RECTUS Steam Trap

Main function of any steam trap is to trap the steam and drain out the condensate water. In industry there are many types of steam trap like thermodynamic steam trap, float steam trap, inverted bucket steam trap & Venturi Orifice steam trap. There is huge difference in working principle of Venturi float Steam trap and other regular steam trap.

There are mainly two problems in other regular mechanical operating steam traps are as under so preventive testing and maintenance required frequently.

1.                 Steam traps fail in open condition ( Occur mostly in TD steam trap):

2.                 Steam traps fail in closed condition so backing up condensate causing (Occur mostly in Float and Bucket steam trap):

Note : In float steam trap there are permanent steam loss through SLR.

All these problems are eliminated in  Venturi Float Steam trap due to there are Ventury and float two orifice are in working.

In Venturi float Steam Trap there are two orifice working to remove condensate from Steam System. One is Venturi orifice which is design as per client condensate load and pressure at inlet of trap and second is float valve orifice. Ventury orifice nozzle is sized to handle 100% of the condensate load produced by a particular application. Normally ventury orifice is in working condition. Float orifice is in closed condition. Some time at starting of process and low pressure condition there are float orifice is open and remove excess water from system. So this Venturi Float steam trap can cope up efficiently the condensate load at start up, normal running and pick load condition.

DESIGN FEATURES

  Two orifice mechanism control condensate flow at all levels

  Tailor made Venturi orifice design control condensate flow automatically

  Continuous discharge of condensate

  Efficient condensate discharges due to 0.001 kg/cm2 differential pressure against 0.1 kg/cm² of other make trap

  Built in air vent for quick start up

  Wear resistance construction as SG iron cover and base & stainless steel internals part

Advantages and Benefits

  No SLR so no steam wastage due to miss setting of SLR

  Moving parts is rarely work and so no required maintenance for long time

  Permanently eliminate the need of steam trap survey and repairing cost

  CO2 emissions are reduced through reducing steam consumption and boiler fuel usage.

  Environment Friendly

  Save water and water treatment chemicals

  Permanent steam savings about 10 to 45%

  Increased heat transfer typically 10%

  Unaffected by thermal shock or water hammer so increasing plant life.

Main function of any steam trap is to trap the steam and drain out the condensate water. In industry there are many types of steam trap like thermodynamic steam trap, float steam trap, inverted bucket steam trap & Venturi Orifice steam trap. There is huge difference in working principle of Venturi float Steam trap and other regular steam trap.

There are mainly two problems in other regular mechanical operating steam traps are as under so preventive testing and maintenance required frequently.

1.                 Steam traps fail in open condition ( Occur mostly in TD steam trap):

2.                 Steam traps fail in closed condition so backing up condensate causing (Occur mostly in Float and Bucket steam trap):

Note : In float steam trap there are permanent steam loss through SLR.

All these problems are eliminated in  Venturi Float Steam trap due to there are Ventury and float two orifice are in working.

In Venturi float Steam Trap there are two orifice working to remove condensate from Steam System. One is Venturi orifice which is design as per client condensate load and pressure at inlet of trap and second is float valve orifice. Ventury orifice nozzle is sized to handle 100% of the condensate load produced by a particular application. Normally ventury orifice is in working condition. Float orifice is in closed condition. Some time at starting of process and low pressure condition there are float orifice is open and remove excess water from system. So this Venturi Float steam trap can cope up efficiently the condensate load at start up, normal running and pick load condition.

DESIGN FEATURES

•  Two orifice mechanism control condensate flow at all levels

•  Tailor made Venturi orifice design control condensate flow automatically

•  Continuous discharge of condensate

•  Efficient condensate discharges due to 0.001 kg/cm2 differential pressure against 0.1 kg/cm² of other make trap

•  Built in air vent for quick start up

•  Wear resistance construction as SG iron cover and base & stainless steel internals part

Advantages and Benefits

•  No SLR so no steam wastage due to miss setting of SLR

•  Moving parts is rarely work and so no required maintenance for long time

•  Permanently eliminate the need of steam trap survey and repairing cost

•  CO2 emissions are reduced through reducing steam consumption and boiler fuel usage.

•  Environment Friendly

•  Save water and water treatment chemicals

•  Permanent steam savings about 10 to 45%

•  Increased heat transfer typically 10%

•  Unaffected by thermal shock or water hammer so increasing plant life.

Main function of any steam trap is to trap the steam and drain out the condensate water. In industry there are many types of steam trap like thermodynamic steam trap, float steam trap, inverted bucket steam trap & Venturi Orifice steam trap. There is huge difference in working principle of Venturi float Steam trap and other regular steam trap.

