EL-CELL ECC-Opto-Std User manual

© 2016 EL-CELL GmbH
User Manual
Release 2.62
Electrochemical Test Cell
ECC-Opto-Std
November 2016

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User Manual ECC-Opto-Std –Release 2.62
The information in this manual has been carefully checked and believed to be accurate;
however, no responsibility is assumed for inaccuracies.
EL-CELL GmbH maintains the right to make changes without further notice to products
described in this manual to improve reliability, function, or design. EL -CELL GmbH does
not assume any liability arising from the use or application of this p roduct.
EL-CELL GmbH
Tempowerkring 8
21079 Hamburg - Germany
phone: [phone]
fax: [phone]
e-mail: [e-mail]
web: www.el-cell.com

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User Manual ECC-Opto-Std –Release 2.62
Content
1 Product Description..................................................................................... 4
2 Features ...................................................................................................... 6
3 Safety Precautions ...................................................................................... 7
4 Unpacking ................................................................................................... 7
5 Assembly and Connection............................................................................ 9
6 Disassembly and Cleaning ......................................................................... 12
7 X-Ray Experiments .................................................................................... 13
8 Further Kits ............................................................................................... 15
9 Components ECC-Opto-Std ........................................................................ 16
10 Spare Parts ............................................................................................. 17
11 Consumables ........................................................................................... 18
12 Technical Support ................................................................................... 19
13 Warranty ................................................................................................. 19

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User Manual ECC-Opto-Std –Release 2.62
Stand
ECC-Opto-Std cell
Lid
Cell body
Port REF
(Reference pin RE)
Port B
(Electrolyte filling port)
Port A
(Contact pin WE)
Touch screw (CE)
1Product Description
The ECC-Opto-Std test cell serves to monitor the optical properties of an electrode
material in the course of electrochemical charging. For this purpose, the working
electrode (WE) material, which is supported on a meshed or holed current collector, is
placed right below the optical window. This WE is sandwiched from below with a glass
fiber separator and an appropriate counter electrode, (CE).
This way, the optical instrument “looks” from the top through the optical window onto
the backside of the electrode material. Typical instrumentations include optical and
confocal Raman microscopy in the reflection mode. A re-fitting kit for X-ray is available
as an option (view page 13).
The maximum diameter of the working electrode WE is 10 mm, while that of the
inspection hole is 1 mm (optional up to 10 mm). The cell is equipped with a reference
electrode pin for 3-electrode operation.

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User Manual ECC-Opto-Std –Release 2.62
Working principle of the ECC-Opto-Std:
Optical window
Current collector mesh
(Aluminium or Copper)
16 mm
Spring loaded
piston
Working electrode
material (WE) placed
on the current
collector mesh
Glass fiber separator
Counter electrode
(CE)
Inspection area (1 mm,
optional up to 10 mm)
Detend feature
Reference electrode pin
Working electrode contact pin

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User Manual ECC-Opto-Std –Release 2.62
2 Features
2- and 3-electrode cell with optical window for aprotic electrochemistry.
Materials in media contact are stainless steel 1.4404, PEEK and EPDM
The backside of the working electrode material can be observed through the
optical window on top. Inspection area diameter is 1 mm. Other diameters up to
10 mm available.
Typically used in combination with optical or Raman microscopy in the reflection
mode. X-ray option with Beryllium window available.
The window is made of optical glass. Sapphire, Beryllium and Kapton ® windows
are available on request.
Working electrodes can be single crystals or grains, powder samples and free-
standing electrodes (applied onto current collector mesh). Maximum electrode
diameter is 10 mm.
Easy and clean electrolyte filling via the vacuum (syringe) method.
All necessary equipment is included.
Cell assembly and filling are to be carried out inside a glove box. Once sealed, the
cell may be operated outside the box at ambient atmosphere.
Small and defined electrolyte volume down to 0.1 cm3due to minimized dead
volume
Connection to potentiostat/battery tester via 2 mm banana sockets, adapters for 4
mm banana sockets are included
Temperature operation range -20 to +70 °C
Dimensions of the ECC-Opto-Std (mm):

