ABO 2E-5 Double offset butterfly valve
ABO 2E-5 is a Double offset butterfly valve .It can through frozen water, gasoline, natural gas, aviation fuel and other media.
ABO 2E-5 is a Double offset butterfly valve .It can through frozen water, gasoline, natural gas, aviation fuel and other media.
ABO 2E-5 has a maximum working pressure of 50 bar and a temperature range of -50℃~+500℃。
• DN 50–DN 600 (2“–24“)
• Double offset design
• Shut-off and regulating device
• Splitted shaft
• High opening & closing performance
• More strength with less weight
• Easy repair & maintenance
• Easy installation & mounting
• Vacuum max 0,01 bar (R-PTFE version)
• Top flange acc. to ISO 5211 allows connection with various kinds of actuators (electric, pneumatic, hydraulic etc.)
Nominal diameter:DN50-800
Nominal pressure: PN10-50,Class150-300
Disc material:Stainless steel
Connection: Flange
Application fields:Industry, Petrochemical
- Top flange according to ISO 5211 enables direct mounting of manual operators and actuators. Longer neck of ABO butterfly valves results in insulation of ISO top flange, for protection of mounted actuator and meeting heating system requirements.
- Disc has been engineered to maximize flow and minimize resistance providing a high Kv/Cv. Stainless steel material selection is standard.
- Perfectly profiled seat ring ensures total tightness and also high number of cycles. PTFE seat is reinforced by 25% glass fibre which decreases wear and increases temperature resistance of the valve. The seat does not rely on any secondary support components to hold it in place which allows for longer service life with less maintenance required.
- Over-travel stop is designed to prevent over-travel of the disc and minimize possible seat damage, thus provide for extended service life of the seat.
- Double offset design ensures safe function and tightness even in case of changing temperatures or in case of pressure peak.

ABO 900 Solf seal butterfly valve
ABO 600 Solf seal butterfly valve
ABO 500 Soft-seal butterfly valve for chemical industry

