Grooved fire protection butterfly valve

Short Description:

Grooved end fire protection butterfly valve Size: 2”-12”/ 50mm –300 mm Design standard: API 609, BS EN 593. Face-to-Face dimension: API 609, DIN 3202 k1, ISO 5752, BS 5155, MSS SP-67. Flange Drilling: ANSI B 16.1, BS4504, DIN PN 10 / PN 16. Test: API 598. Epoxy fusion coating. Different lever operator. Working Pressure 10 bar / 16 bar Testing Pressure Shell: 1.5 times rated pressure, Seat: 1.1 times rated pressure. Working Temperature -10°C to 80°C (NBR) -10°C to 120°C (EP...


Product Detail

Product Tags

Grooved end fire protection butterfly valve

Grooved butterfly valve

Size: 2”-12”/ 50mm –300 mm

Design standard: API 609, BS EN 593.

Face-to-Face dimension: API 609, DIN 3202 k1, ISO 5752, BS 5155, MSS SP-67.

Flange Drilling: ANSI B 16.1, BS4504, DIN PN 10 / PN 16.

Test: API 598.

Epoxy fusion coating.

Different lever operator.

Grooved butterfly valve

Working Pressure

10 bar / 16 bar

Testing Pressure

Shell: 1.5 times rated pressure,

Seat: 1.1 times rated pressure.

Working Temperature

-10°C to 80°C (NBR)

-10°C to 120°C (EPDM)

Suitable Media

Water, Oil and gas.

Grooved butterfly valve

Parts

Materials

Body

Cast iron / Ductile iron

Disc

Nickel ductile iron / Al bronze / Stainless steel

Seat

EPDM / NBR / VITON / PTFE

Stem

Stainless steel / Carbon steel

Bushing

PTFE

“O” ring

PTFE

Pin

Stainless steel

Key

Stainless steel

Technical data:Grooved butterfly valve

Grooved butterfly valve

Grooved butterfly valve

Grooved butterfly valveGrooved butterfly valve

Structure and application:

Fire butterfly groove between the United States and Germany are the introduction of similar design and manufacture of advanced products and a series of new connection valves.It has installed express,simple,simple,safe,reliable,not subject  to restrictions on the installation site,piping and valves to facilities maintenance,noise and vibration have a certain perspective of the scope has to overcome the pipelines to connect the different axis arising from poor imitation to solve the temperature difference have advantage.


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