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WCDMA RAN, Rel. RU50,Operating Documentation,Issue 02

Flexi Multiradio 10 Base StationEnvironmental Product Declaration

DN09150315Issue 03

Approval date 2014-06-04



Disclaimer Flexi Multiradio 10 Base Station Environmental ProductDeclaration

2 /35 Copyright © 2013 Nokia Solutions and Networks. All rights reserved.

DN09150315 Issue 03

The information in this document is subject to change without notice and describes only theproduct defined in the introduction of this documentation. This documentation is intended for theuse of Nokia Solutions and Networks customers only for the purposes of the agreement under whichthe document is submitted, and no part of it may be used, reproduced, modified or transmittedin any form or means without the prior written permission of Nokia Solutions and Networks. Thedocumentation has been prepared to be used by professional and properly trained personnel,and the customer assumes full responsibility when using it. Nokia Solutions and Networks welcomescustomer comments as part of the process of continuous development and improvement of thedocumentation.The information or statements given in this documentation concerning the suitability, capacity,or performance of the mentioned hardware or software products are given "as is" and all liabilityarising in connection with such hardware or software products shall be defined conclusively andfinally in a separate agreement between Nokia Solutions and Networks and the customer. However,Nokia Solutions and Networks has made all reasonable efforts to ensure that the instructionscontained in the document are adequate and free of material errors and omissions. Nokia Solutionsand Networks will, if deemed necessary Nokia Solutions and Networks, explain issues whichmay not be covered by the document.Nokia Solutions and Networks will correct errors in this documentation as soon as possible. IN NOEVENT WILL NOKIA SOLUTIONS AND NETWORKS BE LIABLE FOR ERRORS IN THISDOCUMENTATIONOR FOR ANY DAMAGES, INCLUDING BUT NOT LIMITED TO SPECIAL, DIRECT, INDIRECT,INCIDENTAL OR CONSEQUENTIAL OR ANY LOSSES, SUCH AS BUT NOT LIMITEDTO LOSS OF PROFIT, REVENUE, BUSINESS INTERRUPTION, BUSINESS OPPORTUNITY

OR DATA, THAT MAY ARISE FROM THE USE OF THIS DOCUMENT OR THE INFORMATIONIN IT.

NSN is a trademark of Nokia Solutions and Networks. Nokia is a registered trademark of NokiaCorporation. Other product names mentioned in this document may be trademarks of their respectiveowners, and they are mentioned for identification purposes only.

Copyright © Nokia Solutions and Networks 2014. All r ights reserved.

Nokia Solutions and Networks are continually striving to reduce the adverse environmental effects ofits products and services. We would like to encourage you as our customers and users to join us inworking towards a cleaner, safer environment. Please recycle product packaging and follow therecommendations for power use and proper disposal of our products and their components.

If you should have questions regarding our Environmental Policy or any of the environmental serviceswe offer, please contact us at Nokia Solutions and Networks for additional information.



Flexi Multiradio 10 Base Station Environmental ProductDeclaration

Table of Contents

DN09150315Issue 03

Copyright © 2013 Nokia Solutions and Networks. All rights reserved.

3/35

Table of Contents

This document has 35 pages.

1

Introduction ........................................................................................................5

1.1

Environmental benefits of Flexi Multiradio 10 Base Station ............................. 5

2

Product description ............................................................................................7

3 Company environmental information .................................................................8

3.1 NSN Environmental Policy ............................................................................... 8

3.2

Life Cycle Thinking ........................................................................................... 9

3.3 Environmental Management System (EMS) .................................................... 9

3.4

Design for Environment .................................................................................... 9

4

Product environmental information ..................................................................10

4.1 Product energy consumption .......................................................................... 10

4.2

Product use phase CO2 footprint .................................................................... 11

4.3 Materials ......................................................................................................... 12

4.3.1

NSN Substance List ........................................................................................12

4.3.2 Hazardous Substance Table ...........................................................................13

4.3.3 Product end-of-life ...........................................................................................14

4.3.4 Main material fractions ....................................................................................15

4.3.5

Components and substances which may require special handling in the end-of-life phase .....................................................................................................18