There are mainly two problems in other regular mechanical operating steam traps are as under so preventive testing and maintenance required frequently.

1.                 Steam traps fail in open condition ( Occur mostly in TD steam trap):

2.                 Steam traps fail in closed condition so backing up condensate causing (Occur mostly in Float and Bucket steam trap):

Note : In float steam trap there are permanent steam loss through SLR.

All these problems are eliminated in  Venturi Float Steam trap due to there are Ventury and float two orifice are in working.

In Venturi float Steam Trap there are two orifice working to remove condensate from Steam System. One is Venturi orifice which is design as per client condensate load and pressure at inlet of trap and second is float valve orifice. Ventury orifice nozzle is sized to handle 100% of the condensate load produced by a particular application. Normally ventury orifice is in working condition. Float orifice is in closed condition. Some time at starting of process and low pressure condition there are float orifice is open and remove excess water from system. So this Venturi Float steam trap can cope up efficiently the condensate load at start up, normal running and pick load condition.

DESIGN FEATURES

•  Two orifice mechanism control condensate flow at all levels

•  Tailor made Venturi orifice design control condensate flow automatically

•  Continuous discharge of condensate

•  Efficient condensate discharges due to 0.001 kg/cm2 differential pressure against 0.1 kg/cm² of other make trap

•  Built in air vent for quick start up

•  Wear resistance construction as SG iron cover and base & stainless steel internals part

Advantages and Benefits

•  No SLR so no steam wastage due to miss setting of SLR

•  Moving parts is rarely work and so no required maintenance for long time

•  Permanently eliminate the need of steam trap survey and repairing cost

•  CO2 emissions are reduced through reducing steam consumption and boiler fuel usage.

•  Environment Friendly

•  Save water and water treatment chemicals

•  Permanent steam savings about 10 to 45%

•  Increased heat transfer typically 10%

•  Unaffected by thermal shock or water hammer so increasing plant life.

Main function of any steam trap is to trap the steam and drain out the condensate water. In industry there are many types of steam trap like thermodynamic steam trap, float steam trap, inverted bucket steam trap & Venturi Orifice steam trap. There is huge difference in working principle of Venturi float Steam trap and other regular steam trap.

There are mainly two problems in other regular mechanical operating steam traps are as under so preventive testing and maintenance required frequently.

1.                 Steam traps fail in open condition ( Occur mostly in TD steam trap):

2.                 Steam traps fail in closed condition so backing up condensate causing (Occur mostly in Float and Bucket steam trap):

Note : In float steam trap there are permanent steam loss through SLR.

All these problems are eliminated in  Venturi Float Steam trap due to there are Ventury and float two orifice are in working.

In Venturi float Steam Trap there are two orifice working to remove condensate from Steam System. One is Venturi orifice which is design as per client condensate load and pressure at inlet of trap and second is float valve orifice. Ventury orifice nozzle is sized to handle 100% of the condensate load produced by a particular application. Normally ventury orifice is in working condition. Float orifice is in closed condition. Some time at starting of process and low pressure condition there are float orifice is open and remove excess water from system. So this Venturi Float steam trap can cope up efficiently the condensate load at start up, normal running and pick load condition.

DESIGN FEATURES

  Two orifice mechanism control condensate flow at all levels

  Tailor made Venturi orifice design control condensate flow automatically

  Continuous discharge of condensate

  Efficient condensate discharges due to 0.001 kg/cm2 differential pressure against 0.1 kg/cm² of other make trap

  Built in air vent for quick start up

  Wear resistance construction as SG iron cover and base & stainless steel internals part

Advantages and Benefits

  No SLR so no steam wastage due to miss setting of SLR

  Moving parts is rarely work and so no required maintenance for long time

  Permanently eliminate the need of steam trap survey and repairing cost

  CO2 emissions are reduced through reducing steam consumption and boiler fuel usage.

  Environment Friendly

  Save water and water treatment chemicals

  Permanent steam savings about 10 to 45%

  Increased heat transfer typically 10%

  Unaffected by thermal shock or water hammer so increasing plant life.

Main function of any steam trap is to trap the steam and drain out the condensate water. In industry there are many types of steam trap like thermodynamic steam trap, float steam trap, inverted bucket steam trap & Venturi Orifice steam trap. There is huge difference in working principle of Venturi float Steam trap and other regular steam trap.

There are mainly two problems in other regular mechanical operating steam traps are as under so preventive testing and maintenance required frequently.

1.                 Steam traps fail in open condition ( Occur mostly in TD steam trap):

2.                 Steam traps fail in closed condition so backing up condensate causing (Occur mostly in Float and Bucket steam trap):

Note : In float steam trap there are permanent steam loss through SLR.

