Liquified Petroleum Gas Vaporizer

Wet-Type-Vaporizer Model ES

Pressurevessel directive 97/23 EC

AD 2000 HP 801 no. 25

DIN 30696 (1977- 02)

protective area 2 against explosion

protective area 1against explosion

PTB tested

lndirect electrical heating system cabinet type with, liquid heat carrier,

60 - 100 - 200 - 300 - 400 -500 - 600 - 800 - 1000 kgs/h

Special sizes - also available with a combinated heating system -up to 1000 kgs/h

The Torpedo Liquified Petroleum Gas Vaporizer - Model ES - is heated electrically in an indirect way by using a liquid heat carrier consisting of a glythermine NF/water mixture in the ratio of 40 to 60%.

The vaporizer register and the terminal box for the heating element are flanged to the vaporizer front and can be removed without any difficulty for inspection purposes. The vaporizer is electrically started up from the switchboard. Heating and monitoring of the heat carrier are thermostat controlled within the limits fixed by the DIN-Standards. The solenoid valve opens when the required vaporizing temperature is obtained. Liquified gas enters the vaporizer where it will be changed into the gaseous phase without any pressure fluctuations until the indicated rated capacity is reached. The solenoid valve will shut in base of power failure or overload.
An additional safty limiter monitors and avoids an excessive increase of the gas outlet temperature. Vaporizer design and construction guarantee a nearly maintenance-tree and all-automatic operation.

Liquified Petroleum Gas Vaporizer

Wet-Type-Vaporizer Model DS

Pressurevessel directive 97/23 EC

AD2000 HP 801 no. 25

DIN 30696 (1977-02)

protective area 2 against explosion

protective area 1against explosion

lndirect steam heating system cabinet type with, liquid heat carrier,

60 - 100 - 200 - 300 - 400 -500 - 600 - 800 kgs/h

Special sizes - also available with a combinated heating system -up to 1000 kgs/h

The Torpedo Dry-Type Vaporizer - Model ET8.TO - is heated electrically in an indirect way via a solid aluminium core.

The Torpedo Liquified Petroleum Gas Vaporizer - Model DS - is steam-heated in an indirect way by using a liquid heat carrier consisting of a glythermine NF/water mixture in the ratio of 40 to 60%.

The vaporizer register and the steam-heating register are flanged to the vaporizer front and can be removed without any difficulty for inspection purposes.

The vaporizer is electrically started up from the switchboard. Heating and monitoring of the heat carrier are thermostat controlled within the limits fixed by the DIN Standards. The solenoid valve opens when the required vaporizing temperature is obtained. Liquified gas enters the vaporizer where it will be changed into the gaseous phase without any pressure fluctuations until the indicated rated capacity is reached.

The solenoid valve will shut in base of power failure or overload. An additional safty limiter monitors and avoids an excessive increase of the gas outlet temperature. Vaporizer design and construction guarantee a nearly maintenance-tree and all-automatic operation.

Liquified Petroleum Gas Vaporizer

Wet-Type-Vaporizer Model WW

Pressurevessel directive 97/23 EC

AD2000 HP 801 no. 25

DIN 30696 (1977-02)

protective area 2 against explosion

protective area 1against explosion

Indirect hat water heating System, cylindric shape,

100 - 200 - 300 - 400 - 500 - 700 - 1000 kgs/h

Special sizes - also available with a combined heating System - up to 4000 kgs/h

The Torpedo Liquified Petroleum Gas Vaporizer - Model WW - is heated indirectly by means of hat water at a temperature of 90/70° C.

The vaporizer register is welded onto the vaporizer top plate and flanged to the vaporizer tank, thus allowing its removal for inspection purposes. The vaporizer is started up electrically from the switchboard. It will be ready for operation as soon as the necessary vaporizing temperature is available in the unit.

The thermostat controlled solenoid valve opens automatically within the limits fixed by the DIN-Standards. Liquified gas enters the vaporizer where it will be changed into gas without any pressure fluctuations until the indicated rated capacity is obtained. The solenoid valve will shut in case of power failure or overload. Vaporizer design and construction guarantee a nearly maintenance-free and all-automatic operation.