4.4 Product recyclability rate ................................................................................ 28

4.5 Batteries ......................................................................................................... 30

4.6 Acoustic noise emission ................................................................................. 30

4.7 Product delivery packaging ............................................................................ 31

5

Environment related markings .........................................................................33

5.1 EU WEEE marking of separate collection ...................................................... 33

5.2 Marking according to the Chinese standard SJ/T 11364-2006 ...................... 34

6

Take-back information .....................................................................................35





DN09150315 Issue 03

Summary of changes

Changes between document issues are cumulative. Therefore, the latest issue contains allchanges made to previous issues.

This document is common for all Radio Access Technologies (RAT). You may find hereinformation about solutions that are not available or supported in a specific SW release orRAT. Table RAT releases covered by the document lists all SW releases covered by thecontent of this document. For features supported in your SW release, see respective featuredocumentation chapter in the system library.

Radio Access Technology (RAT) Product release

GSM RG30

WCDMA RU40

LTE RL35TDRL40

RL45TD

RL50

RL60

Table 1 RAT releases covered by the document

Flexi Multiradio 10 BTS is on WN8.0 3.0 level and is not valid for RU50.

Changes between Issue 02 (2014-02-28) and Issue 03 (2014-06-04)- Information on FSIH has been added – Table 2, Table 17, Table 25, and Table 33.

- FXEB power consumption figures have been updated – Table 4, Table 6, and Table

8.

- Section NSN Environmental Policy has been modified.

Changes between Issue 01 (2013-12-03) and Issue 02 (2014-02-28)

- Information on FPFD has been added.

- RL45TD and RL60 have been added to Table 1 RAT releases covered by the

document.

- Section 2 Product description has been updated.




Introduction

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1 Introduction The purpose of this document is to provide environmentally relevant information of aspecific NSN product.

This document shall not be interpreted as a specification, modification oramendment to the specification, or additional or other warranty of any kind. In caseof discrepancy between this document and the Product specification or terms and

conditions of the valid supply agreement between NSN and the customer, thesupply agreement and Product specification shall always prevail over this document.

1.1 Environmental benefits of Flexi Multiradio 10 BaseStation

When designing the NSN Flexi Base Station (BTS), the entire lifecycle fromproduction to deployment to use phase to end of life has been considered. NSN hasminimized the environmental impact of the Flexi Base Station in all four phases.

At production and end of life, the environmental impact of the Flexi Base Station isminimized as hazardous substances are avoided and the total amount of rawmaterial needed is significantly lower than that of conventional cabinet-type basestations. NSN is committed to energy-efficient manufacturing and to full complianceto European Union’s directives on the Restriction of Hazardous Substances (RoHS)and Waste Electrical and Electronic Equipment (WEEE).

The compact size and weight of the Flexi Base Station modules (volume of roughly25 liters, weight < 25kg) has double positive impact for the deployment: First, alllogistics of transporting and installing the BTS are optimized. Smaller vehicles canbe used or more base stations transported in the same container.

No cranes are needed for installation. Second, owing to the modular, outdoor-capable and compact design, the Flexi Base Station can be deployed at sites that

are optimum from the radio network planning perspective, but were unattainablewith conventional cabinet-type base stations. In total, NSN estimates that thelogistics footprint is reduced by 80%.

Analysis of the CO2 footprint of the four phases revealed that the use phase isdominant. Therefore, measures have been taken to extend the use phase in a CO2



Introduction Flexi Multiradio 10 Base Station Environmental ProductDeclaration


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neutral way. NSN can look back on a successful track record in providing basestation capability and capacity by means of software upgrades rather than hardwareexchange. The Flexi Base Station provides for software upgrade within the radiotechnologies, for example from WCDMA to HSDPA to HSUPA to HSPA evolution orfrom GSM to EDGE evolution, but also for software upgrade to LTE. Indeed, NSN is

the only company that has started shipment of LTE capable hardware already in thethird quarter of 2008.

