Our Products
We offer a complete product range of Thermodynamic Steam Traps, Ball Float Steam Traps, Inverted Bucket Steam Traps and Steam Traps
Proper condensate removal is essential for efficient process plant operation. REX offers a full range of established trap operating principles thermodynamic, ball float, and inverted bucket. Correctly chosen and fitted, REX traps can boost productivity, reduce spoilage, save man-hours, minimize steam consumption and cut fuel bills.
HOW IT WORKSCold condensate or air raise the disc under pressure and flow freely through the trap. When flash steam reaches the trap, the velocity under the disc is instantly increased and pulls the disc onto the seat. Flash pressure on top of the disc snaps it onto its seat to give a tight shut-off. Heat loss from above the disc, causes the chamber pressure to decrease and the valve disc opens again to discharge condensate.
THE BENEFITSProper condensate removal is essential for efficient process plant operation. REX offers a full range of established trap operating principles thermodynamic, ball float, and inverted bucket. Correctly chosen and fitted, REX traps can boost productivity, reduce spoilage, save man-hours, minimize steam consumption and cut fuel bills.
HOW IT WORKSOn start up, main valve is normally closed. When condensate reaches a certain level in the trap, the float begins to rise. This opens the main valve and condensate is drained until the float is lowered and the valve rests tightly on the seat. The float is positioned above the main valve & seat so the condensate forms a water seal and eliminates loss of any live steam. Since there are no pressure fluctuations due to intermittent operation, condensate is discharged at a constant temperature.
THE BENEFITSProper condensate removal is essential for efficient process plant operation. Rex offers a full range of established trap operating principles thermodynamic, ball float, and inverted bucket. Correctly chosen and fitted, rex traps can boost productivity, reduce spoilage, save man-hours, minimize steam consumption and cut fuel bills.
HOW IT WORKSAs condensate flows into the trap body, air and steam are trapped in the inverted bucket. This gives the bucket buoyancy and it rises with the condensate and quickly closes the valve. When entrapped steam condenses, bucket loses buoyancy, sinks and opens the discharge valve air. Which has accumulated in the top of the trap is immediately expelled by the pressure of the water which follows it to the trap outlet. When air or steam, again enter the inverted bucket, this cycle is repeated.
THE BENEFITS