Steam trapping

CONA – economy through energy savings

Save energy with CONA's advanced steam trap technology. Ball float, bimetallic, thermodynamic and balanced pressure steam traps or CODI manifolds. Cut costs and energy consumption with the patented CONA-control monitoring system. Thousands of steam traps tested individually in just three seconds!

1. Steam traps

ARI-CONA B

eClass-No.: 37010708

Application: For the discharge of condensate sub-cooled between 10 and 30 K

Medium: Steam, condensate, etc.

ARI-CONA M

eClass-No.: 37010707/37011801

Application: For the discharge of condensate sub-cooled up to 40 K

Medium: Steam, condensate, etc.

ARI-CONA SC

eClass-No.: 37010706

Application: For discharge of water from compressed air and gas

Medium: Condensate, gases with liquid components, etc.

ARI-CONA TD

Application: For discharge of condensate with limited sub-cooling

Medium: Steam, condensate, etc.

ARI-CONA B-Universal

eClass-No.: 37010708

Application: For the discharge of condensate sub-cooled between 10 and 30 K

Medium: Steam, condensate, etc.

ARI-CONA M-Universal

eClass-No.: 37010707/37011801

Application: For the discharge of condensate sub-cooled up to 40 K

Medium: Steam, condensate, etc.

ARI-CONA S-Universal

eClass-No.: 37010706

Application: For discharge of condensate at boiling temperature

Medium: Steam, condensate, gases with liquid components, etc.

ARI-CONA TD-Universal

Application: For discharge of condensate with limited sub-cooling

Medium: Steam, condensate, etc.

2. Cond.collector,steam distr.

ARI-CODI S

Application: Collects and distributes condensate, steam and fluids

ARI-CODI B

Application: Collects and distributes condensate, steam and fluids

3. Comp.+accessory f.steam range

Double window sight glasses

eClass-No.: 37011301

Application: For monitoring the function of steam traps in pipe work systems

Medium: Steam, condensate, etc.

Vacuum breaker

Application: Ventilation valve for pipelines, condensing vapour (steam) or liquid systems, where the system pressure should not fall below the atmospheric pressure.

Medium: Steam, condensate, etc.