Thermally activated shut-off valve

Thermally activated shut-off valve are suitable for protecting pipelines and systems by automatically interrupting the medium supply above a certain temperature limit. This reduces potential hazards for buildings, for example. TAEs are suitable for various building services as well as commercial and industrial applications.

Thermally activated shut-off valve

Thermally activated shut-off valve are suitable for protecting pipelines and systems by automatically interrupting the medium supply above a certain temperature limit. This reduces potential hazards for buildings, for example. TAEs are suitable for various building services as well as commercial and industrial applications.

Flanged ball valve with thermal shut-off device TA01 MOP5 DN150 ductile iron

TA01020013

Flanged ball valve with thermally activated shut-off device TA01 body material ductile iron with flange connection according to DIN EN 1092-2 PN16 DN150 maximum pressure 5 bar with DVGW-Gas approval

Technical features

diameter DN150
connection flange connection according to DIN EN 1092-2 PN16
media hydrogen and gases according to G260
body material ductile iron 5.3103
max. pressure 5 bar

Flanged ball valve with thermal shut-off device TA01 MOP5 DN80 ductile iron

TA01020010

Flanged ball valve with thermally activated shut-off device TA01 body material ductile iron with flange connection according to DIN EN 1092-2 PN16 DN80 maximum pressure 5 bar with DVGW-Gas approval

Technical features

diameter DN80
connection flange connection according to DIN EN 1092-2 PN16
media hydrogen and gases according to G260
body material ductile iron 5.3103
max. pressure 5 bar

Thermal shut-off device TA11 MOP5 DN40 - 1 1/2" inch steel female thread on both sides

TA11020007

Thermally activated shut-off device TA11 body material steel with female thread on both sides DN40 - 1 1/2" inch maximum pressure 5 bar with DVGW gas approval

Technical features

diameter DN40 - 1 1/2" inch
connection female thread on both sides
media hydrogen and gases according to G260
body material galvanized steel 1.0715
max. pressure 5 bar

Thermal shut-off device TA12 MOP5 DN125 steel flange PN16

TA12020012

Thermally activated shut-off device TA12 body material steel with flange connection according to DIN EN 1092-1 PN16 DN125 maximum pressure 5 bar with DVGW gas approval

Technical features

diameter DN125
connection flange connection according to DIN EN 1092-1 PN16
media hydrogen and gases according to G260
body material galvanized steel 1.0570
max. pressure 5 bar

Flanged ball valve with thermal shut-off device TA01 MOP5 DN32 ductile iron

TA01020006

Flanged ball valve with thermally activated shut-off device TA01 body material ductile iron with flange connection according to DIN EN 1092-2 PN16 DN32 maximum pressure 5 bar with DVGW-Gas approval

Technical features

diameter DN32
connection flange connection according to DIN EN 1092-2 PN16
media hydrogen and gases according to G260
body material ductile iron 5.3103
max. pressure 5 bar

Thermal shut-off device TA12 MOP5 DN100 steel flange PN16

TA12020011

Thermally activated shut-off device TA12 body material steel with flange connection according to DIN EN 1092-1 PN16 DN100 maximum pressure 5 bar with DVGW gas approval

Technical features

diameter DN100
connection flange connection according to DIN EN 1092-1 PN16
media hydrogen and gases according to G260
body material galvanized steel 1.0570
max. pressure 5 bar

Threaded ball valve with thermal shut-off device (TAE) TA02 MOP5 DN25 - 1" inch brass

TA02020005

Threaded ball valve with thermally activated shut-off device (TAE) TA02 body material brass with female thread on both sides according to DIN ISO 228-1 DN25 - 1" inch maximum pressure 5 bar with DVGW gas approval

Technical features

diameter DN25 - 1" inch
connection female thread on both sides according to DIN ISO 228-1
media hydrogen and gases according to G260
body material nickel-plated brass CW617N
max. pressure 5 bar

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