1-800-663-4209 | Bienvenue sur notre nouveau site Web, vous avez rencontré un problème ou un bug? Veuillez le signaler ici
FL9000-Series
Compteurs de débit Easy-view pour l'eau et l'huile
Modèles en stock
- ± 5% Full Scale Accuracy
- Direct Reading for Oil and Water
- NPT or Solder Fittings
- Polysulfone Construction
FL9000-Series
Depuis
C$
154.75
Modèles en stock
L'aperçu du produit
- Précision ± 5 %
- Design Type Piston
- Dim Across Flats 1 1/2 in
- Length 5.25 in
- Materials, Wetted Brass, Buna-N (NBR), Polysulfone, Stainless Steel
- Operating Pressure, Max 325 psi
- Process Temperature, Max 121 °C
- Repeatability ± 1%
- Scale Direct Read
- Valve Included false
The OMEGA FL-9000 EZ-View flow meters provide accurate, in-line indication of oil or water flow rates at an economical cost. These meters utilize a spring and piston mechanism within a polysulfone metering tube. The EZ-View meters are designed to mount in any position with no straight pipe runs required.
PDF et manuels
Afficher les notes et les avis
Rated 5 out of
5
by
Maria60 from
Great equipment and great price
I do not work directly with this material but the Maintenance Team was happy with this.
Date published: 2016-03-30
Rated 5 out of
5
by
Dave R from
Excellent company to work with
The product works great. I must say the customer service I encountered was second to none. I would not hesitate to purchase from Omega Eng.
Date published: 2021-06-17
Rated 5 out of
5
by
kroj from
Very good product
I purchased this product primarily because of the temperature rating and the cost. Most of the flow meters I looked at in this price category did not meet the required temp or pressure rating. This one did.
Date published: 2016-08-15
Hello, The flow in my system is between 0 and 25 gpm. If I put on model FL-9028 (4 to 28 gpm) and the flow is lower than 4 gpm is the flowmeter completly close and no water is running or water is still flowing? Thank!
Thank you for your inquiry. The minimum flow rate is 4 GPM and the plunger will allow water to pass thru if under that flow rate.
Date published: 2020-12-09