End of Life Plan
ForKodak S2000f/S3000 Scanners

Page 1Compositional Analysis
This compositional analysis applies to the Kodak S2000f/S3000 Scanner Family.
The following table identifies the location of materials that need special treatment byrecyclers.
Material of concern
External Battery
Internal Battery
Asbestos
Backlighting lamps
Beryllium Oxide
Other forms of Beryllium
Cadmium
Capacitors with PCB's
Capacitors with substancesof concern and height > 25mm, diameter > 25 mm or
proportionately similar
volumeChromium VI
Gas discharge lamps

Presentin part?
noDescribe Specific Component and/or locationYes

CR 2032 coin-style lithium battery located on controller board

nonononononononono

LeadyesLiquid Crystal Displays witha surface area > 100cm2
Mercury
Plastic containing
brominated flame
retardants
Printed Circuit Boards >10
square centimeters
PVC/PVDC
Radio-active substances
Refractory ceramic fibers
Compartments / units /parts under pressure
Compartments / units /contain liquids
Compartments / units /contain gasses
Compartments / units /contain "Hidden"
mechanical springs or otherequivalent parts
LasersMeets RoHS restrictions - however has components withexemptions; steel shaft, optical glass, wafer - high temp
solder, Plug Adapter (copper alloy), gear in motor (copperalloy)

nono

yes
yes
yes
nono

meets RoHS restrictions
See procedure for removal in this document
Harness insulation, cables, connectors…

nono
no

no
noPage 2

Scanner Disassembly Instructions.
Remove the Output Tray
[1] Move the EDGE GUIDES in.
[2] Remove the SCREW from the LEFT and RIGHT COVER HINGES.
[3] Remove the COVER HINGES.
[4] Lift the BOTTOM of OUTPUT TRAY to remove it.

Remove the Printer Cover[1] Remove:• two SCREWS• PRINTER COVER

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Remove the Top Cover[1] Loosen the two SCREWS.
[2] Remove the TOP COVER.

Remove the Left Cover[1] Manually move the INPUT TRAY (ELEVATOR) down to the “Home” position.
[2] Pull out and remove the GAP RELEASE HANDLE. (As needed, use a screwdriver to pry theHANDLE.)

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[3] Open the POD.
[4] Remove the T-20 SCREW.

[5] Manually move the INPUT TRAY (ELEVATOR) up to access the SCREW.
[6] Remove the T-20 SCREW.

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[7] Remove two T-20 SCREWS at the back of the SCANNER.

[8] Open the POD.
[9] Remove:• T-20 SCREW• LEFT COVER

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Remove the Right Cover[1] Manually move the INPUT TRAY (ELEVATOR) down to the “Home” position.
[2] Open the POD.
[3] Remove the T-20 SCREW.

[4] Manually move the INPUT TRAY (ELEVATOR) up to access the SCREW.
[5] Remove the T-20 SCREW.

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[6] Remove the two T-20 SCREWS at the back of the SCANNER.
[7] Remove the RIGHT COVER.

Remove Output Tray Assembly[1] Open the POD.
[2] Remove four SCREWS.

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[3] Remove the SCREW (left side of FRAME).

[4] Remove the SCREW (right side of FRAME).
[5] Remove the OUTPUT TRAY ASSY from the SCANNER.

Page 9Remove the Integrated Flatbed Scanner (if installed)[1] Open the POD.
[2] Remove four SCREWS.

[3] Remove the SCREW (left side of FLATBED SCANNER).

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[4] Remove the SCREW (right side of FLATBED SCANNER).

[5] Disconnect the:• CABLE• POWER CORD
[6] Remove the INTEGRATED FLATBED SCANNER.

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Remove the Input Tray
[1] Open the POD.
[2] Remove the two SCREWS.
[3] Remove the FLAG (elevator down).
[4] Lift the INPUT TRAY to remove it.

