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Supplier: Spirax-Sarco
Description: The Spirax Sarco APT14, APT14HC and APT14SHC automatic pump traps are flanged or screwed displacement receivers pressure rated to PN16. The units are capable of automatically trapping or pumping, depending on pipeline conditions. The unit is operated by steam and is used
- Discharge Size: 1 inch
- Housing Material: Cast Iron
- Maximum Discharge Pressure: 200 psi
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Supplier: FIPA Inc.
Description: environments are easy to check thanks to their transparent plastic housings. Accumulated condensates can be drained off through the drain valve. Efficient and reliable separation of water droplets out of vacuum systems Easy installation after vacuum pumps or ejectors
- Filter Media: Metal / Porous Metal, Synthetic Fiber, Other
- Filtration Grade (Micron Rating): 30 to 100 µm
- Housing Material: Plastic
- Maximum Pressure: 106 psi
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Supplier: Spirax-Sarco
Description: The Spirax Sarco APT14, APT14HC and APT14SHC automatic pump traps are flanged or screwed displacement receivers pressure rated to PN16. The units are capable of automatically trapping or pumping, depending on pipeline conditions. The unit is operated by steam and is used
- Discharge Size: 1.57 inch
- Housing Material: Cast Iron
- Maximum Discharge Pressure: 200 psi
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Supplier: Spirax-Sarco
Description: The Spirax Sarco APT14, APT14HC and APT14SHC automatic pump traps are flanged or screwed displacement receivers pressure rated to PN16. The units are capable of automatically trapping or pumping, depending on pipeline conditions. The unit is operated by steam and is used
- Discharge Size: 1.57 inch
- Housing Material: Cast Iron
- Maximum Discharge Pressure: 200 psi
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Supplier: Spirax-Sarco
Description: The Spirax Sarco automatic pump trap is a screwed displacement receiver pressure rated to PN10. The unit is capable of automatically trapping or pumping, depending on line conditions. The unit is operated by steam and is used to remove condensate from process and
- Discharge Size: 0.7500 inch
- Housing Material: Cast Iron
- Maximum Discharge Pressure: 65.27 psi
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Supplier: Armstrong International
Description: The Armstrong Double Duty® series steam trap/pump combinations are a low maintenance, low-profile solution for draining heat exchangers in various applications. The Double Duty® series offers you the versatility of combining a pump within a steam trap to aide in
- Connection Style: Flanged
- Material: Steel - High Carbon
- Maximum Capacity: 22500 lbs/hr
- Maximum Operating Pressure: 200 psi
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Supplier: Armstrong International
Description: The Armstrong Double Duty® series steam trap/pump combinations are a low maintenance, low-profile solution for draining heat exchangers in various applications. The Double Duty® series offers you the versatility of combining a pump within a steam trap to aide in
- Connection Style: Threaded
- Material: Iron - Ductile
- Maximum Capacity: 4400 lbs/hr
- Maximum Operating Pressure: 72 psi
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Supplier: Armstrong International
Description: Effective recovery and return of hot condensate are essential to overall plant efficiency and conservation of energy. Large amounts of condensate provide the best opportunities to save energy. The Armstrong PT-516 High Capacity Pump Trap is the low-maintenance,
- Discharge Size: 2 to 4 inch
- Maximum Discharge Pressure: 150 psi
- Power Source: Steam / Pressure Powered
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Supplier: Armstrong International
Description: The Armstrong PT-400 Series Vertical Pump Trap is the low-maintenance, non-electric solution to moving condensate or other liquids from low points, low pressures or vacuum spaces to an area of higher elevation or pressure. Condensate can be returned at temperatures
- Discharge Size: 0.5000 to 2 inch
- Maximum Discharge Pressure: 125 psi
- Power Source: Steam / Pressure Powered
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Supplier: Gardner Denver, Inc.
Description: and stimulation. Articulating piston pumps work by reduction of a volume using a sealed piston within a cylinder. Flow rates up to 5.4 cfm (152.9 l/min), pressure up to 175 psi (12.1 bar) Claw Dry running claws generate contact free vacuum or compressed air
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Supplier: VACUUBRAND, Inc.
Description: vacuum concentrators, gel dryers and filtration. The separator at the inlet (AK), made of glass with protective coating, retains particles and liquid droplets to protect pump performance. The separator at the outlet collects condensate, avoids condensate backflow towards
- Applications: General Purpose / Industrial, Analytical / Scientific, Chemical / Corrosive Gas, Medical / Laboratory, Pharmaceutical / Sanitary
- Configuration: Individual Vacuum Pump, Vacuum Pump System / Station
- Lubrication: Dry / Oil-less
- Motor Power: 0.2412 HP
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Supplier: VACUUBRAND, Inc.
