Ramén spjällbackventil typ BAS102, DN20, Titan
Ramén BAS check valve type 102 for liquid and gas flow. Designed for quick shut-off to prevent backflow and open at the smallest flowrates to maintain stable process conditions. Metal to metal design to withstand high temperature and harsh conditions. Still offering the highest possible leakage class and minimum maintenance. Ramén BAS check valves are available in all commonly used steel alloys and titanium for industrial applications. The correct material is selected based on the application and media, in order to provide the best corrosion resistance and the longest lifetime. Wafer type design for easy mounting between flanges in DN10 to DN250.
Typical applications are steam, district heating, cooling water, chemical, sea water, corrosive media, etc.
Product Name | Ramén spjällbackventil typ BAS102, DN20, Titan |
---|---|
Country of Manufacture | Sweden |
Size [DN] | DN20 |
Material body | Titanium Gr. 2 |
Model | BAS 102 |
Valve Type | Spring Loaded Swing check valve |
Size [Inch] | 3/4" |
Seat | Metal Seat |
Seat material | Titanium |
Sealing | PTFE |
Trim Material | Titanium Gr. 2 |
Connection | Wafer |
Face to Face [mm] | 30 |
Max pressure | 40 Bar |
Pressure Class [Bar] | PN40 |
Max Differential Pressure [Bar] | 40 |
Max Temperature [°C] | +200 |
Min Temperature [°C] | -50 |
Leakage Class | Rate A acc. to EN12266-1 |
Kvs [m3/h] | 10.0 |
Cv [gpm] | 12.0 |
Limit Switch | No |
Counterweight | No |
O2 Cleaned | No |
Application | Clean and slightly polluted gases/liquids, corrosive media |
Length [mm] | 54 |
Height [mm] | 30 |
Width [mm] | 54 |
Net Weight [kg] | 0.5 |
Statistics code | 84813091 |
Applications | Oil, Industrial wastewater, Drinking water (potable water), Chemicals |
Design: Metal to metal seal
Nominal pressure: PN40
Connection: Wafer DIN PN 10/40, ANSI 150/300
Temperature range: -10°C to 200°C
Kv/Cv: 10/12
Material: Body and disc: Titanium Gr. 2
Shaft and plugs: Titanium Gr. 2
Plug seal: PTFE
Face to face: 30 mm
Weight: 0,5 kg
PED 2014/68/EU, Module B+D SEP