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Neles Corporation
3 815W-11-22HBXZC 150 LB CS/SS HPBFV WAFER

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Description: Jamesbury™ Wafer-Sphere™ Butterfly Valve, Standard Wafer Style, Series: 815, 3 in Nominal, 150 lb Pressure Class, 500 deg F, Media: Steam, 1.94 in Inlet to Outlet Length, 8 in Top to Inlet Center, Carbon Steel Body, 316 Stainless Steel Disc, 17-4 PH Stainless Steel Stem & Pin, Carbon-Filled Enhanced PTFE Softgoods, 12.44 in H Dimensions

Manufacturer PN: MA0021179

Forberg Smith PN: 3015532

Invoice Description:

3 815W-11-22HBXZC 150 LB CS/SS HPBFV WAFER

UNSPSC: 40141600


SPEC SHEET

▸ See All in Butterfly Valves - High Performance

 

Jamesbury™ Wafer-Sphere™ MA0021179 815 Standard Wafer Style Butterfly Valve, 3 in Nominal, 150 lb, Carbon Steel Body, Carbon-Filled Enhanced PTFE Softgoods

Price:  $913.89 / ea 


Availability: 7 ea  i
 
 
Quantity  ea Add to Cart

Description

Jamesbury™ Wafer-Sphere™ high performance butterfly valves combine unique off-center disc, proprietary seat design and Xtreme™ sealing technology. Tight, long-lasting sealing and yet light and low-cost design makes it a good alternative to gate valves and other heavier rotary type designs.
Jamesbury™ Wafer-Sphere™ Butterfly Valve, Standard Wafer Style, Series: 815, 3 in Nominal, 150 lb Pressure Class, 500 deg F, Media: Steam, 1.94 in Inlet to Outlet Length, 8 in Top to Inlet Center, Carbon Steel Body, 316 Stainless Steel Disc, 17-4 PH Stainless Steel Stem & Pin, Carbon-Filled Enhanced PTFE Softgoods, 12.44 in H Dimensions

Specifications

 Body Material Carbon Steel
 Brand Name Jamesbury™
 Dimensions 12.44 in H
 Disc Material 316 Stainless Steel
 Inlet to Outlet Length 1.94 in
 Manufacturer Part Number MA0021179
 Nominal Size 3 in
 Series 815
 Softgoods Material Carbon-Filled Enhanced PTFE
 Standards/Approvals ANSI Specified|ASTM A216 Type WCB|NACE MR0103
 Stem Pin Material 17-4 PH Stainless Steel
 Temperature Rating 500 deg F
 Top to Inlet Center 8 in
 Type Standard Wafer Style

Features

▪ Standard modifier
▪ Carbon-filled enhanced PTFE seal material
▪ Driveshaft with trunnion (model D only) or through shaft
▪ High flow capacity design (model D)
▪ Robust engineering design
▪ Flexible lip seat technology
▪ Low emissions stem seal technology
▪ High quality
▪ Very long service life
▪ Bubble tight shut-off
▪ Low fugitive emissions
 
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