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TYPE | DESCRIPTION |
PART NUMBER |
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Designed to support non-insulated, stationary lines from above. |
Figure 1A | ||
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Designed to support non-insulated, stationary lines from above. |
Figure 34 | ||
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The Figure 72 is designed to hold pipe flush to the mounting surface. A reinforcing bead through the center adds strength to the product. Our Figure 72CT is available for copper tubing lines. |
Figure 72 | ||
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This split ring hanger is designed for the support of non-insulated stationary pipe lines. Also available in a two screw design. The Figure 85 Ceiling Plate is normally used with this product. |
Figure 81 | ||
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The Figure 89 is normally used for the support of uninsulated vertical piping where no movement will occur. This product is not intended for use with hanger rods. |
Figure 89 | ||
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This split ring hanger is designed for the support of non-insulated stationary pipe lines, one pipe line under the other, by means of a pipe nipple or threaded rods. Figure 85 Ceiling Plate is normally used with this product.The combined loads for all hangers used must not exceed the rating of the structural attachment. |
Figure 90 | ||
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The Figure 91 is designed to accommodate higher loads than the Figure 304 for insulated piping. The spacer on the top inner bolt provides uniform space for the connecting eyerod or weldless eyenut. Rated loads are for up to 750° F (399° C). |
Figure 91 | ||
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Designed to support non-insulated, stationary lines from above allowing for approximately 1" to 1 1⁄2" of vertical adjustment after the pipe is in place.The lower nut (not furnished) adjusts the pipe line to the proper elevation, the top nut (not furnished) prevents loosening due to vibration, and must be tightened securely to assure proper hanger performance. Rated Loads are for up to 650° F (343° C) for carbon steel. Maximum PVC temperature is 140° F (60° C). |
Figure 100 | ||
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Designed to support non-insulated, stationary ductile iron and A.W.W.A. cast iron lines from above allowing for approximately 1" to 1 1⁄2" of vertical adjustment after the pipe is in place. The lower nut (not furnished) adjusts the pipe line to the proper elevation, the top nut (not furnished) prevents loosening due to vibration, and must be tightened securely to assure proper hanger performance. |
Figure 100DI | ||
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The 100EL is designed for the suspension of insulated stationary pipe lines. It will accommodate 2 inches (51mm) of insulation up to 1 1⁄2" (40mm) pipe, and 4 inches (102mm) of insulation for pipe 2" (50mm) and larger. Hanger locking nut above the clevis must be tightened securely to assure proper hanger performance. The nuts are not included. Rated Loads are for up to 650° F (343° C). |
Figure 100EL | ||
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This hanger is a combination of the Figure 100 (above) and Figure 265 where the protection shield is welded to the clevis hanger. Designed to support insulated, stationary lines from above and prevent crushing the insulation or breaking the vapor barrier. It allows for approximately 1" to 1 1⁄2" of vertical adjustment after the pipe is in place. The lower nut (not furnished) adjusts the pipe line to the proper elevation, the top nut (not furnished) prevents loosening due to vibration, and must be tightened securely to assure proper hanger performance. |
Figure 100SH | ||
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The Figure 101 is used for support of piping from below without welding to the pipe and consists of a steel saddle, nipple, and pipe reducer. It connects to a threaded pipe standard and base which is also available, ordered separately, as our Figure 138. Rated loads are for up to 650° F (343° C). |
Figure 101 | ||
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The Figure 101U is used for support of piping from below without welding where there is no axial or transverse movement. It connects to a threaded pipe standard and base. Made special to customer order. Rated loads are for up to 650°F (343°C). |
Figure 101U | ||
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The Wire Pipe Hook is made of special hard drawn wire, extra Heavy gauge. The driving head is bent so as to make it easy to drive. The point is cut to a sharp nail point which will penetrate either hard or soft wood without bending. It can be used on pipes in various orientations. |
Figure 111 | ||
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Sprinkler Clips are used where piping runs close to the ceilings or beams. Holes are drilled for No.18 wood screws and 1⁄4" bolts can be used on all sizes. |
Figure 114 | ||
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This product is designed to support vertical piping by resting on shear lugs welded to the pipe. Shear lugs are not supplied. The stated Maximum Loads are based upon the use of the clamp as a rigid support. Use of the clamp with springs units will double the given Maximum Loads. Rated loads are for up to 650° F (343° C). |
