Grinnell Datasheets for Pipe Fittings
Pipe fittings cover many components that connect pipe ends for in-line, offset, multi-port, and mounting configurations.
Pipe Fittings: Learn more
| Product Name | Notes |
|---|---|
| Designed for installation on Stainless Steel schedule 5 IPS pipe sizes. It is capable of pressures up to 300 psi (20,7 bar). The coupling provides a dependable method of joining... | |
| GRINNELL Figure 707L Large Diameter Coupling is designed for joining large diameter IPS roll grooved pipes. The coupling castings are a two to eight segment design and utilize two bolts... | |
| GRINNELL Stainless Steel, Full-Flow Grooved fittings are made of lightweight, corrosion-resistant Type 304 and 316 stainless steel. The assortment of available fittings provides economical and efficient methods to change direction... | |
| Plain End fittings provide an economical and efficient method of changing direction, adding an outlet, reducing, or capping piping systems. Plain End fittings are fabricated from Schedule 40 steel pipe... | |
| Provides a connection between Stainless Steel G-PRESS pipe and a female (male) threaded connection. | |
| Provides a connection between Stainless Steel G-PRESS pipe and a male (female) threaded connection. | |
| Provides a connection between two pieces of G-PRESS Stainless Steel Pipe. | |
| Provides a direct transition from flanged components to G-PRESS Stainless Steel piping components. | |
| Provides a direct transition from flanged components to Stainless Steel G-PRESS piping components. | |
| Provides a three way connection between two Stainless Steel G-PRESS pipes and a male (female) threaded connection. | |
| Provides an economical and efficient method of adding a G-PRESS Stainless Steel Branch Run to a piping system. | |
| Provides an economical and efficient method of adding a reduced diameter Stainless Steel G-PRESS Branch Run to a piping system. | |
| Provides an economical and efficient method of capping a piping system. | |
| Provides an economical and efficient method of changing pipe direction in a Stainless Steel G-PRESS system. | |
| Provides an economical and efficient method of joining pipe in a Stainless Steel G-PRESS system. | |
| Provides the ability to economically reduce the pipe size in a Stainless Steel G-PRESS system. | |
| Suitable for use in a variety of applications where there is a need to move large volumes of fluids, the Figure 7707L Large Diameter Coupling provides a dependable method of... | |
| The Figure 405 Flexible Coupling is designed for installation on Stainless Steel schedule 10 and schedule 40 pipe and fittings. It is capable of pressures up to 750 psi (51,7... | |
| The Figure 472 Rigid Coupling is designed for installation on Stainless Steel Schedule 10 and Schedule 40 pipe and fittings. It provides a rigid joint by firmly gripping along the... | |
| The GRINNELL Copper Grooved Fittings provide an economical and efficient method of changing direction in copper piping systems. The copper fittings are available in sizes 2 to 8 inch (DN50... | |
| The GRINNELL Ductile Iron and Fabricated Steel Grooved fittings provide an economical and efficient method of changing direction, adding an outlet, and reducing or capping piping systems. | |
| The GRINNELL Figure 61 Flange Adapter provides a direct transition from flanged components to GRINNELL grooved copper components. Flange bolt patterns conform to ANSI Class 125 and 150 standards. | |
| The GRINNELL Figure 640 Pivot-Bolt Rigid Coupling joins rolled grooved, hard-drawn copper tubing systems (CTS). It provides a rigid joint by firmly gripping the entire circumference of the copper tube... | |
| The GRINNELL Figure 672 Rigid Coupling provides a rigid joint that firmly grips the entire circumference of the tube. This coupling is a proven, dependable method of joining copper tube... | |
| The GRINNELL Figure 702 Mechanical Outlet Coupling combines the features of a pipe-joining coupling and an integral reducing outlet. It eliminates the need for a mechanical tee or a reducing... | |
| The GRINNELL Figure 705 Flexible Coupling allows for angular and linear deflection, thermal expansion and contraction, and misalignments of pipe. It is capable of pressures up to 500 psi (34,5... | |
| The GRINNELL Figure 707 Flexible Coupling allows for angular and linear deflection, thermal expansion and contraction, and misalignments of the pipe. It is capable of pressures up to 1000 psi... | |
| The GRINNELL Figure 71 Flange Adapter allows a direct transition from flanged components to GRINNELL grooved components. Flange bolt patterns conform to ANSI Class 125 and 150 standards and PN16... | |
| The GRINNELL Figure 72904 G-MINE Coupling provides a connection between two pieces of G-MINE PVC Pipe. G-MINE Couplings are designed for non-permanent use applications and are supplied with O-rings (gaskets)... | |
