EL-CELL ECC-Opto-Std User Manual Download Page 9

 

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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. 

Summary of Contents for ECC-Opto-Std

Page 1: ...2016 EL CELL GmbH User Manual Release 2 62 Electrochemical Test Cell ECC Opto Std November 2016...

Page 2: ...ies 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 ar...

Page 3: ...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 Spar...

Page 4: ...nt 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 t...

Page 5: ...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 ar...

Page 6: ...pphire 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...

Page 7: ...ly 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...

Page 8: ...eed 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...

Page 9: ...ctrode 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 ele...

Page 10: ...rds 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 t...

Page 11: ...11 of 19 User Manual ECC Opto Std Release 2 62 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...

Page 12: ...slightly depends on the thickness of the cell stack 6 Disassembly and Cleaning Right after use disassemble the cell in the reverse order of assembly All chemicals used have to be disposed properly Al...

Page 13: ...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...

Page 14: ...small piece of polyethylene foil 15 mm in diameter 10 m thick in between the holed current collector and the Beryllium window Beryllium is highly toxic and can cause cancer Take proper precautions wh...

Page 15: ...w 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...

Page 16: ...328 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...

Page 17: ...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 pa...

Page 18: ...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 EC...

Page 19: ...ted Warranty does not cover defects damage or nonconformity resulting from abuse misuse neglect lack of reasonable care modification or the attachment of improper devices to the goods This Limited War...

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