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FLANGED ENDS Y STRAINER

FLANGED ENDS Y STRAINER

Product catalog summary
Technical Specifications
  • Type: Y Strainer
  • Flanged ends according to DIN 2501 PN 16
  • Face to Face dimensions according to DIN 3202 F1
  • Material: Stainless Steel CF8M
  • Maximum Working Pressure: 16 bar
  • Working Temperature Range: -30°C to +240°C
General Dimensions and Weight
SizeCodePNDimensions (mm)Weight (Kg)
1/2”IV4611/21675 x 95 x 1301.95
3/4”IV4613/41690 x 105 x 1502.75
1”IV461116100 x 115 x 1603.70
1 1/4”IV46111/416115 x 140 x 1805.90
1 1/2”IV46111/216130 x 150 x 2006.40
2”IV461216150 x 165 x 2308.90
2 1/2”IV46121/216190 x 185 x 29012.95
3”IV461316200 x 200 x 31018.15
4”IV461416230 x 220 x 35024.30
5”IV461516280 x 250 x 40038.35
6”IV461616300 x 285 x 48061.30
8”IV461816400 x 340 x 605115.00
Materials and Surface Treatment
  • Body: Stainless Steel CF8M, Shot Blasting + Pickling
  • Cover: Stainless Steel CF8M, Shot Blasting + Pickling
  • Gasket: PTFE
  • Strainer: Stainless Steel CF8M
  • Bolt: Stainless Steel AISI 304
  • Plug: Stainless Steel AISI 316
Performance Data
  • Kv Values: Flow rate of water in cubic meters per hour generating a pressure drop of 1 bar across the valve.
  • Head Losses Diagram: Provides a graphical representation of head losses in relation to flow rate.
Notes
  • The technical data provided in this catalogue is approximate and not binding.
  • Date of Issue: 2016, Revision: 02
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Catalog excerpts

FLANGED ENDS Y STRAINER-1

ART. 461 FLANGED ENDS Y STRAINER CERTIFICATES EN 10204/2.1 TECHNICAL INFORMATION 1. “Y“ Strainer 2. Flanged ends according to DiN 2501 PN 16 3. Face to Face according to DiN 3202 F1 4. Made of Stainless Steel CF8M 5. Max Working pressure 16 bar 6. Working temperature -30C° + 240C° CARATTERISTICHE TECNICHE 1. Filtro a Y 2. Estremita flangiate in accordo con DIN 2501 PN 16 4. Costruzione in acciaio INOX CF8M 5. Pressione massima di lavoro: 16 bar DIAGRAMMA DELLE PERDITE DI CARICO HEAD LOSSES DIAGRAM DIMENSIONI GENERALI / GENERAL DIMENSIONS Diametri VALORE di Kv / Kv VALUES Kv = Quantita metri cubi per ora che passa attraverso valvola generando una perdita di carico in bar. Kv = Flow rate of water in cubic meter per hour that will generate a pressure drop of 1 bar across the valve. Nota: i dati tecnici su questo catalogo sono indicativi e non impegnativi / Note: the technical data reported in this catalogue is proximative and not binding. Data di emissione: 2016 Revisione: 02 / Date of issue: 2016 Revision: 02 Copyright ® Intertubi S.p.a. Tutti i diritti sono riservati / Copyright ® Intertubi S.p.a. All rights reserved

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.