Armstrong Stainless Steel Inverted Bucket Steam Traps
Armstrong Inverted Bucket (IB) Steam Traps seal better, last years longer and outperform any other type of traps on the market today. Engineered for a longer, more efficient service life, IB Steam Traps continue to conserve energy, even in the presence of wear. With fewer costs for replacement parts, installation and downtime, the long-term savings and value can be dramatic. For best practice energy management, Armstrong IB Steam Traps are the most effective choice.
No Wasted Steam
With Armstrong IB Steam Traps, there is no energy loss due to wasted steam. Any steam that passes through the bucket vent will be condensed into the surrounding liquid. Steam cannot get into the top of the trap and/or be pushed downstream of the trap through the orifice. By eliminating the needless expense of wasted steam and energy, the IB Steam Trap provides a substantial savings in operating costs.
Guaranteed TO PERFORM
Our Stainless Steel Inverted Bucket Steam Trap and Stainless Steel Trap Valve Station are both backed by Armstrong’s three-year guarantee; however, when used in combination, Armstrong offers a five-year no-leak guarantee.
The Advantages of IB Steam Traps
- Longest service life of any type steam trap
- Proven energy conservation, even in the presence of wear
- Dependable operation—unique design eliminates sticking, binding and clogging
- Purging action due to snap opening of the valve
- Continuous automatic air and CO2 venting
- Excellent operation against back pressure
- Resistance to damage from water hammer
- Freedom from dirt problems
2000 Series, All Stainless Steel Inverted Bucket Steam Trap With 2-Bolt 360° Connector
For pressures to 650 psig (45 bar) . . .
Capacities to 1,300 lb/hr (590 kg/hr)
Armstrong IS-4 or IS-2 Stainless Steel Universal Connector With Integral Strainer
For best practice piping and safer, faster installation and removal of Inverted Bucket Steam Traps.Learn More
More About IB Steam Traps from Armstrong University
Bucket vent sizing is based on the ability to pass typical volumes of non-condensable gases (air) encountered, while minimizing potential steam flow through it. This allows radiation losses of the trap body and cooler condensate prime to condense it. Volumes vary with pressure and radiant heat losses vary with body mass and ambient conditions. However, this small volume of steam (live or flash) is vented into the liquid seal surrounding the bucket (which has lost all latent heat), so it is typically condensed.
The orifice remains closed and surrounded by condensate until the condensate level inside the bucket reaches the point where the bucket loses buoyancy and discharges. The condensate level inside the bucket is independent of the constant level outside the bucket over the orifice where vented gases are accumulated; this further minimizes the loss of any condensable gases (steam) through discharge. The energy efficiency of this design and its ability to prevent loss of live steam has been documented and tested.
Armstrong International invented the Inverted Bucket Steam Trap in 1911 and it remains the top-performing steam trap available anywhere. Often the first to market, our company holds more than 50 patents on exceptional products and software. Our development and introduction of groundbreaking products continues to result in superior, intelligent solutions that consistently deliver best-in-class quality, longevity and value.
More than a century of in-depth knowledge and experience enables Armstrong to manage your steam and condensate requirements better than anyone in the world. We're a global leader in energy management, and our intelligent solutions consistently save time, money and energy for some of the largest, most efficient companies in your industry.
Sign up here to learn how Armstrong's Inverted Bucket Steam Trap outperforms other traps.