The total CO2 footprint of a base station during the use phase is basically defined bythe product of duration of the total use phase and the power consumption. Seechapter 4.2 Product use phase CO2 footprint for more information. Leading globalCSPs confirm that the Flexi Base Station features best-in-class power consumptionthat enables energy savings of up to 70% for base station sites. This is achieved bythe revolutionary, modular and outdoor-capable design and the highly efficienttechnology within the modules, in particular in the RF Module, as the power amplifierare the part with the highest power consumption within a base station. See chapter4.1 Product energy consumption for more information.

On base station site level, the Flexi Base Station enables further energy savings, as

no auxiliary equipment for transport (backhaul) or air conditioning is needed. Siteefficiency can be further increased by avoiding the feeder loss between the RFModule and the antennas. The Flexi Base Station supports two types of the so-called feederless sites: In the distributed base station architecture, only the RFModule (or Remote Radio Head) is mounted close to the antennas while the SystemModule is placed somewhere else. The alternative scheme is to mount the RFModule and System Module close to the antennas, which is possible only thanks tothe compact and outdoor-capable design of the Flexi Base Station. For rural siteswith high towers this alternative scheme offers the additional benefit that noadditional material, e.g. fences or vandalism protection, is needed at the bottom ofthe tower.




Product description

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2 Product description

Type of the produc t

Product name Flexi Multiradio 10 Base Station

Productconfigurations

2+2+2 @ 20 W FSMF + FRGT

1+1+1 @ 20 W FSMF (incl. FTIF) + 2 x FXEB 2 Tx

MIMO2+2+2 @ 4 x 30 W per cell (FSMF + 2 x FBBA + 3 xFZNI)

NSN code / productID

- FSMF Flexi Multiradio System Module

- FRGT Flexi RF Module

- FBBA Flexi Capacity Extension Sub-Module

- FTIF Flexi Transport Sub-Module

- FXEB RF Module

- FZNI RRH Module 4TX 2300

- FPFD Flexi Power Distribution Sub-Module

- FSIH Flexi System Module Indoor

Table 2 Product

This environmental information is for a typical Flexi Multiradio 10 Base Station. Foractual detailed product and configuration information for each frequency variant, seethe latest Flexi Multiradio Base Station Installation Site Requirements document.



Company environmental information Flexi Multiradio 10 Base Station Environmental ProductDeclaration


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3 Company environmental information

3.1 NSN Environmental Policy

NSN creates innovative solutions aiming to unite communities and help

billions of people live more connected lives, whilst at the same timerecognizing our environmental responsibilities and our wider commitment tosustainability and corporate responsibility.

Sound environmental management is central to our business, important to ourcustomers and stakeholders, and the key to securing our future. In addition tocompliance with laws and regulatory requirements, NSN seeks to continuallyreduce the adverse environmental effects of its products and services duringdesign, creation, use and ultimate end of life management.

To achieve this we will:

seek to identify measure and understand the direct and indirect impact ofall of our activities

set targets relating to key aspects of our environmental performance andreview our attainment towards them, with the aim of achieving continualimprovement and preventing pollution

develop innovative and pragmatic solutions for mitigating impacts, includinglow power consumption based products and solutions, take back &recycling, renewable energy solutions and measures to minimize our use ofmaterials

incorporate environmental considerations into relevant business decision-making processes

continue to maintain awareness and ensure understanding ofenvironmental issues among our employees, encouraging environmentally

responsible behaviour engage and collaborate with our supply network to improve the overall

environmental performance and minimize the impacts induced by ourbusiness




Company environmental information

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communicate proactively and openly with relevant stakeholders, about ourenvironmental commitments and performance, and encourage feedback

seek partnerships with our customers and other stakeholders that will makea low carbon economy based on the intelligent use of Information and

Communication Technology a reality

3.2 Life Cycle Thinking

The environmental goals and activities of NSN are aimed at reducing theenvironmental impact of NSN products over their entire life cycle. Life-cycle thinkingis used throughout the product’s phases from raw material extraction, manufacturingoperations, use phase and end-of-life practices as well as logistics. Continuousactivities on these fields assure to minimize the environmental impacts of ourproducts.

