Pennant Float and Thermostatic Steam Trap PT62
FEATURES:
Float and Thermostatic Steam Trap. Cast Steel Construction, SS Internals. End conns.: Screwed NPT / BSPT / BSP / SW / FL
PT62 float and thermostatic (internal air vent) steam traps are designed for draining condensate from all types of low and medium pressure steam heating and process equipment
Typical applications include unit heaters, heat exchangers, driers and jacketed vessels.
LIMITING CONDITION:
PMA(Max.allowable pressure) :16 bar(g)
TMA(Max.allowable temp) : 220 °C
PMO(Max.operating pressure) : 14 bar(g)
TMO(Max. operating temperature) : 220 °C
Body shell design rate : 20 bar(g) 426°C
Cold hydro test pressure : 32 bar(g)
Float and Thermostatic Steam Trap. Cast Steel Construction, SS Internals. End conns.: Screwed NPT / BSPT / BSP / SW / FL
PT62 float and thermostatic (internal air vent) steam traps are designed for draining condensate from all types of low and medium pressure steam heating and process equipment
Typical applications include unit heaters, heat exchangers, driers and jacketed vessels.
LIMITING CONDITION:
PMA(Max.allowable pressure) :16 bar(g)
TMA(Max.allowable temp) : 220 °C
PMO(Max.operating pressure) : 14 bar(g)
TMO(Max. operating temperature) : 220 °C
Body shell design rate : 20 bar(g) 426°C
Cold hydro test pressure : 32 bar(g)
Pennant Float and Thermostatic Steam Trap PT65
FEATURES:
Modulating discharge
discharges condensate at steam temperature
Excellent air venting (by thermostatic air vent)
Float and Thermostatic Steam Trap. Cast Iron construction; SS Internals, End conns.: Screwed NPT / BSPT / BSP
LIMITING CONDITIONS:
PMA(Max.allowable pressure) : 16 bar(g)
TMA(Max.allowable temperature) : 220 °C
PMO(Max.operating pressure) : 14 bar(g)
TMO(Max.operating temperature) : 220 °C
Cold Hydro test pressure : 32 bar(g)
Modulating discharge
discharges condensate at steam temperature
Excellent air venting (by thermostatic air vent)
Float and Thermostatic Steam Trap. Cast Iron construction; SS Internals, End conns.: Screwed NPT / BSPT / BSP
LIMITING CONDITIONS:
PMA(Max.allowable pressure) : 16 bar(g)
TMA(Max.allowable temperature) : 220 °C
PMO(Max.operating pressure) : 14 bar(g)
TMO(Max.operating temperature) : 220 °C
Cold Hydro test pressure : 32 bar(g)
Pennant Sight Glass (Sight Check) PG71
PG71 sight glasses are design to check the flow of cooling water, lubricants, air, steam, etc. in a pipe line.They may also be used to check the functioning of steam traps. this simple device is also an effective back-flow preventer.Suitable for horizontal installation.
Sight glass.
Cast Iron construction (Non return type) End conns.: Screwed NPT / BSPT / BSP
LIMITING CONDITION:
MAximum allowable pressure : 16 bar(g)
Maximum allowable temperature : 200 °C
Cold hydro test pressure : 32 bar(g)
Sight glass.
Cast Iron construction (Non return type) End conns.: Screwed NPT / BSPT / BSP
LIMITING CONDITION:
MAximum allowable pressure : 16 bar(g)
Maximum allowable temperature : 200 °C
Cold hydro test pressure : 32 bar(g)
Pennant Single Disc Non-Slam Check Valve PC11
Can be mounted in any plane direction
Operate under extremely low opening pressure
Tested to PAI 598
Complete SS construction. A351 Gr. CF8M End conns.: Wafer type - for fitment between flanges
Operate under extremely low opening pressure
Tested to PAI 598
Complete SS construction. A351 Gr. CF8M End conns.: Wafer type - for fitment between flanges
Pennant 'Y'-Strainer PS11
Simple yet sound construction ensures long service life.
A stainless steel strainer screen with a large surface area ensures minimum pressure drop and requires less frequent cleaning. Design for easy-in-line cleaning and maintenance.