Description: This 1.5 mbar oil-free chemistry vacuum system has a wide range of applications like evacuation, evaporation and pumping of gases and vapors in chemical, biological and pharmaceutical laboratories that do not require condensation of solvent vapors at the outlet. This system is well
- Applications: General Purpose / Industrial, Analytical / Scientific, Chemical / Corrosive Gas, Medical / Laboratory, Pharmaceutical / Sanitary
- Configuration: Individual Vacuum Pump, Vacuum Pump System / Station
- Lubrication: Dry / Oil-less
- Motor Power: 0.3351 HP
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Supplier: Titus Company (The)
Description: The Vacuum Handler is the best drain trap for vacuum system applications such as vacuum pumps, gas reclaiming operations and machining operations that use a vacuuming process to seal parts. The standard version relies on gravity to drain liquid from the
- Connection Size: 0.5000 inch
- Drain Type: Condensate Drain
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Supplier: Inductotherm Group
Description: power supplies and coils Heater control typically by auto retracting thermocouple up to 1400oC and / optical pyrometer to over 2500oC Medium vacuum pumping systems with pipeline traps / filters to suit the process and application Forced gas cooling
- Application: Heat Treating, Industrial
- Heat Source / Transfer: Induction
- Height: 1500 to 2000 mm
- Process Temperature: 1400 to 2500 C
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Supplier: FIPA Inc.
Description: To protect vacuum pumps from damage or excessive wear Separation of coarser particles, dust and dirt Resistant filter elements made of stainless steel (INOX) Filter incl. condensate trap
- Filter Media: Metal / Porous Metal
- Filtration Grade (Micron Rating): 60 µm
- Maximum Pressure: 29 to 58 psi
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Polycyclic Aromatic Hydrocarbons Formation from Fuel and Additives Combustion
The exhaust gases were recovered by sucking these through a glass fiber fiIter, after which the gas passed through a liquid nitrogen bath condensate trap and vacuum pump .
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UOP 79 - FRACTIONATION OF PETROLEUM DISTILLATES
…fraction volumes Refrigeration unit and pump, capable of circulating an ethylene glycol-water mixture through the reflux condensers at approximately -20 C (-4 F) Surge tank Thermocouples, calibrated, iron-constantan wire Time switch Vacuum pump Gas condensate traps , 100- and 300-mL…
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HANFORD MEDIUM & LOW CURIE WASTE PRETREATMENT PROJECT PHASE 1 LAB REPORT
The figure shows the masses of vapor generated and either recovered in the condensate receiveror the cold trap protectingthe vacuum pump , crystals that accumulated on the walls of the vessel, material that adhered to the vessel and was lost in the transfer…
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Photoreduction of nitrogen trifluoride with controlled release of radicals
Sketch map of the experimental apparatus: (1) homemade insitu reaction cell; (2) condensate trap ; (3) vacuum pump ; (4) membrane manometer (0–30.0 mm Hg); (5) pressure gauge (0–760 mm Hg); (6) Teflon gate valve; (7) vacuum gauge (1.0 × 10−1 –1…
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Steam heating
When the steam condensate cannot be returned by gravity to the boiler in a two-pipe system, an alternating return lifting trap , condensate return pump , or vacuum return pump must be used to force the condensate back into the boiler.
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The Factors Influencing Sterilisation by Low Pressure Steam
Using the same arrangement of steam inlet, condensate outlet and steam trap , a vacuum pump was now attached to the lower union at the back end of the steriliser and a mercury manometer to the central one.
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Removing Volatile Impurities from Granules by Distillation Sweating
Schematic of the experimental setup: (1) jacketed glass container, (2) heated cover, (3) granules, (4) ultrasonic bath, (5) ultra- sonic converters, (6) circulation thermostat, (7) condensate trap , and (8) vacuum pump .
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Evidence of innervation following extracellular matrix scaffold‐mediated remodelling of muscular tissues
The constructs were then placed into plastic pouches and attached to a vacuum pump (Leybold) with a condensate trap inline.
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Process related copper leaching during a combined wood preservation process
A glass container was connected to a vacuum pump via a cooling trap where water conden- sates can be collected in a storage device.
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AN-107 (C) Simulant Bench-Scale LAW Evaporation with Organic Regulatory Analysis
In approximately 1.25 hours of steady state operation, approximately 39 mL of condensate formed in the traps of the Teflon vacuum pump , translating to approximately 2.3 L of condensate in 73.5 hours.