ARI CONA SC 42.636-2 Float Steam Trap Threaded PN16 3/4″
Reliable condensate removal and high energy efficiency for industrial steam systems.
The ARI CONA SC float steam trap delivers reliable liquid discharge in steam and condensate lines. In addition, its stainless steel float mechanism detects condensate formation precisely and discharges liquid automatically. Moreover, a check valve function prevents backflow and preserves system efficiency. Its compact design, furthermore, facilitates installation in confined spaces.
The body is made of 1.0460 forged steel, and the cover uses EN-JS1049 ductile iron. Internals are 1.4301 (AISI 304) stainless steel; backflow protection is 1.4016 (AISI 430) stainless steel. Consequently, the trap operates safely up to 300 °C and between 4–14 barg. R4 and R14 controller options are available.
ARI CONA SC float steam trap — Technical Specifications
This trap suits steam systems and condensate lines, particularly in petrochemical and chemical plants. Furthermore, it serves power stations, textile factories, heating and air conditioning systems, and paper and food production facilities. As a result, it improves plant efficiency through high energy efficiency and dependable liquid discharge.
Key Advantages
- Long service life with stainless steel float and backflow protection
- Compact design enables easy installation in tight spaces
- Check valve function prevents backflow and increases system safety
Applications
- Automatic liquid discharge in steam systems and condensate lines
- Petrochemical and chemical industry process lines
- Power stations and textile factories steam distribution systems
In conclusion, the ARI CONA SC float steam trap is an ideal solution for reliable liquid discharge and energy efficiency in industrial facilities. ORFA Industrial supplies worldwide and provides technical support. Contact us for more information or a price offer.
ORFA INDUSTRIAL PRODUCTS INDUSTRY AND TRADE INC.
Your Reliable Partner in Industrial Flow Technologies

Reviews
There are no reviews yet.