LIMITING CONDITIONS:
PMA(Max.allowable pressure) : 40 bar(g)
TMA(Max. allowable temperature) :340 °C
PMA/TMA for cast iron construction :17.5 bar(g) / 220 °C
Cold hydro test pressure twice the Max. allowable pressure
A stainless steel strainer screen with a large surface area ensures minimum pressure drop and requires less frequent cleaning. Design for easy-in-line cleaning and maintenance.
LIMITING CONDITIONS:
PMA(Max.allowable pressure) : 40 bar(g)
TMA(Max. allowable temperature) :340 °C
PMA/TMA for cast iron construction :17.5 bar(g) / 220 °C
Cold hydro test pressure twice the Max. allowable pressure
Pennant Liquid Drain Trap PD63
H Pattern Float type Liquid Drain Trap. Cast Iron construction; SS internals, End conns.: Screwed NPT / BSPT / BSP
The 'H' pattern offers users multiple fitment options
Modulating discharge
LIMITING CONDITIONS :
PMA(Max.allowable pressure) : 16kg/cm³
TMA(Max.allowable temp) : 220 °C
PMO(Max.operating pressure) : 10.5 kg/cm²(g)
TMO(Max.operating temp) : 220 °C
Cold hydro test pressure : 32kg/cm²(g)
The 'H' pattern offers users multiple fitment options
Modulating discharge
LIMITING CONDITIONS :
PMA(Max.allowable pressure) : 16kg/cm³
TMA(Max.allowable temp) : 220 °C
PMO(Max.operating pressure) : 10.5 kg/cm²(g)
TMO(Max.operating temp) : 220 °C
Cold hydro test pressure : 32kg/cm²(g)
Pennant Liquid Drain Trap PD65
Modulating discharges
Float type Liquid Drain Trap. Cast Iron construction; SS Internals. End conns.: Screwed NPT /BSPT / BSP
LIMITING CONDITIONS:
PMA(Max. allowable pressure) : 16 bar(g)
TMA(Maximum allowable temp) : 220 °C
PMO(Max. operating pressure) : 14 bar(g)
TMO(Max. operating temp) : 220 °C
Cold hydro test pressure : 32 bar(g)
Float type Liquid Drain Trap. Cast Iron construction; SS Internals. End conns.: Screwed NPT /BSPT / BSP
LIMITING CONDITIONS:
PMA(Max. allowable pressure) : 16 bar(g)
TMA(Maximum allowable temp) : 220 °C
PMO(Max. operating pressure) : 14 bar(g)
TMO(Max. operating temp) : 220 °C
Cold hydro test pressure : 32 bar(g)
Pennant Liquid Drain Trap PD66
Modulating discharges
Float type Liquid Drain Trap. Cast Iron construction. SS Internals. End conns.: Screwed NPT /BSPT / BSP
LIMITING CONDITIONS :
PMA(Max.allowable pressure : 16kg/cm² (g)
TMA(Max.allowable temp) : 220 °C
PMO(Max.operating pressure) : 4.5 kg/cm²
TMO(Max.operating temp) : 220 °C
Body shell design rating : 20 kg/cm²(g) 426°C
Cold hydro test pressure : 32 kg/cm²(g)
Float type Liquid Drain Trap. Cast Iron construction. SS Internals. End conns.: Screwed NPT /BSPT / BSP
LIMITING CONDITIONS :
PMA(Max.allowable pressure : 16kg/cm² (g)
TMA(Max.allowable temp) : 220 °C
PMO(Max.operating pressure) : 4.5 kg/cm²
TMO(Max.operating temp) : 220 °C
Body shell design rating : 20 kg/cm²(g) 426°C
Cold hydro test pressure : 32 kg/cm²(g)
Pennant Float and Thermostatic Steam Trap PT66
Modulating discharges
Discharges condensate at steam temperature
Excellent air venting (by thermostatic air vent)
High capacity Float and Thermostatic Steam Trap. Cast Steel construction; SS Internals. End conns.: Screwed NPT / BSPT / BSP / SW / FL
LIMITING CONDITIONS :
PMA(Max.allowable pressure) : 16 bar(g)
TMA(Max.allowable temp) : 220 °C
PMO(Max.operating pressure) : 14 bar(g)
TMO(Max.operating temp) : 220°C
Body shell design rating : 20 bar(g) 426°C
Cold hydro test pressure : 32 bar(g)
Discharges condensate at steam temperature
Excellent air venting (by thermostatic air vent)
High capacity Float and Thermostatic Steam Trap. Cast Steel construction; SS Internals. End conns.: Screwed NPT / BSPT / BSP / SW / FL
LIMITING CONDITIONS :
PMA(Max.allowable pressure) : 16 bar(g)