3.3 Environmental Management System (EMS)

NSN company wide Environmental Management Systems (EMS) is based on ISO14001 standard. All NSN production sites are included into NSN ISO 14001certificate.

NSN also requires its suppliers, manufacturing partners and contract manufacturesto have Environmental Management System.

3.4 Design for Environment

Design for Environment (DfE) means systematic integration of environmentalobjectives into product design. In NSN, products are designed to be environmentallyefficient by integrating several tasks to product process performing to:

minimize material and energy use

maximize reuse and recycling

maximize usage of recycled material

minimize use of materials harmful to the environment

design products to be easily or remotely maintainable or maintenance free.

DfE is an integral part of Product Process in NSN and thus considered in day-to-daydecision making in NSN.



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4 Product environmental information 4.1 Product energy consumption

W Comment

Maximum (100%) traffic 669

Typical (50%) traffic 532

Low (10%) traffic 407

Table 3 Energy consumption 2+2+2 @ 20 W (FSMF + FRGT)

W Comment

Maximum (100%) traffic 963

Typical (50%) traffic 807

Low (10%) traffic 657

Table 4 Energy consumption 1+1+1 @ 20 W (FSMF + FTIF + 2 x FXEB) 2 Tx MIMO

W Comment

Average traffic – 55%duty cycle

1 264

Table 5 Energy consumption 2+2+2 @ 4 x 30 W per cell (FSMF + 2 x FBBA + 3 x FZNI)




Product environmental information

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4.2 Product use phase CO2 footprint

In this calculation, CO2 footprint is covering the use phase of the product as themost environmental impact originates there. Note: for electricity CO2e is about the

same as CO2 as other green house gases are less than 1% of the electricityproduction emissions.

Unit Data

Product energy consumption,typical (50%) traffic, FSMF +FRGT

kW 0.53

Product energy consumption,typical (50%) traffic, FSMF + 2 xFXEB

kW 0.80

Product energy consumption,

average traffic (55% duty cycle),FSMF + 2 x FBBA + 3 x FZNI

kW 1.26

Average time of use hour 10 x 365 x 24 = 87 600

Table 6 CO2 footprint

Formula for the calculation:

Total CO2 footprint (kg) = energy consumption (kW) x time of use (h) x emissionfactor (kg CO2/kWh).

Area

Electricity emissionfactor (kg CO2/kWh)*

Total CO2 footprint (kg)

FSMF + FRGT

World 0.502 23 306

EU 0.341 15 831

Asia(ex. China) 0.728 33 799

China 0.788 36 585

USA 0.573 26 603

Latin America 0.197 9 146

*) Emission factors are taken from A WRI/WBCSD GHG Protocol Initiative calculation tool (2007).More information can be found from www.ghgprotocol.org.

Table 7 CO2 footprint FSMF + FRGT





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AreaElectricity emissionfactor (kg CO2/kWh)*


FSMF + 2 x FXEB

World 0.502 35 180

EU 0.341 23 897

Asia(ex. China) 0.728 51 018

China 0.788 55 223

USA 0.573 40 155


*) Emission factors are taken from A WRI/WBCSD GHG Protocol Initiative calculation tool (2007).More information can be found from www.ghgprotocol.org.

Table 8 CO2 footprint FSMF + 2 x FXEB

Area

Electricity emissionfactor (kg CO2/kWh)*


FSMF + 2 x FBBA + 3 xFZNI

World 0.502 55 408

EU 0.341 37 638

Asia(ex. China) 0.728 80 353

China 0.788 86 976

USA 0.573 63 245


Table 9 CO2 footprint FSMF + 2 x FBBA + 3 x FZNI

4.3 Materials

4.3.1 NSN Substance List

NSN values the protection of the environment and the preservation of naturalresources high on the agenda, and thus undertakes great efforts to design itsproducts to be compatible to the global environmental requirements. As a part of this

work the NSN Substance List has been created, which is used together withsuppliers as a tool in managing material and substance selection for parts andcomponents to be included in NSNproducts.

