comp (outlet) = (T max , cooler – T fluid, outlet) / P (Comp)Performance curves <strong>and</strong> mechanical drawings upon requestCooler Plates 45
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