Bimetallic steam trap - CONA B | ARI | Philippopoulos s.a.
Bimetallic steam trap - CONA B | ARI | Philippopoulos s.a.
Bimetallic steam trap - CONA B | ARI | Philippopoulos s.a.
Bimetallic steam trap - CONA B | ARI | Philippopoulos s.a.
Bimetallic steam trap - CONA B | ARI | Philippopoulos s.a.
Bimetallic steam trap - CONA B | ARI | Philippopoulos s.a.
Bimetallic steam trap - CONA B | ARI | Philippopoulos s.a.
Bimetallic steam trap - CONA B | ARI | Philippopoulos s.a.
Bimetallic steam trap - CONA B | ARI | Philippopoulos s.a.
Bimetallic steam trap - CONA B | ARI | Philippopoulos s.a.

Bimetallic steam trap - CONA B | ARI

Bimetallic Steam Trap - CONA B | ARI: Reliable Performance for Industrial Steam Systems

Experience the next level of efficiency and dependability with the Bimetallic Steam Trap - CONA B | ARI. This advanced device is engineered to remove condensate and air quickly from steam lines, ensuring smooth operation and maximum energy savings in industrial applications.

Features & Benefits of the Bimetallic Steam Trap - CONA B | ARI

  • Consistent Efficiency: The bimetallic design reacts instantly to changes in temperature, reliably discharging condensate while holding back valuable steam. This means reduced energy losses and lower operational costs for your facility.
  • Robust Durability: Crafted from high-quality stainless steel, this steam trap resists corrosion and stands up to demanding environments. The solid construction guarantees a lasting solution you can trust for continuous use.
  • Simple Maintenance: The CONA B’s design makes inspection and cleaning straightforward. Fewer moving parts mean less maintenance and downtime, keeping your workflow uninterrupted.
  • Flexible Installation: Suitable for both horizontal and vertical installation, this steam trap fits easily into diverse piping layouts. Its compact size allows for problem-free integration within tight spaces.
  • Automatic Air Release: Efficiently purges air from steam systems during start-up, accelerating the heating process and preventing issues caused by trapped air.
  • Stable Operation: The advanced bimetallic mechanism prevents water hammer and guarantees reliable performance across a wide range of pressures and temperatures.
  • Industrial Strength: Designed exclusively for industrial use, the CONA B delivers top-tier performance in factories, power plants, and processing facilities.

The Bimetallic Steam Trap - CONA B | ARI is the smart choice for industries seeking trouble-free steam system management. It enhances operational safety, safeguards equipment from water damage, and supports substantial energy savings. With ARI’s trusted engineering, you can count on sustained, efficient operation year after year.

Upgrade your steam system with the Bimetallic Steam Trap - CONA B | ARI and experience the difference in reliability, efficiency, and ease of use!

Standard (Options)
  • DIN
  • ANSI
Connection (Options)
  • BSP
  • Flanged
  • Socket Weld
  • Butt Weld
  • Union butt weld nipples
Material (Options)
  • EN-JL 1040 (GG25) Cast iron
Pressure Rating (Options)
  • PN 16

Datasheet and documents

Description

Key Features of CONA® B Bimetallic Steam Traps:

  • Thermostatic Steam Trap: Designed for discharging condensate from steam systems, with automatic air venting during startup and operation.
  • Robust and Resistant: The bimetallic controller is resistant to water hammer and is corrosion-proof.
  • Non-return Protection: Ensures there is no reverse flow in the system.
  • Adjustable Subcooling: The condensate subcooling can be continuously adjusted based on operational needs.
  • Installation: The steam trap can be installed in any position except with the cover or screwed cap facing downward.
  • Strainer Options: The steam trap comes with an inside strainer (Fig. 600) or outside strainer (Fig. 601).


Pressure Ratings & Materials:

  • PN16: Made from Grey Cast Iron (EN-JL1040, EN-GJL-250), with connections via flanges or union with butt weld ends. Operating pressure up to 12.8 barg and inlet temperature up to 200°C.
  • PN40: Available in Forged Steel, High-Temperature Steel, and Stainless Steel (1.4541, 16Mo3). The pressure rating is up to 32 bar, and the temperature can reach 450°C for higher-end versions.
  • PN63 / PN100: High-Temperature Steel with operating pressure up to 46 bar and inlet temperature up to 450°C.
  • High Pressure (PN160 / PN250): Available for up to 154 barg pressure and 550°C temperature.
  • PN320 / PN400 / PN630: Highest pressure ratings for special high-temperature applications (up to 320 barg and 600°C).


Models & Performance:

  • CONA® B 600: Available in different sizes for DN15 to DN50 with various materials and connection types.
  • PN160 to PN400: Specifically designed for high-pressure applications, capable of handling extreme operating conditions, with different materials available based on temperature and pressure needs.


Types of Connections:

  • Flanges (DIN EN 1092-1)
  • Screwed Sockets (Rp thread, NPT thread)
  • Socket Weld Ends (DIN EN 12760)
  • Butt Weld Ends (Weld preparation as per EN ISO 9692)


Controller Types:

  • Controller R13: Suitable for pressures up to 13 bar.
  • Controller R22: Suitable for pressures up to 22 bar.
  • Controller R32: Suitable for pressures up to 32 bar.
  • Controller R56, R90, R130, R150, R270: For high-pressure models, with varying maximum inlet pressures up to 320 bar.

Tests and certification

DGRL 2014/68/EU (PED Pressure Equipment Directive)
TRB 801 Annex II No. 45
TRD 201 (Welding of components made of steel, manufacturing - inspection)
AD 2000
DIN 3230 T1/T2/T3 (Technical conditions of delivery for valves)
DIN EN 729-3 (Quality requirements of weldings)