Based on the above, NSN products are designed to meet, and are in compliancewith relevant material and substance legal requirements applicable to NSN products





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in the markets where the products are sold, such as but not limited to EU RoHSDirective and REACH-regulation.

NSN Substance List has two categories of substances: the restricted substancesand the monitored substances. The restricted substances are either totally forbidden

in NSN products, or restricted up to certain levels. The monitored substances areexpected to be reduced or gradually phased out of NSN products. The SubstanceList is not strictly limited to applicable mandatory substance legislation but includesrestrictions of substances and materials beyond mandatory legislation. This enablesNSN to provide products which are ahead of minimum substance restrictions.

NSN Substance List is subject to continuous improvement due to changes inlegislation, but also due to the improvement of technologies, and knowledge abouteffects of substances in light of further scientific evidence. In the ramp-up phase ofNSN’s own production as well as in the requirements to suppliers, the NSNSubstance List will be applied. Compliance with Substance List is naturally expectedand required from hardware product suppliers.

4.3.2 Hazardous Substance Table

The following table shows Material usage information of Networks ElectronicInformation Products imported or sold in the People’s Republic of China.





DN09150315 Issue 03

部件名称(Item)

有毒有害物质或元素 (Hazardous Substance)

铅

(Pb)

汞

(Hg)

镉

(Cd)

六价铬

(Cr6+)

多溴联苯

(PBB)

多溴二苯醚

(PBDE)

金属部件

(Metal Parts) × ○ ○ ○ ○ ○

电路模块

(Circuit Modules) × ○ × ○ ○ ○

电缆及电缆组件

(Cables & Cable Assemblies) × ○ × ○ ○ ○

塑料和聚合物部件

(Plastic and Polymeric parts) ○ ○ ○ ○ ○ ○

对销售之日的所售产品,本表显示,

诺基亚西门子网络供应链的电子信息产品可能包含这些物质。注意 :在所售产品中可能会也可能不会

含有所有所列的部件。

This table shows where these substances may be found in the supply chain of NSN’s electronic information products, as of the date of sale of the enclosed product. Note that some of the component types listed above

may or may not be a part of the enclosed product.

○：表示该有毒有害物质在该部件所有均质材料中的含量均在SJ/T 11363-2006

标准规定的限量要求以下。

Indicates that the concentration of the hazardous substance in all homogeneous materials in the parts is

below the relevant threshold of the SJ/T 11363-2006 standard.

×：表示该有毒有害物质至少在该部件的某一均质材料中的含量超出SJ/T 11363-2006

标准规定的限量要求。

Indicates that the concentration of the hazardous substance of at least one of all homogeneous

materials in the parts is above the relevant threshold of the SJ/T 11363-2006 standard.

标注“X”的原因是：现阶段没有可供选择的替代技术或部件。

The reason for marking with “X” is: There are not alternative technologies or parts available.

4.3.3 Product end-of-life

NSN hereby supplies information supporting environmentally sound, safe andeconomical End-of-Life (EoL) handling/recycling of the product. All disassembly,treatment, recovery and other work must be managed and performed with

professional diligence and skill, according to good operating practices and theapplicable legal safety, health and environmental requirements and standards,taking into account all relevant health and safety aspects.





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4.3.4 Main material fractions

The main fractions of the Product are listed in the table below. This table is notinclusive and the product may contain other materials, substances, components orparts than those identified in this document.

Fraction/material Amount (g) % of total weight Comments

Steel - -

Aluminum 2 320 20.1%

Aluminum alloys 5 400 46.9%

Copper alloys - -

Polymericmaterials

2 161 18.8%

Mixed electronics(including PWBand standard /librarycomponents)

1 634 14.2%

Total weight 11 515 100%

Table 10 Main material fractions of FSMF


Steel - -

Stainless steel 61.5 1.7%


Copper alloys - -

Polymericmaterials

102 2.8%

Mixed electronics(including PWBand components)

739 20.4% Cables995298a+995297

a= 200 g

Total weight 3 627.5 100%

Table 11 Main material fractions of FBBA





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Fraction/material Amoun t (g) % of total weight Comments

