EL 2 1LV (liquid-cooled version)

ASCO’s innovative CO2 Gas Recovery Technology turns your vented byproduct gas into profitable CO2. Be it for an alcoholic fermentation process (e.g. breweries, ethanol operations, distilleries or wineries), other industrial sources (e.g. ammonia production or hydrogen reforming) or natural sources, ASCO will find your individual CO2 recovery solution. ASCO’s ByProduct CO2 Gas Recovery System can make this opportunity a reality to those interested in developing a business case and realizing the potential rewards of recovering CO2 gas from these sources. Our systems, manufactured of the highest quality in materials and workmanship, offers extremely low operating costs placing the least OPEX against CAPEX providing a far greater return on investment. Sources ASCO CO2 Gas Recovery Systems are applicable to a variety of sources

State-of-the-art technology and extensive knowledge in the processing of steel characterise our location in Bad Salzungen, Germany. For us, performance means a wide range of cold-rolled steels of the highest quality at competitive prices, flexibility and a high degree of readiness to deliver while adhering precisely to the specified chemical and mechanical values. Surface finishing by electrolytic galvanizing and/or subsequent customisation of your goods are possible for us. We offer all our customers spooled materials with volumes of over 200,000 metres of metal strip per spool. This further development means a considerable advantage for our customers. Personnel-intensive set-up times and machine downtimes are avoided.

Busbars are typically used in high current, low voltage distribution and control equipment. Typical busbar applications include busway systems, low and medium voltage switchgear, transformers, earthing, electrification - lines panel boards, switchboards, and feeds to heavy electrical uses in commercial and industrial buildings - such as plating cells and feeder systems. Busbars can be made from copper, but we couldn’ t argue the reality that copper bus bars are the better electrical conductors. Also installers can use smaller busbars if they are made by copper. On the other hand copper busbars have better resistance to corrosion than the aluminum busbars.We have large production facilities for extruded and drawn flats in various production range of sizes and shapes for electrical engineering, anodes, components etc. They are produced OF upward cansting than Contunious processing and drawing.

Specification of this Liron LKH snap in aluminum electrolytic capacitor with high operating temperature long lifetime high ripple current from china capacitor factory manufacturer Liron is a professional capacitor manufacturer focusing on snap-in, screw terminal, radial type aluminum electrolytic capacitors and film capacitors. Liron owns world-class production equipments which can offer 120,000,000 pcs production output per month for its distinguished clients worldwide. Liron superior capacitor can match low ESR, long lifetime, low resistance, low leak current, High working voltage and more different requirements. LKH series is a high operating temperature, long lifetime, high ripple current electrolytic capacitor that matches following SPEC. LKH snap in aluminum electrolytic capacitor can be used in switching power, frequency converter, air conditioning,for welder and PCB mounting etc. The operating temperature of LKH can be from -20℃ to +105℃The load life is 5000H guarantied.