Flowserve Lubricated Plug Valves – Twin Isolation

The Twin Isolation Lubricated Plug Valve is a reliable, double isolation plug valve with two independent obturators in a single body. It is ideal for double block and bleed applications.

Category:

Flowserve Lubricated Plug Valves – Twin Isolation

BRAND:  Serck Audco

The Twin Isolation Lubricated Plug Valve is a reliable, double isolation plug valve with two independent obturators in a single body. It is ideal for double block and bleed applications.

Features and Benefits

  • No pipework modification – total interchangeability with existing valves. 
  • Choice of bleed connection options. 
  • Same range as single valve including hard facing. 
  • Meets the same industry and fire-test standards as a single valve. 
  • Low life cycle cost – less than two single valves. 
  • Assured sealing on both sides of the valve. 
  • Reduced leak paths – eliminates inter-valve pipework on double block and bleed configurations. 
  • Compact, lightweight alternative to gate valves and ball valves in series. 
    • Compared with Gate Valves: Same face-to-face but smaller overall & Compact design means less weight 
    • Compared with Ball Valves: One TIPV replaces two ball valves, Less interconnecting pipework means fewer leak paths, Weight saving, & Cost saving 
TIPV compared with Gate Valves
TIPV compared with Gate Valves
TIPV compared with Ball Valves
TIPV compared with Ball Valves

Sample Applications

Typical Installations

Configuration using ball valves
Configuration using ball valves

Gas Transportation – Gas Compression Station

Configuration using twin isolation plug valves
Configuration using twin isolation plug valves

 

Sample Applications - twin

Sample Applications twin 1
The valves illustrated are 6” class 2500 with hub ends, in carbon steel, manually operated.
                                                       Criteria for selection: bubble tight isolation and compact design.
Sample Applications twin 2
The valves illustrated are 12” class 2500 with hub ends. 
                                                 Criteria for selection: tight shut off, safety reliability and low maintenance.

Reference