Stainless steel 81 5% e.g. screws

Aluminum alloys 1 238 73% e.g. enclosure

Polymericmaterials

88 5% e.g. seals

Mixed electronics(including PWBand components)

286 17% PWB assemblies


Table 12 Main material fractions of FTIF


Steel 400 1.9%

Stainless steel 150 0.7%


Copper alloys 100 0.5%

Brass alloys 700 3.2%

Polymericmaterials

700 3.2%

Mixed electronics(including PWBand standardcomponents)

4 050 18.8%


Table 13 Main material fractions of FRGT


Steel 741 3.4%



Copper alloys 60 0.3%Brass alloys 750 3.4%

Polymericmaterials

73 0.3%





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Mixed electronics(including PWBand standard

components)

4 026 18.2%


Table 14 Main material fractions of FXEB



Aluminium alloys 13 652 82.6%


Polymericmaterials

268 1.6%

Mixed metals(standardmechanicalcomponents,screw, washesand so on

440 2.7%

Mixed electronics(including PWBand standardcomponents)

1 736 10.5%


Table 15 Main material fractions of FZNI



Aluminium alloys 1 479 64.2%


Polymericmaterials

94 4.1%

Mixed electronics(PWB andstandard / librarycomponents)

491 21.3%





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Table 16 Main material fractions of FPFD


Steel 227.1 2.1

Stainless steel 1 714.2 16.2

Aluminum alloys 5 473.2 51.8

Copper alloys 75 0.7

Polymericmaterials

94.5 0.9

Mixed electronics(including PWBand standard /librarycomponents)

2 984 28.2 FSPM, FCTF,Backplane, Fans

Total weight 10 568 100

Table 17 Main material fractions of FSIH

4.3.5 Components and substances which may require special handling in the

end-of-life phase

Based on NSN’s sole consideration, the recycling service providers shall at leasttake into consideration, that such product may include the following materials,substances, components and parts which may require special handling at end-of-life. In addition to the list below product may contain other materials and substancestypically used in telecommunication equipment (such as but not limited to lead). Theproduct contains at least the following materials that may require special handling atend-of-life but this list is non-exhaustive:

Material, component, part Yes No Appl ication/location

Polychlorinated biphenyls (PCB)containing capacitors

X

Mercury containing components X





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Material, component, part Yes No Appl ication/location

Batteries X

Printed circuit boards (PCB)greater than 10 cm²

X

Containing toners in the form ofliquid(s), powder(s) or paste(s)

X

Plastics containing brominatedflame retardants

X

Asbestos waste and componentswhich contain asbestos

X

Cathode ray tubes X

Chlorofluorocarbons (CFC),hydrochlorofluorocarbons (HCFC)or hydrofluorocarbons (HFC),

hydrocarbons (HC)

X

Gas discharge lamps X

Liquid crystal displays of a surfacegreater than 100 cm², and all thoseback-lighted with gas dischargelamps

X

External electric cables X Fan Cable995336a

Components containing refractoryceramic fibres

X

Components containing radioactivesubstances

X

Electrolyte capacitors (with a height> 25 mm, a diameter > 25 mm orproportionately similar volume)

X PSU area onFCTB and FSPD

Beryllium Oxide X

Other beryllium compounds X

Pressure X

Liquids X

Gases X

“Hidden“ mechanical springs or

other equivalent

X

Table 18 Components and substances which may require special handling in the end-of-life phase (FSMF)





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Material, component, part Yes No Appl ication/Location


X


Batteries X


X


X


X


X

Cathode ray tubes X

Chlorofluorocarbons (CFC),hydrochlorofluorocarbons (HCFC)or hydrofluorocarbons (HFC),hydrocarbons (HC)

X



X

External electric cables X

Components containing refractory

ceramic fibres

X


X

Electrolyte capacitors containingsubstances of concern (with aheight > 25 mm, a diameter > 25mm or proportionately similarvolume)

