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APST, Dn 40×40, Dn 50×50, 1½, Carbon and stainless steel

APST
The ADCAMAT APST (Automatic Pump and Steam Trap) is especially recommended where a stall condition may occur due to poor steam trap condensate discharge, caused by temporary insufficient differential pressure. The equipment has the features of a float steam trap combined with a pressure operated pump in the same unit.

MATERIAL: Carbon and stainless steel
SIZES: DN 40 x 40, DN 50 x 50,1½ x 1½”,2” x 2”
CONNECTIONS:
Flanged EN PN16
Threaded ISO 7 Rp
Others on request
MAX. MOTIVE PRESSURE: 10 bar
FLOW RATE CAPACITY: 3910 kg/h
RATING: PN16

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Adcamat ECRU Series electric condensate

ECRU
The ADCAMAT ECRU series electric condensate recovery units are recommended in the transfer of high-temperature water such as hot condensate, to a higher elevation or pressure. This condensate is usually used as boiler feedwater. The standard models are prepared for flows up to 20 m3/h, or higher on request. The units are composed of a condensate vessel (receiver), a metallic support frame, electric pumps, level controls, valves, prewired control panel and pipework for connections between the different elements of the units.

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Kontinuerlig blåsventil 560 – A

MOD.560-A EN ASME/ANSI
The conductivity electrode EC-1, the desalting controller RD-1 and the continuous desalting valve with servomotor allow the automatic desalting process of boiler water which eliminates:

Organic matter and mineral salts in solution. (Calcium, magnesium, sodium, potassium, iron, bicarbonate ions, chlorides, sulphates, nitrates, …etc.).
Solid materials in suspension. (Sand, clay, metal residues, rock residues, organic matter, …etc.).
The continuous bleeding process prevents:

.Damage caused by erosion and perforation, entailing the following high costs:
.Direct: Replacement or repair of materials.
.Indirect: Stoppages, product losses, …etc.
.Danger of boiler explosion.
And reduces:

.Incrustations and sediments caused by precipitation of calcium and magnesium salts, which obstruct thermic transmission and which cause unnecessary and excessive fuel consumption.
.Foam formation caused by excessive saline concentration, with its corresponding drag.
.This combination of measuring, comparison and control ensures minimum water loss and thus gives considerate energy savings.

by Mats Mats

Kontinuerlig blåsventil 560

MOD. 560 EN ASME/ANSI
The continuous desalting valve is used to empty an adjustable quantity of water from the steam boiler, removing:

.Organic matter and mineral salts in solution. (Calcium, magnesium, sodium, potassium, iron, bicarbonate ions, chlorides, sulphates, nitrates, …etc.).
.Solid materials in suspension. (Sand, clay, metal residues, rock residues, organic matter, …etc.).
The continuous bleeding process prevents:

.Damage caused by erosion and perforation, entailing the following high costs:
.Direct: Replacement or repair of materials.
.Indirect: Stoppages, product losses, …etc.
.Danger of boiler explosion.

And reduces:
.Incrustations and sediments caused by precipitation of calcium and magnesium salts, which obstruct thermic transmission and which cause unnecessary and excessive fuel consumption.
.Foam formation caused by excessive saline concentration, with its corresponding drag.

by Mats Mats

Bottenblåsnings ventil 260 – A

MOD. 260 A-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.

by Mats Mats

Bottenblåsnings ventil 260

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 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.

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UBS 20 Bimetallic steam trap, Stainless steel

UBS20
The UBS20 series bimetallic steam traps and air eliminators, completely in stainless steel, are maintenance-free and sealed traps. Simple and robust, they are recommended for drip service, steam tracing applications and where condensate sensible heat can be recovered. These traps fit the UCX universal connectors and CTS4U compact stations.

MATERIAL: Stainless steel
SIZES: According to the connector
MAX. OPERATING PRESSURE: 17 bar
MAX. OPERATING TEMPERATURE: 250 ºC
FLOW RATE CAPACITY: Up to 1850 kg/h

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Steam injectors, SI125-SI140 1”-11½” Austenitic stainless steel

SI125 -SI140
The SI series steam injectors from ADCA are condensate injectors. They ensure low noise and vibration and rapid heating of still or flowing fluids in basins and vessels, due to direct steam injection. Steam enters through the inlet housing, passes along the center of the heater, mixing with the cool water, which is drawn in through radial holes.

MATERIAL: Austenitic stainless steel
SIZES: 1” and 11/2”
CONNECTIONS: Threaded ISO 7 Rp
MAX. OPERATING PRESSURE: 17 bar
MAX. OPERATING TEMPERATURE: 95 ºC
RATING: PN25

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Exhaust heads (EH) Carbon, zinc plated and stainless steel body 1”-4” Dn 25-Dn 250

EH
The EH series exhaust heads were designed to protect personnel from injury and exterior of buildings from harmful effects of steam ejection to atmosphere. The head is fitted at the end of a vertical exhaust pipe and effectively retains the moisture separated from the steam for draining.

MATERIAL: Carbon, zinc plated and stainless steel body
SIZES: 1” to 4” ; DN 25 to DN 250
CONNECTIONS:
Threaded ISO 7 Rp
Flanged EN PN16 or ASME Class 150
MAX. ALLOWABLE PRESSURE: 0,5 bar

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CTS4U Trap station stainless steel 1/2”- 1”, DN 15 – 25

CTS4U
The CTS4U is designed as a complete and compact steam trap station, to be used in steam systems where a simplified and economic maintenance program is desired. It has been designed to replace the traditional multi-component trap station systems. Typical installations are drip service on steam lines, tracing and small process equipment. Two-bolt flange connector permits trap replacement in minutes without disturbing the piping. The CTS4U trapping station fits all universal swivel connector steam traps.

MATERIAL: Stainless steel
SIZES: 1/2”-1” – DN 15-25
CONNECTIONS:
Threaded ISO 7 Rp or NPT
Flanged EN PN 40
Flanged ASME Class 150
MAX. OPERATING PRESSURE: 17,5 bar
MAX. OPERATING TEMPERATURE: 230 ºC @ 10 bar