R6906 5-Convolute PTFE Expansion Joints		Resistoflex R-Series 5-convolute expansion joints are contour molded of Teflon® T-62 PTFE by a patented process. R-Series expansion joints use limit bolts to control overextension during expansion, and NITRONIC 50 reinforcing rings. Wrap around safety shields are specifically designed to provide sprayout protection and are required in hazardous service. Learn more
		Non-Shock Working Pressure (psi) vs. Temperature
Convert To Metric Units
Size (I.D.) (in.) A † B C Maximum Misalignment* Compression Force Spring Rate (lbf / in.) Extension Force Spring Rate (lbf / in.) Misalignment Force Spring Rate (lbf / in.) Weight (lbs.) Neutral Length Maximum Travel + Or - 1 3 1/2 2 1 57/64 1/2 30 44 22 2 1 1/2 3 1/2 3/4 2 7/8 2 35/64 1/2 75 83 46 5 2 4 1 3 5/8 3 13/32 1/2 60 47 50 9 3 5 1 5 4 41/64 1/2 55 60 170 14 4 5 1/4 1 1/4 6 3/16 5 11/16 5/8 72 60 80 20 6 6 1 1/4 8 1/2 8 5/8 190 130 195 31 All Dimensions in inches. *At neutral length with limit bolts in place. Maximum (axial) travel is based on installation with no misalignment or angular defection. † This is an installation dimension not a limit bolt setting. NOTE: Angular Deflection approx. 20°. Consult Factory for spring rates for angular deflection. R6906 Bellows is not recommended for vacuum service. 5-Convolute PTFE Expansion Joints Nom. Dia. (in.) DI Flanges & Hardware DI Flanges & Hardware w/ Nozzle 316 SS Flanges & Hardware Replacement Limit Bolt Hardware* (Stainless Steel) White Liner Black Liner White Liner White Liner Black Liner 1 R6906-016WD R6906-016BD N/A R6906-016WS N/A BS6906B-016 1 1/2 R6906-024WD R6906-024BD R6906-024WS R6906-024BS BS6906B-024 2 R6906-032WD R6906-032BD R6906-032WS R6906-032BS BS6906B-032 3 R6906-048WD R6906-048BD N/A R6906-048BS BS6906B-048 4 R6906-064WD R6906-064BD R6906-064WD-N R6906-064BS BS6906B-064 6 R6906-096WD R6906-096BD R6906-096WD-N R6906-096WS R6906-096BS BS6906B-096 Pipe Motion may be absorbed by an expansion joint "Maximum Travel" (±) may be called longitudinal movement or axial compression and extension. It is based on installation with no misalignment or angular deflection. "Maximum Misalignment" may also be referred to as lateral offset or deflection. It is based on installation with no axial travel or angular deflection. "Maximum Angular Deflection" may be called angular rotation. It is based on installation with no axial travel or lateral offset. Non-Shock Working Pressure vs. Temperature "This page is a machine translation of the source page, which is written in English. This translation is intended to provide a general idea of the page's content, and is not guaranteed for accuracy." Home | About Us | Contact Us | Careers | Terms and Conditions | Links Feedback | Privacy Statement | Terms of Use © Copyright 2000 Crane Co. All rights reserved.