Grinnell Fire 70510ES Flexible Coupling With Grade "E" EPDM Gasket, 10 in Nominal, Grooved End Style, Ductile Iron
Grinnell Fire Coupling, Flexible, Series: 705, Fitting/Connector Type: Coupling, 10 in Nominal, Grooved, 2.63 in Thickness, 16.38 in Length, 350 psi, Method of Manufacture: Cast, Ductile Iron, Painted, Orange, 16.38 in W x 12.69 in H
Documents
- Provides the needed flexibility to accommodate differential movement
- 31766.9 lb maximum end load
- 1/4 in maximum end gap
- 1 deg 20 min deflection per coupling
- 0.28 in/ft deflection
- 1 x 6-1/2 in zinc plated track head coupling bolt
- Grade A EPDMA FP pre-lubricant gasket
- Standard/Approvals: ASTM A536 Grade 65-45-12|FM Approved|LPCB Certification No 669a and 921a|UL Listed|ULC Listed|VdS Approved
- WARRANTY: 10 Years Limited
Grinnell Fire Coupling, Flexible, Series: 705, Fitting/Connector Type: Coupling, 10 in Nominal, Grooved, 2.63 in Thickness, 16.38 in Length, 350 psi, Method of Manufacture: Cast, Ductile Iron, Painted, Orange, 16.38 in W x 12.69 in H
The Grinnell Fire Figure 705 Flexible Coupling is capable of pressures ranging from full vacuum to 500 psi (34,5 bar) depending on pipe size and wall thickness. Up to 40% lighter than the Figure 707 coupling, and available with various gasket materials, it provides a proven dependable method of joining pipe and is suitable for use in a variety of applications ranging from -30 deg F to 350 deg F.
- Brand: Grinnell FireColor: OrangeDimensions: 16.38 in W x 12.69 in HEnd Style: GroovedFitting/Connector Type: CouplingLength: 16.38Material: Ductile IronMethod of Manufacture: CastNominal Size: 10Pressure Rating: 350Series: 705Thickness: 2.63Type: FlexibleFinish: Painted
Grinnell Fire 70510ES Flexible Coupling With Grade "E" EPDM Gasket, 10 in Nominal, Grooved End Style, Ductile Iron
Grinnell Fire Coupling, Flexible, Series: 705, Fitting/Connector Type: Coupling, 10 in Nominal, Grooved, 2.63 in Thickness, 16.38 in Length, 350 psi, Method of Manufacture: Cast, Ductile Iron, Painted, Orange, 16.38 in W x 12.69 in H