Bymat 1024 Cleaning Machine c/w Cleaning Kit (220v) User manual

Brand: Bymat

Model: 1024 Cleaning Machine c/w Cleaning Kit (220v)

Type: User manual

This manual is also suitable for

1024 Cleaning Machine c/w Cleaning Kit (110v)

Operating manual Bymat 1024 RS

Cleaning with Bymat 1024 RS

For removing oxide coatings on welded stainless steel parts, use the felt strip. Secure the cloth to an

electrode with an O-ring.

Be Careful: To avoid short circuits from the electrode to the work-piece,

be sure to change the band or cloth in time!

The stamp (electrode or marker) should be connected to the black cable, which should be connected

to the black connector on the 1024 RS. The red cable should extend from the red connector on the 1024

RS and clip on to the work-piece. Pour some electrolyte designed for this purpose into the wide-

necked container (for example, electrolyte A for light oxide coatings for very shiny surfaces or elctrolyte

B for oxide coatings and dull finishes). Dip the stamp in and stroke it over the oxide to be removed until

it is gone. For cleaning, the digital meter should show 24 volts. Use the turning knob to accomplish

this. Switch the switch to 1 (cleaning).

Be Careful: While using chemicals, an acid resistant apron, gloves, and protective

eyewear should be used.

The electrode is likely to overheat (become uncomfortable to hole) if used longer than a few minutes.

Drop it in water or be prepared with a second electrode. If the 1024 RS overheats, its thermal protection

will automatically turn the device off. Turn the voltage knob all the way down and then return ist to the

desired voltage.

Be Careful: Never exchange the stamp and cloth for cleaning with the stamp for marking.

This could cause blackening of your part.

Embossing with BYMAT 1024 RS

Use the flat marker for this purpose. Secure the marking felt with an O-ring. The stamp (electrode) should

be connected to the black cable, which should be connected to the black connector on the 1024 RS.

The red cable should extend from the red connector on the 1024 RS and clip on to the

work-piece. Pour some electrolyte designed for this purpose (for example ET or EC) into the

wide-necked container. For marking, the voltage should be adjusted to 12 Volts. The switch should

be set for 1 (marking dark) and 2 (light) are both acceptable settings.

Dip the felt into the electrolyte, position the template on the work-piece. Press the marker vertically from

the top allowing the entire surface of the marker to touch the template equally. Move the marker lightly

so that the electrolyte flows better through the template. Marking should be finished after approximately

2 to 4 seconds.

Markings appear different for every different material. For this reason, an entire palette of electrolytes

has been developed for marking many different kinds of metal. For the best results, it is important to

match the electrolyte to the metal (alloy) that is being marked. You will need to test different electrolytes

with different voltage settings.

Be Careful: The higher the voltage settings, the less time the template will last.

Bymat GmbH · D - 41363 Jüchen · Tel. +49 (0) 21 65 - 87 28 0 · Fax: +49 (0) 21 65 - 87 28 28 Seite 1/2

Polishing Stainless Steel with BYMAT 1024 RS

To polish stainless steels, use a strip of the aramid band provided. Secure the strip to the stamp (electrode)

you have in mind with an O-ring.

Be Careful: To avoid short-circuits, the aramid band must be exchanged in time.

Use the stamp with the black cable, connected to the black connector on the machine. The red cable

must be connected from the red connector to the work-piece. Pour some electrolyte C into the

wide-necked container and dip the marker in. Stroke the marker a few times over the spot to be cleaned.

For polishing, the digital display should show 24 Volts. Set this with the smoothly rotating knob. Set

the switch to 2 (polishing).

Be Careful: While using chemicals, an acid resistant apron, gloves, and protective

eyewear should be used.

Over a period of time, the stamp could become to warm. Cool it in water or be prepared with a second

stamp. If the 1024 RS overheats, its thermal protection will automatically turn the device off. Wait a few

seconds and then press the reset switch in the upper left corner of the face of the machine back in if it

has come out.

Galvanizing with BYMAT 1024 RS

To plate with zinc, gold, chrome, etc. use a strip of the felt provided. Secure the strip to the marker you

have in mind.

Be careful: Make sure that the switch is set to 3 („Galvanizing/Plating“)

otherwise you will blacken your work-piece.

The stamp should be used with the black cable connected to the balck connector on the 1024 RS, and

the red cable should extend from the red connector to the work-piece. The switch should be set to 3

(Galvanizing/Plating). Dip the marker in the correct electrolyte (special elektrolytes should be chosen

from the price-list provided) and stroke the marker a few times over the part to be galvanized. The correct

voltage must be found on the label of the electrolyte. For example, gold uses 8 volts. Zinc uses 12-

14 volts.

Be Careful: While using chemicals, an acid resistant apron, gloves, and protective

eyewear should be used.

We suggest using our handbook for electrochemical plating with safety hints and examples.

Caution: Do not use the device in wet rooms; protect it against moisture and splash water.

Bymat GmbH · D - 41363 Jüchen · Tel. +49 (0) 21 65 - 87 28 0 · Fax: +49 (0) 21 65 - 87 28 28 Seite 2/2

Bymat 1024 Cleaning Machine c/w Cleaning Kit (220v) User manual

Brand: Bymat

Model: 1024 Cleaning Machine c/w Cleaning Kit (220v)

Type: User manual

This manual is also suitable for

1024 Cleaning Machine c/w Cleaning Kit (110v)

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Bymat 1024 Cleaning Machine c/w Cleaning Kit (220v) User manual

This manual is also suitable for

Bymat 1024 Cleaning Machine c/w Cleaning Kit (220v) User manual

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