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Features:
- operates in accordance with the actual condensate quantity
- avoids unnecessary loss of compressed air
- is equipped with a fault signal
- has large cross-section value to prevent emulsification
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DESCRIPTION:
Compressed air drain trap with inbuilt strainer, in full stainless steel construction suitable for draining light moisture loads from air lines.
FEATURES:
Complete stainless steel construction ensures better mechanical and corrosion resistance properties. The disc and seat are hardened by a special induction hardening process with seat harder than disc, to withstand continuous, prolonged
operation.
Specially designed disc makes the trap operate periodically, effectively discharging liquid immediately as it accumulates, even in operating conditions that are characterized by heavy oil contamination.
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Pressure up to 16 bar, temp. range: 1 - 60°C
C A P A C I T Y
Model compressor refrigeration Filter Connection
aftercoooler dryer
ED2002 --- --- 720m³/h G 3/8
ED3004 240 m³/h 480 m³/h 2,400 m³/h 1 x G 1/3, G 1/8
ED3007 420 m³/h 840 m³/h 4,200 m³/h 2 x G 1/2, G 1/8
ED3030 1,800 m³/h 3,600 m³/h 18,000 m³/h 2 x G 1/2, G 1/8
ED3100 6,000 m³/h 12,000 m³/h 60,000 m³/h 2 x G 1/2, G 1/8
Standard version with BSP thread (G) for 230V/50 - 60Hz supply voltage. Alternatively versions NPT thread (N) or 115V/50 - 60Hz or 24V/50 - 60Hz available. 24V DC on request
ecodrain 2000, for pressure up to 50 bar, temp. range 1 - 60°C, intern. heater available!
C a p a c i t y
Model Compressor Refrigeration Filter 2* Connections
aftercooler dryer
ED2010 1,290 m3/h 2,580 m3/h 12,900 m3/h 2 x G 1/2
ED2020 6,000 m3/h 12,000 m3/h 60,000 m3/h 3 x G 3/4
ED2060 66,000 m3/h 132,000 m3/h 660,000 m3/h 3 x G 3/4
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It is globally recognised that condensate from oil-injected compressors is an oil-water emulsion, classified as oil residue and must not be drained into the sewage system nor into the environment. Legislation, worldwide, has become more and more stringent as to the disposal of this oily waste water.
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It is globally recognised that condensate from oil-injected compressors is an oil-water emulsion, classified as oil residue and must not be drained into the sewage system nor into the environment. Legislation, worldwide, has become more and more stringent as to the disposal of this oily waste water.
With the introduction of the OSM 500 and 900 oil-water separators, with the latest filter membrane technology, Atlas Copco offers a most cost effective, safe, environmentally friendly and simple system to handle condensate from oil-injected compressors, fully in compliance with governmental regulations.
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The range of EWD electronically controlled condensate drains is synonymous with safe, dependable and economical condensate management.
The intelligent drain function monitors condensate build-up with liquid level sensors and evacuates the condensate only when necessary, thus avoiding wastage of compressed air and giving considerable energy savings.
The EWD drain device offers security and confidence, enabling you to solve all condensate discharge problems even with heavily contaminated systems.
A wide range of different EWD drains is available for oil contaminated condensate and may also be provided with additional hard coating for use with oil-free and aggressive condensate.
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Kaeser's Eco-Drain Series of electronic condensate drain traps efficiently eliminate moisture from the compressed air system. They are ideally suited for equipment such as dryers and filters. The capacitance sensor technology ensures that only condensate is released - not valuable compressed air.
Important features and advantages:
Reliable condensate removal in a variety of industrial and commercial environments
Wear-free, capacitance level sensor
Electronically controlled diaphragm valve releases condensate not compressed air
Patented valve technology protects internal components from contamination even in harsh environments
Simple installation and maintenance
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Collecting and eliminating condensates is an active part for improving the quality of your air production.
An efficient drain system eliminates completely the risk to have condensate water in your air network and pneumatic installation.
It is a guarantee of increased lifetime of your equipment and less production rejects.
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The range of EWD electronically controlled condensate drains is synonymous with safe, dependable and economical condensate management.
The intelligent drain function monitors condensate build-up with liquid level sensors and evacuates the condensate only when necessary, thus avoiding wastage of compressed air and giving considerable energy savings.
The EWD drain device offers security and confidence, enabling you to solve all condensate discharge problems even with heavily contaminated systems.
A wide range of different EWD drains is available for oil contaminated condensate and may also be provided with additional hard coating for use with oil-free and aggressive condensate.
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DESCRIPTION:
PT61 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, driers and jacketed vessels.
AVAILABLE TYPES:
PT61 - with Thermostatic Air Vent
PT61S - with Steam Lock Release (SLR)
FEATURES:
Modulating discharge.
Discharges condensate at steam temperature.
Excellent air venting (by thermostatic air vent).
USE: Saturated and superheated steam
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Cover Assemblies for Spirax Sarco Float & Thermostatic Steam Traps
Different features available
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Float Traps
Due to the fact they have continuous discharge, they are the best choice to remove condensate from equipment which use steam, such as tanks, coils, heat exchangers, digesters, dryers, cylinders and other.
They are also an excellent choice to drain humidity from compressed air lines in which there is no oil excess.
Manufactured with bodies and cover in nodular iron and cast steel with stainless steel internals.
