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Dom Katalog Urządzenia parowe Steam Traps Float steam trap ADCA FLT35

Specyfikacje

  • Application

    Saturated and superheated steam,
    steam condensate

  • Body material

    Carbon steel

  • Max. operating pressure

    32 bar

  • Max. operating temperature

    250 ºC

  • Flow rate capacity

    Up to 2490 kg/h

  • Differential pressure

    Delta P: 4,5 , 10, 14, 21 and 32 bar

  • Connections

    Female threaded ISO 7 Rp (NPT on request),
    Flanged EN 1092-1 PN 40,
    Flanged ASME Class 150 or 300 on request,
    Socket weld (SW) ASME B16.11 on request

Float steam trap ADCA FLT35

Kod produktu: FLT35

Dostępne na prośbę

Cena zgodnie z konfiguracją

Wybierz konfigurację
Choose on Option...
  • Threaded
  • Flanged
Choose on Option...
  • 1"
  • 25
Choose on Option...
  • 4.5 bar
  • 10 bar
  • 14 bar
  • 21 bar
  • 32 bar
Zobacz całą konfigurację
Ref.#.
Bez VAT
(ORIENTACYJNA CENA)

Ilość

-
+

Brak gotowych rozwiązan

Zobacz wszystkie konfiguracje

Model Połączenie Pomiar Differential pressure Ref Cena Ilość
Float steam trap ADCA FLT35 BSP 1" DP=4.5 bar Threaded 1" 4.5 bar FLT35.DP45.T025 €680.40
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+
Float steam trap ADCA FLT35 BSP 1" DP=10 bar Threaded 1" 10 bar FLT35.DP10.T025 €680.40
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+
Float steam trap ADCA FLT35 BSP 1" DP=14 bar Threaded 1" 14 bar FLT35.DP14.T025 €680.40
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+
Float steam trap ADCA FLT35 BSP 1" DP=21 bar Threaded 1" 21 bar FLT35.DP21.T025 €680.40
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+
Float steam trap ADCA FLT35 BSP 1" DP=32 bar Threaded 1" 32 bar FLT35.DP32.T025 €680.40
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Float steam trap ADCA FLT35 DN25 DP=4.5 bar Flanged 25 4.5 bar FLT35.DP45.F025 €735.70
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Float steam trap ADCA FLT35 DN25 DP=10 bar Flanged 25 10 bar FLT35.DP10.F025 €735.70
-
+
Float steam trap ADCA FLT35 DN25 DP=14 bar Flanged 25 14 bar FLT35.DP14.F025 €735.70
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+
Float steam trap ADCA FLT35 DN25 DP=21 bar Flanged 25 21 bar FLT35.DP21.F025 €735.70
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+
Float steam trap ADCA FLT35 DN25 DP=32 bar Flanged 25 32 bar FLT35.DP32.F025 €735.70
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+

The FLT35 is a series of float and thermostatic steam traps with integral air vent designed for modulating discharge of condensate, ensuring maximum system heat transfer. Typical applications include unit heaters, heat exchangers, dryers, jacketed vessels and other applications where continuous discharge is essential.

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