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Remove the Bottom Cover[1] Set the SCANNER on its back.
[2] Remove:• eight SCREWS (circled in red)
• BOTTOM COVER

Remove the Operator Control Panel Assembly (OCP)[1] Move and hold the HANDLE toward the front of the SCANNER.
[2] Insert a TOOL “A” in hole “A.”[3] Release the HANDLE.
[4] Insert and hold a TOOL “B” in hole “B.” This releases the TAB on the OCP TOP COVER.
[5] Move the OCP TOP COVER toward the back of the SCANNER until it releases.
[6] Remove the OCP TOP COVER.
[7] Remove the TOOLS.

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[8] Open the POD.
[9] From the bottom of the OCP AY, remove the two SCREWS.
[10] Remove the OCP COVER (right).

[11] Move the POD downward but do not fully close it.
[12] Move the CLIP on the RIBBON CONNECTOR up.
[13] Remove the RIBBON CABLE.
[14] Remove:• two SCREWS• OCP ASSY

Page 14[15] Are you removing the OCP ASSY as a prerequisite for removing the INTEGRATED FLATBEDSCANNER?

Remove the Upper CIS Module[1] Remove two SCREWS.

Page 15[2] Move the TAB up to release the CABLE.
[3] Disconnect the CABLE.

[4] Open the POD.
[5] Remove the UPPER CIS MODULE.

Remove the Upper Background Assembly[1] Disconnect the CABLE from the connector on the UPPER CIS MODULE.

Note: The connector is below the CABLE HOLDER.
[2] Remove two SCREWS.

Page 16[3] Move the CABLE HOLDER so you can access the second SCREW in step 4.

[4] Remove two SCREWS and WASHERS.

[5] Open the POD.
[6] Disconnect the MOTOR HARNESS.
[7] Remove the UPPER BACKGROUND ASSY.

Page 17Remove the Lower CIS Module[1] Remove two SCREWS.
[2] Move the TAB up to release the RIBBON CABLE.
[3] Disconnect the RIBBON CABLE.
[4] Turn the SCANNER over and open the POD.
[5] Remove the LOWER CIS MODULE.

Remove the Lower Background Assembly[1] Disconnect the:• BACKGROUND MOTOR HARNESS• MOTOR HARNESS[2] Remove the three SCREWS from the PLATE MOUNT, then move the PLATE out of the way.
[3] Carefully cut the TIE WRAP that holds the HARNESSES. Remove the TIE WRAP.
[4] Remove the SCREW from the TIE WRAP MOUNT / BACKGROUND MOUNT.

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[5] Open the POD.
[6] Remove the LOWER BACKGROUND ASSY.

Remove the Feed Module

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Remove Upper ADF Baffle[1] Open the POD.
[2] From the bottom of the UPPER ADF BAFFLE, remove:• two SCREWS - left
• two SCREWS - right• five SCREWS (short)[3] Remove:• four SCREWS• three SCREWS (from the SENSOR INTERFACE BOARD)

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[4] Disconnect two CABLES from the SENSOR BOARD.
[5] Remove the:• SENSOR INTERFACE BOARD• UPPER ADF BAFFLE

Remove the Sensor Interface Board[1] Remove the three SCREWS from the SENSOR INTERFACE BOARD.

Page 21[2] Disconnect the two CABLES from the BOARD.
[3] Remove the SENSOR INTERFACE BOARD.

Remove the Controller Board[1] Open the POD (as needed).
[2] Disconnect:a. MAIN HARNESS
b. SENSOR HARNESS
c. CIS MODULE CABLE (POD) – flip tab to released. CIS MODULE CABLE (Base) – flip tab to releasee. SENSOR BOARD HARNESS – flip tab to releasef. SENSOR HARNESS
g. internal USB CABLE[3] Remove four SCREWS.
[4] Remove the CONTROLLER BOARD.
[5] Remove the BATTERY.

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Remove the Diverter Assembly[1] On the right side, remove:• two SCREWS• CABLE HOLDER[2] Move the CABLE HOLDER and CABLES out of the way.