They respond to pressures of up to 17.6 kgf/cm2 and temperatures of 300oC (nodular iron) and pressures up to 32 kgf/cm2 and temperatures up to 400oC (cast steel).
They are manufactured in sizes from 1/2" up to 6" with screwed connections BSP or NPT and flanged connections #125, #250, #150 and #300.
All models are supplied with a thermostatic air eliminator (EAR), which may be replaced or accompanied of steam lock releaser (EVP) required when used in drying cylinder, digester axis and other equipment.
Options include high-capacity steam traps, which are widely used in sugar mills.
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DESCRIPTION:
Inverted bucket steam trap with all stainless steel internals. Best suited for equipment drains with medium to heavy condensate loads. Intermittent operation.
FEATURES:
The inverted bucket arrangement operates on the density difference between steam and water, giving a cyclic operation for discharge of the accumulated condensate.
High condensate handling capacities even at low pressures, permit the use of small trap sizes to suit many applications.
The valve and valve seat are hardened by a special induction hardening process to withstand continuous, prolonged operation.
Perfect shut-off, no steam loss.
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PT32
Thermostatic Steam Trap for Clean Steam applications. Complete SS construction. End conns.: Triclamp end.
PT34
High Capacity Thermostatic Steam Trap for Clean Steam applications. Complete SS construction. End conns.: Triclamp end.
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DESCRIPTION :
Thermostatic steam trap with bimetallic column, inbuilt strainer and stainless steel internals. Best suited for steam tracers, header drip legs, heating
coils and various process & heating applications.
FEATURES :
Stainless steel protected bimetal resist corrosion.
Check valve acts as a back flow preventor.
Excellent resistance to water hammer.
Sub-cooling temperature is adjustable.
Tight shut off. No steam loss.
Long lasting. Modulating discharge. Excellent air venting capability.
Suitable for both saturated & superheated steam applications.
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DESCRIPTION:
The PT30 is a perfect NO-LOSS steam trap that offers condensate sub-cooling to maximise thermal efficiency.
Its special design facilitates fitment in any position. The highly responsive, corrosion and water-hammer resistant controller gives excellent deaeration and
drainage.
Maximum thermal efficiency is automatically maintained under varying conditions.
APPLICATIONS:
For drainage and deaeration of steam lines and all kinds of heat exchangers, (including those for superheated steam), auxiliary heating systems, sterilization systems, hot water heat exchangers, tracing and many other steam applications.
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DESCRIPTION:
Thermodynamic steam trap with inbuilt strainer in full stainless steel construction, best suited for header and main line drains and drip legs.
FEATURES:
Complete stainless steel construction ensures better mechanical and corrosion resistance properties. The disc and seat are hardened by a special induction
hardening process with seat harder than disc, to withstand continuous, prolonged operation. Condensate entry below the disc, concentric to the disc / seat ensures a clean and parallel lift of the disc with reference to the seat, eliminating localized wear and tear.
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- For large high capacity units
- Sizes available:
Series C:
11/4" NPT and BSPT
11/2" NPT and BSPT
2" NPT and BSPT
21/2" NPT
Series X:
2" NPT
- Resistant to water hammer and corrosion
- Below condensate level seat design prevents steam leakage
- Rugged stainless steel thermostatic element eliminates air binding
- Stainless steel internal components
- Can be serviced without dismantling piping
- Maximum operating pressure 175 psig (12.1 bar)
- Maximum temperature 377°F (192°Cl
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Removing condensate and air from your system is essential. Returning condensate to the boiler house maximises use of energy. We have the right steam trap for your application and the people to advise you.
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Automatic valves for the discharge of condensate without discharging steam.
Operating Pressure Range: Vacuum - 3700 psig
Operating Temperature Range: 32 - 1022 °F
A steam trap is a kind of automatic valve that discharges condensate generated during processes and in steam transport lines, without allowing the discharge of any steam. Steam trap operation principles can be roughly divided into three categories. TLV manufactures all three of these categories.
An extensive product line-up makes it possible to select the optimal product to suit the objective or application.
Each trap offers the highest level of energy conservation in its class.
Much consideration is given to the aspect of maintenance, as evidenced by designs that include the unitization of parts, interchangeable parts, and utilization of re-useable PTFE gaskets.
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Thermodynamic Steam Traps
Recommended to remove condensate from general pipelines of steam distribution and tracing lines. They can also be used to remove humidity from compressed air lines.
They are manufactured with stainless steel for pressures up to 42 kgf/cm2 and chrome steel for pressures up to 62 kgf/cm2. In both cases, maximum temperature is 450oC.
They are manufactured in sizes from 3/8" to 1" with screwed connection BSP or NPT, for SW or BW welds and flanged connections #150, #300 and #600.
They can be supplied with filter and drain valve incorporated.
In case of installation under bad weather conditions, it is advisable to use an aluminum protection cover
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. Industry : To warm surfaces and volumes (freezing industry, electronics, automotive, telecommunications, pharmaceutics...).
. Household appliances : Flexible heating elements for domestic equipments (refrigerators, freezers, small domestic appliances).
. Oenology : Must-warmer.
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BS heating cord
Designed to be used in condensate draining pipes, in negative cold rooms.
Available in 40W/m power, BS heating cords have a sole cold lead at one end.
Advantages :
Very flexible, can heat continuously.
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