All these problems are eliminated in  Venturi Float Steam trap due to there are Ventury and float two orifice are in working.

In Venturi float Steam Trap there are two orifice working to remove condensate from Steam System. One is Venturi orifice which is design as per client condensate load and pressure at inlet of trap and second is float valve orifice. Ventury orifice nozzle is sized to handle 100% of the condensate load produced by a particular application. Normally ventury orifice is in working condition. Float orifice is in closed condition. Some time at starting of process and low pressure condition there are float orifice is open and remove excess water from system. So this Venturi Float steam trap can cope up efficiently the condensate load at start up, normal running and pick load condition.

DESIGN FEATURES

•  Two orifice mechanism control condensate flow at all levels

•  Tailor made Venturi orifice design control condensate flow automatically

•  Continuous discharge of condensate

•  Efficient condensate discharges due to 0.001 kg/cm2 differential pressure against 0.1 kg/cm² of other make trap

•  Built in air vent for quick start up

•  Wear resistance construction as SG iron cover and base & stainless steel internals part

Advantages and Benefits

•  No SLR so no steam wastage due to miss setting of SLR

•  Moving parts is rarely work and so no required maintenance for long time

•  Permanently eliminate the need of steam trap survey and repairing cost

•  CO2 emissions are reduced through reducing steam consumption and boiler fuel usage.

•  Environment Friendly

•  Save water and water treatment chemicals

•  Permanent steam savings about 10 to 45%

•  Increased heat transfer typically 10%

•  Unaffected by thermal shock or water hammer so increasing plant life.

IEPL Steam Traps come standard with our 10 year performance guarantee against orifice erosion and steam wastage .

See below the smooth steam flow in IEPL Steam trap compare to other mechanical steam trap.

Due to the traps unique orifice design there is TRUE continuous condensate discharge without any open/close cycles rather than intermittent discharge unlike traditional mechanical type steam traps. 

It is important to know that acceptable loss from 50 Rectus steam traps is LESS than that of 1 failed open mechanical type steam trap. And CO2emissions are reduced through reducing steam consumption and boiler fuel usage by up to 20%.

Benefits

• No moving parts
• No spare parts required
• Permanently eliminate the need for steam trap surveys & repairing cost.
• Environmentally Friendly
• Save water
• Save water treatment chemicals
• Save electricity
• Handles varying or constant loads
• Easily handles water hammer
•  Automatic air venting at start-up
• Perfect operation in vertical or horizontal installation.

Main function of any steam trap is to trap the steam and drain out the condensate water. In industry there are many types of steam trap like thermodynamic steam trap, float steam trap, inverted bucket steam trap & Venturi Orifice steam trap. There is huge difference in working principle of Venturi float Steam trap and other regular steam trap.

There are mainly two problems in other regular mechanical operating steam traps are as under so preventive testing and maintenance required frequently.

1.                 Steam traps fail in open condition ( Occur mostly in TD steam trap):

2.                 Steam traps fail in closed condition so backing up condensate causing (Occur mostly in Float and Bucket steam trap):

Note : In float steam trap there are permanent steam loss through SLR.

All these problems are eliminated in  Venturi Float Steam trap due to there are Ventury and float two orifice are in working.

In Venturi float Steam Trap there are two orifice working to remove condensate from Steam System. One is Venturi orifice which is design as per client condensate load and pressure at inlet of trap and second is float valve orifice. Ventury orifice nozzle is sized to handle 100% of the condensate load produced by a particular application. Normally ventury orifice is in working condition. Float orifice is in closed condition. Some time at starting of process and low pressure condition there are float orifice is open and remove excess water from system. So this Venturi Float steam trap can cope up efficiently the condensate load at start up, normal running and pick load condition.

DESIGN FEATURES

•  Two orifice mechanism control condensate flow at all levels

•  Tailor made Venturi orifice design control condensate flow automatically

•  Continuous discharge of condensate

•  Efficient condensate discharges due to 0.001 kg/cm2 differential pressure against 0.1 kg/cm² of other make trap

•  Built in air vent for quick start up

•  Wear resistance construction as SG iron cover and base & stainless steel internals part

Advantages and Benefits

•  No SLR so no steam wastage due to miss setting of SLR

•  Moving parts is rarely work and so no required maintenance for long time

•  Permanently eliminate the need of steam trap survey and repairing cost

•  CO2 emissions are reduced through reducing steam consumption and boiler fuel usage.

•  Environment Friendly

•  Save water and water treatment chemicals

•  Permanent steam savings about 10 to 45%

•  Increased heat transfer typically 10%

•  Unaffected by thermal shock or water hammer so increasing plant life.