[3] On the right side, remove:• three SCREWS• SUPPORT BRACKET

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[4] Remove:• four SCREWS• SCREW (inside)• SHOCK (“plunger”) and COVER[5] On the left side, remove:• two SCREWS• COVER[6] On the left side, remove:• four SCREWS• SCREW (inside)• SHOCK (“plunger”) and COVER

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[7] Remove two SCREWS from the DIVERTER ASSY (at the sides).

Note: The SCREW on the left side of SCANNER is not shown.
[8] Remove the DIVERTER ASSY.

Remove the Takeaway Drive Shaft[1] From the bottom of the SCANNER, remove:• four SCREWS “A”• six SCREWS “B”• CHANNEL - frame base

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[2] From the left side, remove:• two SCREWS• IDLER AY• two BELTS[3] Disconnect the HARNESS from the MOTOR.
[4] Remove:• two SCREWS• MOTOR (top)Page 26

[5] Remove:• two SCREWS• SUPPORT - ADF, left
• two SCREWS• SUPPORT - ADF, center

Note: It is not necessary to remove the SUPPORT - ADF, right.

[6] Remove:• two SCREWS• UDDS SENSOR and BRACKET• SCREW• CLAMP BEARING

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Remove Drive Shafts #1 and #2[1] From the bottom of the SCANNER, remove:• four SCREWS “A”• six SCREWS “B”• CHANNEL[2] Loosen the SCREW at the IDLER ASSY.
[3] Remove the three BELTS.

[4] Remove:• SCREW• PANEL

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[5] Loosen the SCREW for the RETAINER.

[6] Remove DRIVE SHAFT #1.
[7] Repeat steps 5 and 6 to remove DRIVE SHAFT #2.

Remove Drive Shaft #3[1] Remove the SCREW and IDLER ASSY.
[2] Remove the BELT.
[3] Loosen the SCREW on the BEARING RETAINER and move the RETAINER out of the way.

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[4] Loosen the SHAFT from the BEARING end (not shown).
[5] To remove the DRIVE SHAFT #3, angle the end of the SHAFT to release it from its position.

Remove Drive Shaft #4[1] From the back of the SCANNER, remove:• four SCREWS• COVER[2] Remove the BELT from the GEAR/SHAFT.
[3] Loosen the SCREW on the RETAINER and move the RETAINER out of the way.
[4] Remove DRIVE SHAFT #4.

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Remove Drive Shaft #5[1] Remove:• three SCREWS• BRACKET[2] Remove the three BELTS.
[3] Loosen the SCREW for the RETAINER and move the RETAINER out of the way.
[4] Remove DRIVE SHAFT #5.

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Remove Drive Shaft #6[1] Remove:• three SCREWS• COVER• BELTS[2] Loosen the SCREW for the RETAINER - not shown in the graphic.
[3] Remove DRIVE SHAFT #6.

Remove the Exit Drive Shaft[1] Loosen the SCREW for the RETAINER and move the RETAINER out of the way.
[2] Move the BELT from the GEAR.
[3] Remove the EXIT DRIVE SHAFT.

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Remove NFR Shafts – Takeaway and #1 though #5
CAUTION: The SHAFT and NFRs are spring-loaded. Use care when you remove the SHAFTASSY from the BACKSTOP.
[1] Which NFR SHAFT are you removing?
IfTakeaway NFR Shaft or NFR Shafts #1, #3or #4
NFR Shaft #2

NFR Shaft #5

ThenContinue with Step 2
If not already removed:a. Disconnect the CABLE for the UPPER CISMODULEb. Remove two SCREWS from the CABLEHOLDERc. Move the CABLE HOLDER so you canaccess the second SCREW andBRACKET for this SHAFTd. Continue with step2.
a. Remove:• five SCREWS• BACKSTOP
b. Continue with step 2.

[2] Remove:• two SCREWS• two BRACKETS (silver)• two SPRINGS; the SPRINGS may stay attached to the BRACKETS when you remove theBRACKETS[3] Remove the SHAFT ASSY.

Note: The BUSHING on the left side of the SHAFT is held in place by a RETAINER CLIP. The
BUSHING on the right side is not retained.