Figure 124 | ||
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The Figure 125 is used for support of piping from below without welding to the pipe. Rated loads are for up to 650° F (343° C). |
Figure 125 | ||
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Both Figure 125SP and 136SP (below) are intended to support piping from below where there is no axial or transverse movement. Made special to customer design requirements,either may be furnished with holes in the base for bolting, or with no holes for welding. |
Figure 125SP | ||
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The Figure 126 is designed for the support or steadying of vertical pipe risers. It is made of carbon steel and is designed to hold tight to the pipe, transmitting the load to the structure through the ears on each end. When possible the clamp should be placed under a coupling, hub, or lugs welded to the pipe. NOTE: This product is not designed to be supported with rods. Use our Figure 124 when hanger rods are required. Install using the maximum suggested torque values shown in the Technical Section of this catalog. |
Figure 126 | ||
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The Figure 126LD is designed for the support or steadying of vertical PVC pipe risers for DWV applications. It is designed to hold tight to the pipe, transmitting the load to the structure through the ears on each end. When possible the clamp should be placed under a coupling, hub, or lugs welded to the pipe. For heavier loads please see our Figure 126 above. The Figure 126LD PVC is completely PVC coated. NOTE: This product is not designed to be supported with rods. |
Figure 126LD | ||
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The Figure 127 is composed of two plates, one notched for the correct pipe size and the other has holes punched for a U-bolt. Both pieces are welded together. The U-bolt has sufficient thread to allow for tightening to the pipe. This anchor is used in conjunction with our Figure 84 and 139 Welded Steel Brackets. A square washer is set under the lips of angle iron sections of theBracket and nuts tightened on the U-bolt to prevent movement of the anchor. Made special to customer order. |
Figure 127 | ||
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The Figure 136 is used in conjunction with a pipe standard and flange at the base to support piping from below. Both pipe standard and flange must be ordered separately. |
Figure 136 | ||
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Both Figure 125SP (above) and 136SP are intended to support piping from below where there is no axial or transverse movement. Made special to customer design requirements, can be either furnished with holes in the base for bolting, or with no holes for welding. |
Figure 136SP | ||
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Designed to support pipe from below, the Figure 137 is used in conjunction with flange or base mounted pipe column. The stem is threaded its full length and furnished with a nut to allow for vertical adjustment. |
Figure 137 | ||
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The Figure 138 is designed for use with our Figure 101 and Figure 125. |
Figure 138 | ||
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Pipe Chairs are used to support piping in underground trenches or on top of piers above or below ground. This chair allows from 2 1⁄2" inches to 4" inches clearance under pipeline. Made special to customer order. |
Figure 145 | ||
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The Figure 158 can be used to secure mechanical joint piping or socket fittings together to prevent separation under pressure either under or above ground, vertically or horizontally. If used in this fashion two (2) Figure 258 Socket Clamp Washers and Figure 133 Rods are also required, but must be ordered separately. The Figure 158 may also be used to support and guide vertical Ductile Iron pipe. |
Figure 158 | ||
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The Figure 158DB can be used in the same manner as the Figure 158 above, except the overall length is longer. |
Figure 158DB | ||
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Designed to suspend cold or hot pipe lines where little or no insulation is required. The Figure 175 is usually used with a Figure 279 Weldless Eyenut, or Figure 93 Welded Eyerod. See Figure 298 Heavy Duty Two Bolt Clamp when higher loads are required. We will also design to meet special requirements such as special pipe sizes, order Figure 175SP. Rated Loads are for up to 750° F (399° C). |
Figure 175, 175SP | ||
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The Offset Pipe Clamp is used on pipe lines running at a fixed distance from a wall or floor. The standard clearance is two inches (51mm) from the O.D. of pipe to the face of the surface. Non-standard clearances can be fabricated upon request. |
Figure 179 | ||
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Designed to support non-insulated, stationary lines from above allowing for approximately 1" to 1 1⁄2" of vertical adjustment after the pipe is in place. The lower nut (not furnished) adjusts the pipe line to the proper elevation, the top nut (not furnished) prevents loosening due to vibration, and must be tightened securely to assure proper hanger performance. |
Figure 200 | ||
