Useful cooling output 1,500 W. The cooling unit may be attached to the enclosure in 3 positions (external, partial internal and full internal mounting). The energy-efficient wall-mounted cooling unit Blue e+ Outdoor can be used worldwide, thanks to its multi-voltage capability, and is suitable for use with Toptec project solutions, for example Average 75% energy savings thanks to speed-regulated components and heat pipe technology Longer service life of the components inside the enclosure and the cooling unit due to component-friendly cooling Intuitive operation due to touch display and intelligent interfaces SK Blue e+ cooling unit, wall-mounted, outdoor, 1.6 kW, 110 – 240 V, 1~, 380 – 480 V, 3~, 50 – 60 Hz, aluminium, WHD: 400 x 950 x 310 mm
China
This series of fuses is suitable for solar photovoltaic power generation system, rated voltage up to 1500V, rated current up to80A, rated breaking capacity is 10KA, productsare in conform with IEC60269.6 standard.
Request for a quoteUnited Kingdom
We have over 10 Million Lines of Components in our Supply. We Supply the FULL Range of BELFUSE Contact me on liamm@merefields.com
Request for a quoteTurkey
Power and data requirements which increase rapidly in all types of factories, worksites and living areas are revealed in new building designs. Consequently, flexible, modular and modern infrastructure systems that can be adapted to the rapidly changing requirements in new buildings designs are gaining momentum.
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High-performance heat sinks from Seifert electronic are exclusively designed for forced cooling applications. The powerful heat sinks from the Vario and DKL series impress with their large cooling surfaces. Utilizing a finned construction, rib spacing can be manufactured that is not achievable with conventional extruded profiles. Thanks to maximized surface area with the same weight, a high-performance heat sink delivers above-average cooling performance per unit volume. We have patented our proprietary compression geometry at Seifert electronic. In this process, individual fins are precisely cold-pressed into a heat sink without the use of adhesives. Heat conduction in the finned heat sinks occurs directly from the base to the fins, without any thermal transition as seen with pressed-in ribs into a solid base. Custom mounting holes can be incorporated into the pressed, surface-milled base.
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