Batten luminaires - Alfred Pracht Lichttechnik GmbH
Batten luminaires - Alfred Pracht Lichttechnik GmbH
Batten luminaires - Alfred Pracht Lichttechnik GmbH
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
<strong>Batten</strong> <strong>luminaires</strong><br />
01with<br />
reflectors<br />
02<br />
Tubular<br />
<strong>luminaires</strong><br />
03<br />
Basic Line<br />
04<br />
LED<br />
05<br />
Vandalism<br />
06<br />
Special<br />
<strong>luminaires</strong><br />
07<br />
Industrial<br />
<strong>luminaires</strong><br />
08<br />
Surface and recessed<br />
<strong>luminaires</strong><br />
09<br />
Emergency<br />
lighting<br />
10<br />
Lighting trunking<br />
systems<br />
Replacement parts<br />
11and<br />
information<br />
210<br />
Resistance table<br />
Chemical substance Polyester Acrylic glass Polycarbonate Aluminium<br />
PBT PMMA PC AL<br />
Accumulator acid –<br />
Acetic acid up to 5% <br />
Acetic acid up to 30% – <br />
Acetone – – – <br />
Alcohol up to 30% <br />
Aliphatic<br />
hydrocarbons <br />
Ammoniac 25% – – <br />
Aniline – – – <br />
Aromatic<br />
Hydrocarbons – – <br />
Aqueous sodium hydroxide 2% – –<br />
Aqueous sodium hydroxide 10% – – –<br />
Beer <br />
Benzine (bezine for washing) <br />
Benzol – – – <br />
Blood <br />
Bromic acid – – – –<br />
Carbon monoxide <br />
Carbon tetrachloride – – <br />
Chloroform – – – <br />
Chlorophenol – – – <br />
Cooking salt solution <br />
Concentrated alcohol – – <br />
Diesel oil, crude oil <br />
Dioxane – – –<br />
Ether – – <br />
Ethylacetate (Ester) – – – <br />
Glycerine <br />
Glycol <br />
Glysanthine <br />
Hydrocarbon <br />
Hydrochloric acid up to 20% –<br />
from 20% –<br />
Hydrogen peroxide up to 40% – – <br />
over 40% – <br />
Hydrogen sulfide <br />
Ketone – – – <br />
Lime milk –<br />
Lysol – – – <br />
Metallic salts and their<br />
aqueous solutions –<br />
Methanol – – – <br />
Methylene choride – – – <br />
Nitric acid up to 10% <br />
10 to 20% <br />
from 20% – – – <br />
Petroleum ether <br />
Pyridin – – – <br />
Phenol – – – <br />
Seawater <br />
Soapsuds <br />
Soda –<br />
Sulfuric acid up to 50% <br />
up to 70% <br />
from 70% – – – <br />
Sulfurous acid up to 5% – <br />
Synthetic suds <br />
Terpentine oil <br />
Water up to 60° <br />
Xylol – – – <br />
The resistances table provides an overview<br />
of chemical resistivity to the most commonly<br />
found chemicals contained in materials<br />
used in the construction of lighting equipment.<br />
The figures relating to chemical resistivity<br />
are based on an ambient temperature<br />
of approx. 25° C.<br />
= resistant<br />
= conditionally resistant<br />
– = not resistant<br />
Special notes:<br />
If vapor-proof lamps are used in areas in<br />
which they are exposed to large amounts<br />
of oil, fat or chlorine vapors or in which<br />
they are directly in contact with these<br />
substances, lamp covers made of PMMA<br />
should be used together with V2A-locks;<br />
e.g. in industries involved with the preparation<br />
of foodstuffs (meat processing),<br />
kitchens and areas with immediate access<br />
to machines or indoor swimming pools.<br />
Cleaning fluids and similar substances<br />
When cleaning the covers, it is recommended<br />
that a mild solution of an appropriate<br />
fluid should be used. Any remaining traces<br />
of cleaning fluids should be completely<br />
removed.<br />
This will not affect the anti-static protective<br />
layer on the cover.<br />
Cleaning fluids PMMA PC<br />
Ajax <br />
Dor <br />
Fewa <br />
Perchloräthylen — —<br />
Persil <br />
Plexiklar <br />
Pril <br />
Sidolin — <br />
Spüli <br />
Tri — —<br />
The limited use of chemical cleaning agents<br />
is permitted, please ask for details.
Change language