03.10.2019

Hus Configuration Guide

Hus Configuration Guide Average ratng: 4,1/5 9866 reviews
Guide

Product data No. Item Unit A13-11-178 1 Model name - Hitachi Unified Storage 150 2 External dimension width X depth X height Width mm 1,830 Depth mm 1,020 Height mm 1,920 3 Product mass kg 981.10 4 Energy consumption efficiency (Note: It is calculated according to Japanese energy conservation law.) W/GB 0.0063 5 Power requirement Steady-state power W 14,450 Power consumption W 10,770 6 major material component ratio Iron and iron alloy (inc. Stainless-steel) % 50% Copper and its alloys % 0% Aluminum and its alloys % 8% Other metals % 0% Plastics % 6% HDD % 21% Others % 14% 7 Battery Type - nickel metal hydride rechargeable battery Mass kg 1.76 8 recyclable ratio % 80.5 9 major packing materials Corrugated board % 41% Wood % 46% Foamed polystyrene % 3% Other plastics % 5% Others % 6% 10 Lead solder(Pb) quantity consumed g 0.00 11 noise when used dB 60 12 Market release timing YM 2012/4 13 Special notes - Reduction of parts peculiar by adoption of common parts.

Hus 110 Configuration Guide

Hitachi Unified Storage 150 Disk Array Hitachi Unified Storage 150 is a Hitachi's Eco-Product based on the Hitachi's rule for product environmental information disclosure. The specifications above may change without prior notice due to product improvements.

Hitachi Hus 130 Configuration Guide

Guide

Hitachi Hus 150 Configuration Guide

Assessment model: Hitachi Unified Storage 150 Factor X Item/Product Unit Reference Assessment Manufacturing year - 2006 2012 Model name - Adaptable Modular Storage 1000 Hitachi Unified Storage 150 Product life (Specified operating time) Note: It does not mean a guarantee period. (years) 8 8 Product function Maximum disk capacity TB 1.2 Greenhouse gas emissions (% for Reference) 100 68.5 Efficiency of global warming prevention - 10.4 164.7 Resource value coefficient - 1 1 The amount of newly used resource (% for newly used resource amount of Reference) 100 107.3 The amount of disposed resource (% for newly used resource amount of Reference) 23.7 46.7 Resource efficiency - 8.37 73.2.