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Removed the Exit NFR Backstop[1] Remove:• two SCREWS (outer edge)• three SCREWS• BACKSTOPCAUTION: The SHAFT and NFRs are spring-loaded. Use care when you remove the SHAFTASSY from the BACKSTOP.
[2] Remove:• SCREW• STOP• SHAFT (includes the NFR ROLLERS)• SPRINGSPage 34

CAUTION: The SHAFT and NFRs are spring-loaded. Use care when you remove the SHAFTASSY from the DIVERTER ASSY,[1] Remove one SCREW and SPRING HOLDER.
[2] Hold the SHAFT, then remove the other SCREW and SPRING HOLDER.
[3] Remove the NFR SHAFT ASSY.

EOL Strategy
The product EOL strategy will be based on market needs, regulations, financial impact, etc.
For example, the WEEE Directive in the European Union requires that a collection andtreatment infrastructure is in place to manage our products at end-of-life. This obligation will
be met through membership in a variety of governmental and industry-led collection
schemes, as well as Kodak Alaris initiated strategies developed specifically for Kodak Alaris
products. Strategies such as re-use, re-conditioning, strip and salvage, responsible disposal,etc. can vary by region and change with time.

Regulatory Requirements
The hazardous materials that are contained within this product need to be handled incompliance with the local requirements when discarded by the final user and sent for end-oflife treatment.
For recycler processes; substances, preparations, and components may be removed
manually, mechanically, or chemically, metallurgically with the result that hazardous
substances, preparation, components are contained in an identifiable waste stream oridentifiable part of a waste stream at the end of the treatment process.
•Batteries must be processed by vendors capable of and experienced in recoveringand recycling lead, acid, cadmium, nickel, copper, zinc, and other metals that may bepresent in batteries.

•LCDs (liquid crystal displays) must be processed by vendors capable of andexperienced in recovering mercury in backlights.

•PC (printed circuit) boards must be processed by a smelter (or other thermalprocess) capable of and experienced in recovering precious metals (gold and soforth) and heavy metals (lead and so forth) for reuse or by a chemical recovery
process. Circuit components may be extracted for reuse prior to smelting.
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•Plastics should be recycled for use in new products, components and materials, as
substitutes for other raw materials, or recycled in another beneficial manner. Whenrecycling is not economically practical, plastics should be processed for energy
recovery at a facility that is designed to control and monitor emissions from theprocess. See section 14.9 for related information.

•Printing supplies collected as part of hardware recycling (for example, a print
cartridge present in a printer at the time of its collection): Original HP printercartridges must be processed using the HP Inkjet cartridge and LaserJet tonercartridge return and recycling programs in countries where HP programs areavailable. All other print supplies must be recycled or disposed of in anenvironmentally responsible manner compliant with applicable laws and regulations.

•Metal (other than in PC boards): Acceptable processing includes liberation of metal
items (manually or mechanically), volume reduction for transport (shredding, baling,and so forth), and refining by smelters or foundries (or similar) for the purpose of
preparing the metal for reuse. To maximize recycling rates, sending whole products
to a smelter is not authorized without approval from HP and demonstration that thesmelter is capable of capturing all of the following for reuse: copper, precious metals(such as gold and silver); steel and aluminum; and, for CRT devices, lead.

•Incineration: If lead-bearing electronic components (such as circuit boards), batteries,
polyvinyl chloride (PVC) plastics, mercury lamps, or any material classified ashazardous waste under applicable regulations are disposed of by incineration, theincinerator must meet 99.99% destruction removal efficiency (DRE) for all regulated
hazardous contaminants and 99.9999% DRE for dioxins.

WEEEEquipment Labeling Plans
As per WEEE requirements the equipment is labeled with the dustbin symbol.
Information for Customers and Treatment Facilities
When the last user wishes to discard this product, the information that will guide the customer’s action
will be available on-line. The disposal information will be made available to the recycler throughinstructions via Kodak Alaris website.
Information provided to the user in the User Manual includes the meaning of the dustbin symbol,
instructions not to dispose as unsorted municipal waste, available collection system and their role incontributing to WEEE goals and potential environmental and health effects as a result of the presenceof hazardous substances.

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