The high-voltage generator DG 206 is used to supply KERSTEN neXt® discharging components. The high-voltage generator DG 206 is supplied by an input voltage of DC 24V ± 20%. An LED displays the operational readiness as well as any feedback relating to a short-circuit error in one of the connected discharging components. The short-circuit error Feedback and a cable rupture detection also takes place via a 24V DC signal. The high-voltage generator offers 2 touch-safe high-voltage connections.
NEWSUN PV TECHNOLOGY CO.,LTD
China
Solar fuse holder 1500VDC NSPV2258H Max.100A conform to IEC60269/IEC60947 standards
Request for a quoteMEREFIELDS ELECTRONICS LTD
United Kingdom
WE SUPPLY A WIDE RANGE OF MIL SPEC PRODUCTS, SUCH AS CONNECTORS, CONTACTS, WIRE, TERMINALS, SENSORS AND MORE. WE SUPPLY ALL THE MAIN BRANDS FOR THIS INDUSTRY, TO NAME SOME AMPEHNOL, CORSAIR, TYCO, CINCH, CARISILE, POSITRONIC AND MORE. WE HAVE OVER 10MILLION LINES OF COMPONENTS IN OUR SUPPLY. PLEASE SEND liamm@merefields.com FOR QUOTE REQUESTS
Request for a quoteEAE ELECTRIC
Turkey
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.
Request for a quoteSEIFERT ELECTRONIC GMBH
Germany
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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