DISCAL®, Brass deaerator.
Product Description
Brass deaerator.
Technical data
Material:
brass
Medium temperature range:
0–110 °C
Maximum air discharge pressure:
10 bar
Maximum working pressure:
10 bar
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Drawings and specifications
| Part number | Connection | ||
|---|---|---|---|
| 551005 | G 3/4" (ISO 228-1) F |
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2D drawings
3D models
Tender text
CALEFFI, 551005, DISCAL®.
Brass deaerator.
Connection: G 3/4" (ISO 228-1) F. Maximum working pressure: 10 bar. Maximum air discharge pressure: 10 bar. Medium temperature range: 0–110 °C. Material: brass.
SCIP code
d8d60454-6e27-422d-9b30-8812a4e6f934
|
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| 551006 | G 1" (ISO 228-1) F |
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|
2D drawings
3D models
Tender text
CALEFFI, 551006, DISCAL®.
Brass deaerator.
Connection: G 1" (ISO 228-1) F. Maximum working pressure: 10 bar. Maximum air discharge pressure: 10 bar. Medium temperature range: 0–110 °C. Material: brass.
SCIP code
d8d60454-6e27-422d-9b30-8812a4e6f934
|
|||
| 551007 | G 1 1/4" (ISO 228-1) F |
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|
2D drawings
3D models
Tender text
CALEFFI, 551007, DISCAL®.
Brass deaerator.
Connection: G 1 1/4" (ISO 228-1) F. Maximum working pressure: 10 bar. Maximum air discharge pressure: 10 bar. Medium temperature range: 0–110 °C. Material: brass.
SCIP code
d8d60454-6e27-422d-9b30-8812a4e6f934
|
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| 551008 | G 1 1/2" (ISO 228-1) F |
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|
2D drawings
3D models
Tender text
CALEFFI, 551008, DISCAL®.
Brass deaerator.
Connection: G 1 1/2" (ISO 228-1) F. Maximum working pressure: 10 bar. Maximum air discharge pressure: 10 bar. Medium temperature range: 0–110 °C. Material: brass.
SCIP code
d8d60454-6e27-422d-9b30-8812a4e6f934
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| 551009 | G 2" (ISO 228-1) F |
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|
2D drawings
3D models
Tender text
CALEFFI, 551009, DISCAL®.
Brass deaerator.
Connection: G 2" (ISO 228-1) F. Maximum working pressure: 10 bar. Maximum air discharge pressure: 10 bar. Medium temperature range: 0–110 °C. Material: brass.
SCIP code
d8d60454-6e27-422d-9b30-8812a4e6f934
|
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Faq - Frequent questions
What is an air separator used for?
These are devices that, thanks to their special structure, are able to separate microbubbles from the flowing medium. The active part of the valve consists of an element that causes flow turbulence, which facilitates the release of microbubbles. Air bubbles combine with each other, increasing their volume. They then rise to the top of the device, where they are collected and later released by an automatic vent valve. Air separators are mounted on the installation's power supply line just behind the heat source, which is extremely important because this is where the greatest accumulation of microbubbles occurs.