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3 Safety Precautions
Use proper safety precautions when using hazardous electrode materials and
electrolytes. Wear protective glasses and gloves to protect you against electrolyte that
may accidentally spill out during filling and disassembly. Upon cell disassembly, dispose
all materials properly. Metallic lithium and some insertion compounds may decompose
heavily in contact with water and other solvents, and can cause fire.
X-ray option (view page 13): Beryllium is highly toxic and can cause cancer. Take
proper precautions when handling the Beryllium window. Avoid direct contact with skin.
Carefully collect and dispose properly any Beryllium fragments when accidentally
breaking the window.
4 Unpacking
Check the contents of the packages against the list given below to verify that you have
received all of the components. Contact the factory if anything is missing or damaged .
NOTE: Damaged shipments must remain with the original packaging for freight
company inspection.
List of Components:
1. ECC-Opto-Std test cell with stand, fully equipped for use in both 2 -electrode and
3-electrode (reference) configuration in aprotic electrolytes ECC1-00-0150-A
2. ECC-Opto cell cable ECE1-00-0075-A
1
2

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User Manual ECC-Opto-Std –Release 2.62
3. Accessories Kit: ECC1-00-0306-A
1. Glass windows (5 pieces) LAB0018/V
2. Glass fiber separators (5 pieces) ECC1-01-0012-J/V
3. Feed wire, assy ECC1-00-0010-F
4. Current collector mesh, copper (5 pieces) ECC1-00-0328-A/V
5. Current collector mesh, aluminium (5 pieces) ECC1-00-0328-B/V
6. Filling tube with syringe (5 ml) for vacuum filling ECC1-01-0001-A
7. O-Ring 6.75 mm x 1.78 mm DIC9013
8. O-Ring 16 mm x 1.8 mm DIC9012
9. Hex wrench 0.9 mm WZG9005
10. Spherical hex screw driver 3 mm WZG9002
1
2
3
4
5
6
7
8
9
10

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User Manual ECC-Opto-Std –Release 2.62
5 Assembly and Connection
Generally, all assembly steps are to be carried out in inert glove box atmosphere. All
components used are to be dried upfront in a vacuum oven at 80°C for at least 12
hours. Once fully assembled, the cell is hermetically sealed so that it may be operated
in ambient atmosphere.
The test cell can be used in either 2-electrode or 3-electrode (reference) configuration.
In the following, the cell assembly is described when using lithium metal reference
electrode.
Assembly:
1. By means of the optionally available ECC-RefLoad, press a small piece of lithium
metal into port REF so that the Lithium metal just appears at the upper narrow
end of the feed-through hole. Skip this initial step if working without reference
electrode.
2. Push the counter electrode piston into the cell body to the uppermost position.
3. Pull the piston slightly back, and insert the Lithium counter electrode (max. 10
mm in diameter, max. 1 mm thick)
4. Put the provided glass fiber separator on top.
5. Place the working electrode on top of the separator, with the active layer pointing
UPWARDS. The working electrode may be fabricated by pressing together a self -
standing electrode (up to 10 mm in diameter) and the provided 16 mm current
collector mesh.Insert the upper O-Ring seal (16 x 1.8 mm) into the cell body, and
place the optical window on top. Make sure that the window is in the center
position.
6. Attach the lid and fasten the three socket screws.
7. Attach the WE contact pin to port A.
8. Attach the reference pin to the reference port. Plug the reference port if working
without reference electrode.
9. Attach the touch screw from below and raise it to the uppermost position; then
turn the touch screw back (counter clockwise) by about 30°.
10. Fill the cell with electrolyte according to the following procedure.
Connect the provided filling tube to port B.
Charge a 5 ml syringe with ca. 0.5 ml of electrolyte. NOTE: We recommend
single-use PP plastic syringes with low friction silicone pistons.
Connect the syringe to the Luer adapter of the filling tube.

