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  5. Débitmètres à zone variable en acrylique ± 5 % pour air ou eau
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Débitmètres à zone variable en acrylique ± 5 % pour air ou eau
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FL2000-Series

Débitmètres à zone variable en acrylique ± 5 % pour air ou eau

4,4
(9)
Modèles en stock
  • CARACTÉRISTIQUES :
  • Échelles en anglais ou métriques faciles à lire
  • Plages d'eau de 4 CCM à 20 GPM, plages d'air de 40 CCM à 4000 LPM
  • Insertions en laiton filetées pour une installation rapide
FL2000-Series
À partir de C$ 135.15
Modèles en stock
Acheter des modèles
Plus de variations disponibles
Voir toutes les options de série ci-dessous
FL2000-SeriesFiche technique

Fiche technique
Débitmètres à zone variable en acrylique ± 5 % pour air ou eau FL2000-Series FL2000-Series
Aperçu du produit
  • Pression de Fonctionnement, max 100 psi
  • Type de raccordement au process NPT femelle
  • Température maximale du processus 65 °C
  • Échelle Lecture directe
  • Support d'échelle Étalonnage Air à 100 psi
  • ID de série FL2000-Series
TOUS LES MODÈLES NE SONT PAS ÉQUIPÉS DE VANNES EN STANDARD, VÉRIFIEZ LA DESCRIPTION DU MODÈLE POUR CONFIRMER

Les débitmètres à section variable en acrylique ±5 % de la série FL-2000 sont conçus pour mesurer avec précision le débit d'air ou d'eau. Adaptés aux applications médicales, industrielles, chimiques et de laboratoire, ces débitmètres durables fonctionnent jusqu'à 100 PSI et offrent des performances fiables à un prix économique.
4,4
(9)
Rated 5 out of 5 by from requirements meets the requirements of measurement required for the industry
Date published: 2016-10-08
Rated 5 out of 5 by from Easy to use! Bought this for a few flow experiments. Works great & easy to install!
Date published: 2016-04-25
Rated 5 out of 5 by from Happy Customer It was very easy to order this product and I was very happy with the quick delivery.
Date published: 2024-05-03
Rated 5 out of 5 by from Good Service and Equipment Exactly what we needed for our soil vapor equipment. Customer service and the equipment specialist were very helpful
Date published: 2023-05-18
Rated 5 out of 5 by from Effective little flow meter This is an accurate, and easy to use flow meter with adjustable valve. The workmanship is good, it’s working great for my application. I did not look at other options from Omega, but it would be nice to have options on I/O locations, such as side, or end. This one had both in, and out in the back. This can make tings a little crowded to mount the unit, and set up the I/O. Overall I am happy with this unit, it is doing exactly what I was hoping for.
Date published: 2023-03-27
Rated 5 out of 5 by from Excellent meter, good value. We've been using these flow meters for about 7 years now. Have installed at least 50 in systems that we build. Never a problem.
Date published: 2022-08-04
Rated 4 out of 5 by from Good, basic low-flow flowmeter Good, simple flowmeter for low-flow applications. Not the easiest to mount well onto a panel.
Date published: 2020-04-02
Rated 1 out of 5 by from Wrong Picture... The flow meter picture shows the model for water, inducing to wrong choice.
Date published: 2019-07-23
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What is the pressure drop of a FL-2012 (0.2 to 2.5) flow meter?

Asked by: jenn
Thank you for your question? The max drop is 3 PSI for the FL-2012
Answered by: application engineer je
Date published: 2019-07-01

Can I use an equation to determine the flow at non-standard pressure and temperature? On another MFG's site I saw Q2 = Q1 * sqrt (P1*T2/(P2*T1)). Is that equation correct for this flowmeter?

Asked by: Engineer2020
Send us an email to flow@omega.com. We can provide correct equation on a PDF form.
Answered by: ASE HPO
Date published: 2021-12-11

Can these be used with inert gases or solely just air?

Asked by: amyfng
Hi, thanks for connecting with us! You can use these meters with inert dry gases other than air but you will have to correct for the specific gravity. If you need help calculating this, please contact our Flow Department at flow@omega.com.
Answered by: Jane
Date published: 2019-05-20

We are using FL-2012 not with a ball float but with a conical float. Do we have to determine the flowrate by reading the center, top or bottom of the conical float?

Asked by: bob100
Thank you for your inquiry! For conical floats the reading will be taken from the top
Answered by: Application Engineer JM
Date published: 2021-07-30
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