Quod habet Altissimum Explosion-Probatur Level

CREPITUS-probationem Classification: Iic gradu summa, Congere applications de iib et iia; Iib excedit iia in ranking.

Classis et Level	Ignitio Temperature et Group
-	T1	T2	T3	T4	T5	T6
-	T＞450	450≥T＞300	300≥T＞200	200≥T＞135	135≥T＞100	100≥T＞85
ego	Methane
IIA	Ethane, Propane, Acetone, Phenethyl, Ene, Aminobenzene, Toluene, Benzene, Ammonia, Carbo carbonis monoxide, Ethyl Acetate, Acidum aceticum	Butane, Ethanol, Propylene, Butanol, Acidum aceticum, Butyl Ester, Amyl aceticum aceticum anhydride	Pentane, Hexane, Heptane, Decanus, Octane, Gasoline, Hydrogenium Sulfide, Cyclohexane, Gasoline, Kerosene, Diesel, Petroleum	Ether, Acetaldehyde, Trimethylamine		Ethyl Nitrite
IIB	Propylene, Acetylene, Cyclopropane, Coke Oven Gas	Epoxy Z-Alkane, Epoxy Propane, Butadiene, Ethylene	Dimethyl Ether, Isoprene, Hydrogenium Sulfide	Diethylether, Dibutyl Ether
IIC	Aqua Gas, Hydrogenium	Acetylene			Carbon Disulfide	Ethyl Nitrate

Maximum superficiem temperatus: Hoc refert ad summum temperatus ut electrica cogitationes potest consequi sub pessimus certa operating conditionibus, potentia ignitos in circuitu explosive atmosphaera. The maximum surface temperature must be lower than the flammable temperature.

Exempli gratia: In environments where explosion-proof sensors are used, if the ignition temperature of the explosive gases is 100°C, then the maximum surface temperature of any component of the sensor must remain below 100°C.