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Pull the syringe piston back to evacuate the cell. Hold the piston a few
seconds in the strained position.
Make sure that the tip of the syringe points downwards. Then release the
piston so that the electrolyte is sucked into the cell by the previously applied
vacuum. NOTE: Never pressurize the cell during the filling procedure.
Repeat the two previous steps to complete filling.
Remove the filling tube and close port B with the second WE contact pin.
11. Insert the cell into the stand.
12. Connect the cell to the cell cable as shown in the picture on the following page.

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13. Connect your potentiostat to the 2 mm sockets (1) of the cell cable (grey: REF;
red: WE; blue: CE). Adapters (2) are provided for connection to 4 mm banana
plugs.
1
2

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Different spring forces in relation to stack thickness:
A compression spring exerts the mechanical pressure on the cell stack.
Different springs with a nominal pressure of 10, 20 and 30 N are available.
The applied pressure slightly depends on the thickness of the cell stack.
6Disassembly and Cleaning
Right after use, disassemble the cell in the reverse order of assembly. All chemicals
used have to be disposed properly. All wetted parts are to be cleaned with water and/or
other appropriate solvents. All parts are to be dried immediately after cleaning at 80°C.
NOTE: Leaving cell parts in contact with ambient atmosphere while s till being wetted
with electrolyte may result in severe corrosion.

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User Manual ECC-Opto-Std –Release 2.62
7X-Ray Experiments
For X-ray experiments, the optional XRD Kit is available (ECC1-00-0156-B).
The XRD-kit comprises a Beryllium window (ECC1-00-0222-A) and a modified cell lid
(ECC1-00-0127-C). The lid features a 10 mm inspection hole and a 10 mm wide groove
that allows for a viewing angle onto the sample surface as low as 8°.
List of Components X-ray Kit:
ECC1-00-0156-B
1. Beryllium window (22 x 0.2 mm) ECC1-00-0222-A
2. Lid XRD ECC1-00-0127-C
Lid with groove

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Viewing angle X-Ray Kit:
At very positive potentials, the Beryllium window may suffer from oxidation. In this case
we recommend placing a thin insulation layer, e.g. a small piece of polyethylene foil (15
mm in diameter, 10 µm thick), in between the holed current collector and the Beryllium
window.
Beryllium is highly toxic and can cause cancer. Take proper precautions when handling
the Beryllium window. Avoid direct contact with skin. Carefully collect and dispose
properly any Beryllium fragments when accidentally breaking the window.
Lid with groove WE Sample
Beryllium window
min. 8°

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8Further Kits
Components Sapphire Kit:
ECC1-00-0156-C
1. Sapphire window (22 x 0.3 mm) ECC1-00-0149-A
2. Lid Sapphire ECC1-00-0127-B
Components Zinc Selenide Kit:
ECC1-00-0156-D
1. Zinc Selenide window (22 x 0.3 mm) ECC1-00-0250-B s
2. Lid Zinc Selenide ECC1-00-0127-E
Components Calciumfluoride Kit:
ECC1-00-0156-E
1. Calciumfluorid window (22 x 0.3 mm) ECC1-00-0250-C
2. Lid Calciumfluorid ECC1-00-0127-E

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9 Components ECC-Opto-Std
Socket screw
DIN-912 M4x10
Lid
ECC1-00-0127-A
Glass window 22 x 0.3 mm
LAB0018
Current collector mesh (Al)
ECC1-00-0328-B
Current collector mesh (Cu)
ECC1-00-0328-A
Stand ECC-Opto-Std
ECC1-00-0151-A
Feed wire
ECC1-00-0010-F
Compression spring (Au)
FED9015
Touch screw
ECC1-00-0128-A
WE
Glass fiber separator
with tongue 10 x 1.0 mm
ECC1-01-0012-J
CE
O-Ring 16 x 1.8 mm
DIC9012
Cell base
ECC1-00-0124-A
O-Ring 6.75 x 1.78 mm
DIC9013
Reference electrode pin
ECC1-00-0010-G
Plug
ECC1-00-0130-B
Piston
ECC1-00-0126-A