| The GRINNELL Figure 72905 G-MINE Transition Coupling (Female x Solvent Weld) provides an efficient transition from G-MINE PVC Pipe to plain-end PVC pipe. | |
| The GRINNELL Figure 72906 G-MINE Nipple (Male x Plain-End) provides an economical and efficient method of converting a solvent weld-end pipe run to a G-MINE grooved connection. | |
| The GRINNELL Figure 72907 G-MINE Transition Coupling (G-MINE x Grooved) provides an efficient transition from G-MINE PVC Pipe to grooved steel pipe that meets AWWA C-606 IPS Groove Standards. | |
| The GRINNELL Figure 72908 G-MINE Threaded Nipple (Male x Male NPT) provides an economical and efficient method of connecting a G-MINE piping system to a female threaded adapter or device. | |
| The GRINNELL Figure 72909 G-MINE Threaded Nipple (Plain-end x Male NPT) provides an economical and efficient method of connecting a solvent weld-end pipe run to a female threaded adapter or... | |
| The GRINNELL Figure 72910 G-MINE 90 Degree Elbow (Male x Male) provides an economical and efficient method of changing pipe direction. | |
| The GRINNELL Figure 72911 G-MINE Nipple (Male x Male) provides an economical and efficient method of connecting two female G-MINE components. | |
| The GRINNELL Figure 72912 G-MINE 45 Degree Elbow (Male x Male) provides an economical and efficient method of changing pipe direction. | |
| The GRINNELL Figure 72913 G-MINE 90 Degree Sweep Elbow provides an economical and efficient method of changing pipe direction. | |
| The GRINNELL Figure 72914 G-MINE 45 Degree Sweep Elbow provides an economical and efficient method of changing pipe direction. | |
| The GRINNELL Figure 72915 G-MINE End Plugs and End Caps provide a economical and efficient method of capping a piping system. | |
| The GRINNELL Figure 72916 G-MINE Flange Adapter provides a direct transition from flanged components to G-MINE PVC piping components. | |
| The GRINNELL Figure 72917 G-MINE Tee (Male) provides an economical and efficient method of adding a G-MINE PVC Branch Run to a piping system. | |
| The GRINNELL Figure 72918 G-MINE Reducing Tee (Male) provides an economical and efficient method of adding a reduced diameter G-MINE PVC Branch Run to a piping system. | |
| The GRINNELL Figure 72919 G-MINE Reducing Coupling (Male Spline x Female Thread) allows for a direct transition between two different pipe sizes. | |
| The GRINNELL Figure 72930 G-MINE Threaded Outlet Coupling (Female x Female x Female NPT) provides a connection between two pieces of G-MINE PVC Pipe and include a threaded branch connection. | |
| The GRINNELL Figure 72940 G-MINE Threaded Outlet Coupling (Female x Male x Female NPT) provides a threaded branch outlet connection. | |
| The GRINNELL Figure 730 Grooved Mechanical Tee provides an additional grooved outlet in existing piping. For new construction, the Figure 730 Mechanical Tee provides a way to bypass the use... | |
| The GRINNELL Figure 730 Threaded Mechanical Cross provides an additional threaded outlet in existing piping. For new construction, the Figure 730 Mechanical Tee provides a way to bypass the use... | |
| The GRINNELL Figure 730 Threaded Mechanical Tee provides an additional threaded outlet in existing piping. For new construction, the Figure 730 Mechanical Tee provides a way to bypass the use... | |
| The GRINNELL Figure 770 Rigid Coupling provides a rigid joint by firmly gripping along the circumference of pipe grooves. The Figure 770 Rigid Coupling is a proven, dependable method of... | |
| The GRINNELL Figure 772 Rigid Coupling's universal tongue and groove design of the coupling housings ensure trouble free installation. The Figure 772 Coupling provides rigid joint by firmly gripping along... | |
| The GRINNELL Figure 780 Grooved Snap Coupling is designed for quickly connecting and disconnecting cut or rolled grooved piping systems. It utilizes a hinged lever mechanism for quickly joining grooved... | |
| The GRINNELL Figure 909 Plain End Coupling uses hardened gripping teeth to securely grip plain and beveled end pipe surfaces. For sizes up to 4 inch (DN100), the Figure 909... | |
| The GRINNELL Figure 9094 HDPE Flange Coupling provides for an efficient joining of high-density polyethylene (HDPE) piping to ANSI class 125 or 150 flanged piping systems. | |
| The GRINNELL Figure 9095 HDPE Coupling is specially designed for joining sections of high-density polyethylene (HDPE) piping. It features a four-bolt coupling design with machined gripping teeth to secure HDPE... | |
| The GRINNELL Figure 9097 HDPE Transition Coupling provides for an efficient joining of grooved piping systems to high-density polyethylene (HDPE) piping. The coupling features a four-bolt coupling design, with gripping... | |
| The GRINNELL Rapid Installation Pivot-bolt (GRIP) Figure 740 Coupling technology joins pipe ten times faster than traditional methods and two times faster than standard grooved couplings without losing the ability... |