TMA(Max.allowable temp) : 220 °C
PMO(Max.operating pressure) : 14 bar(g)
TMO(Max.operating temp) : 220°C
Body shell design rating : 20 bar(g) 426°C
Cold hydro test pressure : 32 bar(g)
Pennant Float and Thermostatic Steam Trap PT61SS
All stainless steel ball float and thermostatic (integral air vent) steam traps are designed for draining condensate from all types of low and medium pressure steam heating and process equipment
Typical applications include unit heaters, heat exchangers, dries and jacketed vessels
Complete SS construction. End conns.: Screwed NPT / BSPT / BSP / SW / FL
LIMITING CONDITIONS :
PMA(Max.allowable pressure) : 16 bar(g)
TMA(Max.allowable temp) : 220°C
PMO(Max.operating pressure) : 14 bar(g)
TMO(Max.operating temp) : 220°C
Body shell design rating : 20 bar(g) 426°C
Cold hydro test pressure : 32 bar(g)
Typical applications include unit heaters, heat exchangers, dries and jacketed vessels
Complete SS construction. End conns.: Screwed NPT / BSPT / BSP / SW / FL
LIMITING CONDITIONS :
PMA(Max.allowable pressure) : 16 bar(g)
TMA(Max.allowable temp) : 220°C
PMO(Max.operating pressure) : 14 bar(g)
TMO(Max.operating temp) : 220°C
Body shell design rating : 20 bar(g) 426°C
Cold hydro test pressure : 32 bar(g)
VYC Blowdown Valve MOD.460 EN
The water in the boiler contains salts, which are built up by the continuous evaporation. If these salts are not eliminated, bubbles and foam are formed when the density of the water increased.To prevent these lime deposits forming, the water supply must be suitably treated, with the result that certain salts are changed producing impurities which form sludge and encrusted deposits which then adhere to the sides or the bottom of the boiler and to the combustion tubes, together with particles of dirt, remains of electrodes, carbonic acid, oxygen, etc.
This leads to a high level of rust which may:
Destroy the metal plate of the boiler, causing high maintenance costs.
Produce thermic voltages, causing cracks in the metal plate and soldering cord.
Notably slow down thermic transmission, meaning an unnecessary and excessive consumption of fuel
This leads to a high level of rust which may:
Destroy the metal plate of the boiler, causing high maintenance costs.
Produce thermic voltages, causing cracks in the metal plate and soldering cord.
Notably slow down thermic transmission, meaning an unnecessary and excessive consumption of fuel
VYC Blowdown Valve MOD.260 EN
The water in the boiler contains salts, which are built up by the continuous evaporation. If these salts are not eliminated, bubbles and foam are formed when the density of the water increased.To prevent these lime deposits forming, the water supply must be suitably treated, with theresult that certain salts are changed producing impurities which form sludge and encrusted deposits which then adhere to the sides or the bottom of the boiler and to the combustion tubes, together with particles of dirt, remains of electrodes, carbonic acid, oxygen, etc.
This leads to a high level of rust which may:
Destroy the metal plate of the boiler, causing high maintenance costs.
Produce thermic voltages, causing cracks in the metal plate and soldering cord.
Notably slow down thermic transmission, meaning an unnecessary and excessive consumption of fuel.
This leads to a high level of rust which may:
Destroy the metal plate of the boiler, causing high maintenance costs.
Produce thermic voltages, causing cracks in the metal plate and soldering cord.
Notably slow down thermic transmission, meaning an unnecessary and excessive consumption of fuel.