X

Beryllium Oxide X


Pressure X

Liquids X

Gases X

“Hidden“ mechanical springs or X





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Material, component, part Yes No Appl ication/Location

other equivalent

Table 19 Components and substances which may require special handling in the end-of-life phase (FTIF)

Material, component, part Yes No Appli cation/Location


X


Batteries X


X


X


X


X

Cathode ray tube X


X



X



X


X

Electrolyte capacitors containing

substances of concern (with aheight > 25 mm, a diameter > 25mm or proportionately similarvolume)

X PSU area on

FSPE

Beryllium Oxide X





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Pressure XLiquids X

Gases X

“Hidden“ mechanical springs orother equivalent

X

Table 20 Components and substances which may require special handling in the end-of-life phase (FBBA)

Material, component, part Yes No Application/Location


X

Mercury containing components

Batteries X


X


X


X


X

Cathode ray tubes X


X



X



X

Components containing radioactive X





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substances


X

Beryllium Oxide X


Pressure X

Liquids X

Gases X

“Hidden“ mechanical springs or

other equivalent

X

Table 21 Components and substances which may require special handling in the end-of-life phase (FRGT)



X


Batteries X


X


X


X


X

Cathode ray tubes X


X


Liquid crystal displays of a surface X





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greater than 100 cm², and all thoseback-lighted with gas discharge

lampsExternal electric cables X Fan cable


X


X


X

Beryllium Oxide X


Pressure X

Liquids X

Gases X


X

Table 22 Components and substances which may require special handling in the end-of-life phase (FXEB)



X


Batteries X


X All PCBs aregreater than 10cm

2.

Containing toners in the form of

liquid(s), powder(s) or paste(s)

X


X Some plasticscontainbrominated flameretardants, such





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as IC moldingcompound. But

no PBB andPBDE which isbanned accordingto RoHSrequirement.


X

Cathode ray tubes X


X

Gas discharge lamps XLiquid crystal displays of a surfacegreater than 100 cm², and all thoseback-lighted with gas dischargelamps

X



X


X

Electrolyte capacitors (with a height> 25 mm, a diameter > 25 mm or

proportionately similar volume)

X

Beryllium Oxide X

Other beryllium compounds X Four kinds of partcontain berylliumcompounds, theyare: 827179,P130910,P121143,5429102.

Pressure X

Liquids X

Gases X


X





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Table 23 Components and substances which may require special handling in the end-of-life phase (FZNI)



X


Batteries X


X

Containing toners in the form ofliquid(s), powder(s) or paste(

X


X


X

Cathode ray tubes X


X


Liquid crystal displays of a surfacegreater than 100 cm², and all thoseback-lighted with gas discharge

lamps

X



X


X

Electrolyte capacitors (with a height> 25 mm, a diameter > 25 mm orproportionately similar volume)

X

Beryllium Oxide X


Pressure X

Liquids X

Gases X





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X

Table 24 Components and substances which may require special handling in the end-of-life phase (FPFD)



X


Batteries X


X FCTF, FSPM,Backplance, Fan


X


X


X

Cathode ray tube X


X



X



X


X


X





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Beryllium Oxide X


Pressure X

Liquids X

Gases X


X

Table 25 Components and substances which may require special handling in the end-of-life phase (FSIH)

4.4 Product recyclabil ity rate

Unit Data

Weight of materialswhich are (alsotheoretically) recyclable

g 10 535

Total weight of theproduct

g 11 515

Recyclability rate Percentage (%) 91%

Table 26 Product recyclability of FSMF

Unit Data


g 1 521


g 1 693


Table 27 Product recyclability of FTIF





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Unit Data


g 3 184


g 3 627


Table 28 Product recyclability of FBBA

Unit Data


g 19 170


g 21 600


Table 29 Product recyclability of FRGT

Unit Data


g 19 652


g 22 068


Table 30 Product recyclability of FXEB

Unit Data


g 15 490


g 16 532

Recyclability rate Percentage (%) 94

Table 31 Product recyclability of FZNI





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Unit Data


g 2 008


g 2 303


Table 32 Product recyclability of FPFD

Unit Data


g 8 778


g 10 568


Table 33 Product recyclability of FSIH

4.5 Batteries

Batteries used in NSN products are in conformance with the EU directive2006/66/EC.

