Welded End DN 100 Double-Acting Pneumatic 2-Way Globe Valve Stainless Steel - 2012 - 344019
Bürkert 2/2-way pneumatic globe valve (type 2012) with DN 80 welded end ports. Designed for shut-off applications, double-acting. For media temperatures from -10 to 185°C (14 to 365°F) at a pressure of up to 10 bar (145 psi). Housing of stainless steel with PTFE sealing and a 80 mm orifice. The Kv-value is 165 m3/h (Cv-value of 190.7 gpm). The valve is pneumatically actuated with an IP67 PA piston actuator.
- Regular price
- £1,495.58
Description
Bürkert 2/2-way pneumatic globe valve (type 2012) with DN 100 welded end ports. The valve has a stainless steel housing with PTFE sealing and an orifice size of 100 mm. The control function of the valve is double-acting. Suitable for a media temperatures from -10 to 185°C (14 to 365°F) at a pressure of up to 10 bar (145 psi). The valve has a Kv-value of 165 m3/h (Cv-value of 190.7 gpm). The stainless steel housing is durable, suitable for corrosive media and harsh environments. The PTFE sealing is resistant to almost all chemicals. Consult our chemical resistance chart to verify compatibility of housing and seals with the medium.
Pros:
- High flow capacity and used for demanding applications
- Easily mount a compact Burkert 8697 position feedback and control unit on the actuator (not included)
Cons:
- Flow above seat can cause water hammer when used with liquids. Use flow below seat versions for liquids
Series:
The Bürkert type 2012 2/2-way globe valve is a pneumatically actuated on/off valve. The CLASSIC pneumatically operated piston actuator is available in PA, or PPS for higher ambient temperatures. The valve body has been optimized for excellent flow properties and is equipped with a self-adjusting packing gland for added tightness and long-term reliability. These valves are suitable for high viscosity media of up to 600 mm2/s. This valve can be controlled through the use of a pilot valve or through central automation with a valve island. The valve can be fitted with accessories like electrical position feedback, manual override or stroke limitation.