SystemAir PRF 125D2 Betriebsanleitung Seite 45

+ Resistant - Non-resistant
Chemical substances
Concentration
Iodine
Potassium per- watery, cold-
manganate saturated
Calcium hypo- watery, cold-
chlorite saturated
Carbonic acid technically pure
dichloride
Maleic acid watery, cold-
saturated
Methane technically pure
Methane acid up to 50%
watery
Methyl alcohol all
Methylhexyl- technically pure
keton
Lactic acid 10% watery
Monochloro- technically pure
methane
Naphtha
Naphthalene technically pure
Sodium nitrate watery, cold-
saturated
Sodium hypo- 12,5% active
chlorite chlorine,
watery
Sodium iodide watery
Sodium oxalate watery, cold-
saturated
Sodium phos- watery, cold-
phate saturated
Sodium silicate all, watery
Soda lye 50% watery
Nitrotoluene technically pure
Oleum 10% SO2
Olive oil
Oxalic acid watery,
cold-saturated
Fan types PRF and PRF EX - 10.2013
0 partly resistant
Conduct
Temp. PP PE
[°C]
20 + +
20 + +
20 + +
20 0 0
20 + +
20 + +
20 + +
40 + +
60 + 0
20 + +
20 + +
20 + +
40 + +
20 0 -
20 0 0
40 - -
+ +
20 + +
20 0 0
20 + +
20 + +
20 + +
20 + +
20 + +
40 + +
60 + +
20 + +
20 - -
20 + +
20 + +
+ Resistant - Non-resistant
Chemical substances
Concentration
Ozone in the air up to
2%
Paraffi n oil
Perchloric acid 10% watery
70% watery
Petroleum technically pure
Phenol up to 10%
watery
Phosphoric acid 50% watery
dilution
85% watery
Phthalic acid saturated,
watery
Potassium bro- saturated,
mate watery
Propane technically pure
liquid
Mercury pure
Nitric acid up to 40%
watery
65% watery
100%
Hydrochloric 10% watery
acid
up to 30%
watery
30% watery
0 partly resistant
Conduct
Temp. PP PE
[°C]
20 0 0
20 + +
20 + +
40 + +
60 + +
20 + 0
40 0 -
20 + +
40 + 0
60 0 0
20 + +
20 + +
20 + +
40 + +
60 0 +
20 + +
40 + +
20 + +
20 + +
20 + +
20 0 0
40 - 0
60 - -
20 0 -
40 - -
20 - -
20 + +
40 + +
60 + 0
20 + +
40 + 0
60 + 0
20 + +
40 + 0
60 + -
45