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10 Spare Parts
ECC-Opto-Std:
ECC1-00-0150-A
Stand ECC-Opto-Std ECC1-00-0151-A
ECC-Opto cell cable ECE1-00-0075-A
Foot for stand VOR9031
Socket screw (Lid) DIN-912 M4x10
Lid ECC1-00-0127-A
Cell base ECC1-00-0124-A
Feed wire ECC1-00-0010-F
Compression spring 10 N (Au) standard, (5 pieces) FED9015/V
Spring forces see page 12
Compression spring 20 N (Au) (5 pieces) FED9020/V
Spring forces see page 12
Compression spring 30 N (Au) (5 pieces) FED9021/V
Spring forces see page 12
Touch screw ECC1-00-0128-A
Reference electrode pin ECC1-00-0010-G
Plug ECC1-00-0130-B
Piston ECC1-00-0126-A
Accessories Kit:
ECC1-00-0306-A
Feed wire, assy ECC1-00-0010-F
Filling tube with syringe (5 ml) for vacuum filling ECC1-01-0001-A
Hex wrench 0.9 mm WZG9005
Spherical hex screw driver 3 mm WZG9002

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11 Consumables
Accessories Kit:
ECC1-00-0306-A
Glass window (5 pieces) LAB0018/V
Glass fiber separator (5 pieces) ECC1-01-0012-J/V
Current collector mesh, copper (5 pieces) ECC1-00-0328-A/V
Current collector mesh, aluminium (5 pieces) ECC1-00-0328-B/V
O-Ring 6.75 mm x 1.78 mm DIC9013
O-Ring 16 mm x 1.8 mm DIC9012

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12 Technical Support
Technical support for this product is exclusively provided by EL-CELL GmbH.
EL-CELL GmbH
Tempowerkring 8
21079 Hamburg - Germany
phone: [phone]
fax: [phone]
e-mail: [e-mail]
web: www.el-cell.com
13 Warranty
For a period of one year from the date of shipment, EL-CELL GmbH (hereinafter Seller)
warrants the goods to be free from defect in material and workmanship to the original
purchaser. During the warranty period, Seller agrees to repair or replace defective
and/or nonconforming goods or parts without charge for material or labor, or, at the
Seller’s option, demand return of the goods and tender repayment of the price. Buyer’s
exclusive remedy is repair or replacement of defective and nonconforming goods, or, at
Seller’s option, the repayment of the price.
Seller excludes and disclaims any liability for lost profits, personal injury, interruption of
service, or for consequential incidental or special damages arising out of, resulting
from, or relating in any manner to these goods.
This Limited Warranty does not cover defects, damage, or nonconformity resulting from
abuse, misuse, neglect, lack of reasonable care, modification, or the attachmen t of
improper devices to the goods. This Limited Warranty does not cover expendable items.
This warranty is void when repairs are performed by a non-authorized person or service
center. At Seller’s option, repairs or replacements will be made on site or at the factory.
If repairs or replacements are to be made at the factory, Buyer shall return the goods
prepaid and bear all the risks of loss until delivered to the factory. If Seller returns the
goods, they will be delivered prepaid and Seller will bear all risks of loss until delivery
to Buyer. Buyer and Seller agree that this Limited Warranty shall be governed by and
construed in accordance with the laws of Germany.
The warranties contained in this agreement are in lieu of all other warranties expressed
or implied, including the warranties of merchantability and fitness for a particular
purpose.
This Limited Warranty supersedes all prior proposals or representations oral or written
and constitutes the entire understanding regarding the warranties made by Se ller to
Buyer. This Limited Warranty may not be expanded or modified except in writi ng signed
by the parties hereto.