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Designed to support non-insulated, stationary, plastic lines from above. Used with Figure 200VT Vee Trough (not furnished), below.The lower nut (not furnished) adjusts the pipe line to the proper elevation, the top nut (not furnished) prevents loosening due to vibration, and must be tightened securely to assure proper hanger performance. |
Figure 200V | ||
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Designed to be used primarily with the Figure 200V as a support for plastic or other piping where continuous support is required. Hangers should be placed to adequately support the ends. |
Figure 200VT | ||
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The Figure 221 is used to support steel or cast iron pipe close to walls, piers, or in a trench. These supports can be made to carry pipelines at various distances from the wall, Also for Hot Water Tanks 12" inches to 36" inches in diameter. Prices furnished in accordance with customer specifications. Made special to customer order. |
Figure 221 | ||
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The Figure 222 is recommended for use as a support for piping where the tangent lengths are too long to use a Figure 283. It is supplied with two hex nuts. |
Figure 222 | ||
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Designed to support light duty pipe lines with clearance requirements that run along walls or beams. |
Figure 227 | ||
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Designed to support light duty pipe lines that run next to walls or beams. |
Figure 227S | ||
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Designed to support light duty pipe lines that run next to walls or beams. |
Figure 237S | ||
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Designed to support non-insulated, stationary lines
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Figure 240 | ||
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The Figure 247 is used in conjunction with a pipe stand and flange at the base to support piping from below. Both pipe stand and base must be ordered separately. Please see Figure 138 above. |
Figure 247 | ||
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The Figure 258 is for use with our Figure 158 and Figure 158DB Underground Clamp. Two (2) Washers are required per clamp. When installed the lug bears against the bolt which prevents the washer from sliding off the clamp. |
Figure 258 | ||
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Designed to attach directly to piping where the exact distance between the structure and the pipe cannot be determined until the piping is in place. The extended legs can be modified in the field to suit the location. Legs of longer lengths can be furnished on order. |
Figure 267 | ||
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The Figure 282 is used in attaching conduit or pipe at a right angle to a structural member. |
Figure 282 | ||
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Our standard U-Bolts are recommended for use as supports or guides for The Figure 283SS is recommended for support of stainless steel piping. Please |
Figure 283, 283SS | ||
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Designed to suspend heavy loads on cold or hot pipe lines where little or no insulation is required. The Figure 298 is usually used with a Figure 279 Weldless Eyenut or Figure 93 Welded Eyerod. Rated Loads are for up to 750° F (399° C). |
Figure 298 | ||
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The Figure 304 is designed for hot insulated pipe lines up to 750° F. The spacer on the top inner bolt provides uniform space for the connecting eyerod or weldless eyenut. See Figure 91 above for higher load ratings. We will also, design to meet special requirements such as special pipe sizes, order Figure 304SP. Rated Loads are for up to 750° F (399° C). |
Figure 304 | ||
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The Figure 304Z is designed for hot insulated pipelines. The spacer on the top inner bolt provides uniform space for the connecting eyerod or weldless eyenut. See Figure 91Z for higher load ratings. |
Figure 304Z | ||
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The Figure 371 Channel Assembly is composed of two channels back to back with a spacer welded on each end. Washer plates are included and shipped loose. |
Figure 371 | ||
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The Figure 374 Angle Iron Support is used to form a trapeze when supporting more than one pipeline at the same time. |
Figure 374 | ||
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Designed for the support of non-insulated static pipe lines. The swivel nut is knurled to provide a gripping surface when adjusting the pipe elevation. |
Figure 800 | ||
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Designed for the support of non-insulated static pipe lines. The swivel nut is knurled to provide a gripping surface when adjusting the tubing elevation and is tapped to the reduced rod standards of NFPA. |
Figure 800FP | ||
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The Figure C1108 is designed hold piping flush to its mounting surface. This item may be bolted to a structure or channel strut, or welded into place |
Figure C1108 | ||
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Designed to provide economical and quick way to support of non-insulated PVC drain, waste, and vent pipe lines with sufficient adjustment to most all application. Can be field adjusted to suit unique configurations. |
Figure DWV |