Flexi Multiradio 10 Base Station System Module and RF Module do not contain anybatteries or accumulators. Flexi Multiradio 10 Base Station may include optionalinternal batteries (Flexi Power Battery sub-module FPBA/FPBB) when Flexi PowerModule (FPMA) is used, or it may include Flexi Power Rectifier (FPRx). Dispose ofthe batteries according to your local recycling regulations.

4.6 Acoustic noise emission

Description, relevant information

The measurements standards usedregarding the acoustic noise

ETS 300 743

ISO 7779

Declared A-Weighted Sound PowerLevel (LWAd)

Max. 58 dB(A) (in 40ºC, 100% RFload)





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Description, relevant information

Declared A-Weighted Sound PressureLevel (Lpam)

45 dB(A) (in 40ºC)

Table 34 Acoustic noise emission

4.7 Product delivery packaging

The common materials used for the delivery packaging of the NSN products arelisted below.

Packaging Type Material Average weight(g)

Materialrecyclability(yes/no)

Product package level (for each unit):

Unit package Corrugated board 1 280 Yes

Accessory bagbox

Corrugated board 170 Yes

Unit cushioning PS-E 260 Yes

Delivery package level (for each configuration):

Delivery container Corrugated heavyduty board orplywood

10 000 Yes

Pallet Wood (with

pressed blocks)and plywood

10 000 Yes

Antistatic bag PE 640 Yes

Strap PET or PP 120 Yes

Desiccant Bentonite clay 420 No

Table 35 Product delivery packaging

Amount of recycled materials: 98.3% (including typical configuration unit packages +container).

Packaging materials are marked according to





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ISO 11469 standard (Plastics – generic identification and marking of plasticproducts)

DIN 6120-1 and DIN 6120-2 standards (Marking of packaging andpackaging materials for recycling purposes - Plastics packaging and

packaging materials) GB 18455:2001 (Packaging Recycling Marks, National Standard of the

People’s Republic of China)

The packaging materials comply with the “Essential requirements” stated inPackaging and Packaging Waste Directive (94/62/EC).




Environment related markings

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5 Environment related markings

5.1 EU WEEE marking of separate col lection



Environment related markings Flexi Multiradio 10 Base Station Environmental ProductDeclaration


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5.2 Marking according to the Chinese standard SJ/T11364-2006

根据SJ/T 11364-2006 标准进行标注。

带有环保使用期的标识只适用于中华人民共和国境内,

并且只有在严格遵循相关产品手册的使用和操作要求的情况下,环保使用期才有效.

Marking according to the Chinese standard SJ/T 11364-2006:

The marking for Environmental Friendly Use Period is applicable only withinPeople’s Republic of China. The Environmental Friendly Use Period is valid only ifproduct is used and operated strictly in accordance with the relevant productmanual.




Take-back information

6 Take-back information

NSN customers can contract with NSN for environmentally responsible end-of-lifetreatment of obsolete equipment. The purpose is to recover the material and energycontent of the obsolete products and to ensure safe treatment of substances thatcan cause harm to people or the environment, if disposed of untreated. In a life-cycle perspective, EoL treatment can compensate for some of the environmentalimpacts of the earlier stages of the product’s life cycle.

NSN Equipment Take Back Solution provides NSN customers with an end-to-endservice that includes the removal of end-of-life products from the customers' networkand ensures end-of-life treatment in an environmentally responsible way. The NSNEquipment Take Back Solution is offered in several modules representing end-to-end work flow of the process:

Removal

Collection

Recycling

Project Management

In NSN or Other Vendor HW Replacement, that is, SWAP cases Take Back Solutionbrings in Collection and Recycling Service as Removal and Project Management arealready included. The pricing is scalable according to the modules.

If customer chooses not to procure NSN Equipment Take Back Solution from NSN,customer agrees to dispose of any such equipment in a sound environmentalmanner, in compliance with all applicable laws.

fleximrlbts 10 envi prod decl-0900d805809d0eac

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