Hitachi DF800-RKHE2 AMS 2500 Base Unit

AED9,999.00

Hitachi DF800-RKHE2 AMS Adaptable Modular Storage 2500 Base Unit – Refurbished

Hitachi Adaptable Modular Storage 2500
fully compliant with RoHS(Restriction of the use of certain Hazardous Substances in electrical and electronic equipment) regulation, which limit the use of hazardous materials in electronic equipment. Lead-free solder(paste and flow) is used in circuit board. Reduce utility charges(power consumptions) with Power Savings feature

SKU: DF800-RKHE2 Category: Network Storage Tags: network storage, Network Storage Link

No.	Item		Unit	A13-08-74
1	Model name		–	Hitachi Adaptable Modular Storage 2500
2	External dimension [width X depth X height]	Width	[mm]	483
		Depth	[mm]	650
		Height	[mm]	174
3	Product mass		[kg]	45.44
4	Energy consumption efficiency		[W/GB]	0.035
5	Power consumption	normal state	[W]	440
5	Power consumption	power-on	[W]	440
6	major material component ratio	Iron and iron alloy (inc. stainless-steel)	[%]	69%
		Aluminum and its alloys	[%]	4%
		Other metals	[%]	0%
		Plastics	[%]	3%
		HDD	[%]	0%
		Others	[%]	24%
7	battery	kind	–	nickel metal hydride rechargeable battery
7	battery	quantity	[kg]	0.9
8	recyclable ratio		[%]	74
9	External dimensions of packaging materials	Width	[mm]	580
		Height	[mm]	380
		Depth	[mm]	750
10	major packing materials	Corrugated board	[%]	33%
		Wood	[%]	54%
		Foamed polystyrene	[%]	EE/td>
		Other plastics	[%]	8%
		Others	[%]	4%
11	Consumption of lead solder(Pb)		[g]	0.00
12	noise when used		[dB]	57
13	Market release timing		YM	2008/10
14	Special notes		–	–

Factor X

Product	Factor Calculation Results (compared with reference model)
Product	Global warming prevention	Resource
Hitachi Adaptable Modular Storage 2500	20.6	11

Item/Product		Unit	Reference	Assessment
Manufacturing year		–	2003	2008
Model name		–	Thunder 9585V	Hitachi Adaptable Modular Storage 2500
Product life (Specified operating time)		(years)	8	8
Product function	Maximum disk capacity	[GB]	1814	6152
	Maximum host interface speed	[Gbps]	2	4
	Maximum physical host ports	[ports]	4	8
Greenhouse gas emissions		(% for Base)	100	65.8
Efficiency of global warming prevention		–	1160.96	23930.259
Resource value coefficient		–	1	1
The amount of newly used resource		(% for New resources used of Base)	100	111.6
The amount of disposed resource		(% for New resources used of Base)	32	50.9
Resource efficiency		–	879	9690

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