Spacer Assembly
Embodiments of the present invention are generally directed to improved clevis hangers and pipe claims and more particularly to spacer assemblies for use with clevis hangers and pipe claims. In one embodiment, a hanger assembly for supporting a pipe or conduit is provided. The hanger assembly includes an upper yoke having two substantially parallel spaced apart legs wherein each leg defines an aperture; a lower yoke configured to engage the pipe or conduit wherein the lower yoke includes two substantially parallel spaced apart arms wherein each arm defines an openings; a tie rod inserted through the apertures defined by the upper yoke and the openings defined by the lower yoke, wherein each leg of the upper yoke is positioned proximate an arm of the lower yoke; and a spacer assembly having a substantially C-shaped engagement portion secured to the tie rod at a position between the spaced apart arms of the lower yoke via a snap fit engagement wherein the spacer assembly includes a groove formed on an inner surface of the C-shaped engagement portion to facilitate the snap fit.
1 . A hanger assembly for supporting a pipe or conduit comprising:
an upper yoke having two substantially parallel spaced apart legs, wherein each leg defines an aperture;
a lower yoke configured to engage the pipe or conduit wherein the lower yoke includes two substantially parallel spaced apart arms, wherein each arm defines an opening;
a tie rod inserted through the apertures defined by the upper yoke and the openings defined by the lower yoke, wherein each leg of the upper yoke is positioned proximate a respective arm of the lower yoke; and
a spacer assembly having a substantially C-shaped engagement portion secured to the tie rod at a position between the spaced apart arms of the lower yoke via a snap fit engagement, wherein the spacer assembly includes a groove formed on an inner surface of the C-shaped engagement portion to facilitate the snap fit.
2 . The hanger assembly of claim 1 , wherein the spacer assembly includes a second C-shaped engagement portion configured to engage a rod having a different diameter than the diameter of the tie rod, wherein the second C-shaped engagement portion opens in a direction different from the direction in which the engagement portion configured to engage the tie rod opens.
3 . The hanger assembly of claim 1 , wherein the spacer assembly includes boss formed on one side of the C-shaped engagement portion such that the center of gravity of the spacer assembly is not aligned with the centerline of the C-shaped engagement portion.
4 . The hanger assembly of claim 3 , wherein the opposite side of the C-Shaped engagement portion include a different sized boss.
5 . The hanger assembly of claim 2 , wherein the engagement portion is configured to engage a tie rod having a diameter between approximately 0.31″ (7.874 mm) and 0.375″ (0.525 mm) and the second engagement portion is configured to engage a tie rod having a diameter between approximately 0.41″ (10.414 mm) and 0.625″ (15.875 mm).
6 . The hanger assembly of claim 1 , wherein in the groove has a substantially triangular shape.
7 . A hanger assembly for supporting a pipe or conduit comprising:
an upper yoke having two substantially parallel spaced apart legs, wherein each leg defines an aperture;
a lower yoke configured to engage the pipe or conduit wherein the lower yoke includes two substantially parallel spaced apart arms, wherein each arm defines an openings;
a tie rod inserted through the apertures defined by the upper yoke and the openings defined by the lower yoke, wherein each leg of the upper yoke is positioned proximate a respective arm of the lower yoke; and
a spacer assembly having a first substantially C-shaped engagement portion configured to snap fittingly engage a rod having a first diameter, which is greater than the diameter of the tie rod, and a second substantially C-shaped engagement portion configured to snap fittingly engage a rod having a second diameter which is greater than the diameter of the tie rod,
wherein the first substantially C-shaped engagement portion is positioned such that the inner surface of the first engagement portion engages the tie rod and the C-shape of the first engagement portion is deformed to secure the spacer assembly to the tie rod.
8 . A spacer assembly having a substantially C-shaped engagement portion configured to snap fittingly engage a cylindrical rod having a diameter, wherein the spacer assembly includes a groove formed on an inner surface of the C-shaped engagement portion.
9 . The spacer assembly of claim 8 , wherein the spacer assembly includes a second C-shaped engagement portion configured to snap fittingly engage a different cylindrical rod having a second diameter.
10 . The spacer assembly of claim 8 , wherein the spacer assembly includes boss formed on one side of the C-shaped engagement portion such that the center of gravity of the spacer assembly is not aligned with the centerline of the C-shaped engagement portion.
11 . The spacer assembly of claim 10 , wherein the opposite side of the C-Shaped engagement portion includes a different smaller boss.
12 . The spacer assembly of claim 9 , wherein the engagement portion is configured to engage a tie rod having a diameter between approximately 0.31″ (7.874 mm) and 0.375″ (0.525 mm) and the second engagement portion is configured to engage a tie rod having a diameter between approximately 0.41″ (10.414 mm) and 0.625″ (15.875 mm).
13 . The spacer assembly of claim 8 , wherein in the groove has a substantially triangular shape.
14 . The spacer assembly of claim 8 , wherein the spacer assembly has a substantially consistent cross-section over its entire length.
15 . A spacer assembly having a first C-shaped engagement portion configured engage a first cylindrical rod having a first diameter and a second engagement portion configured to engage a second cylindrical rod having a second diameter wherein the first and second engagement portions include a groove formed on an inner surface of the respective C-shaped engagement portion and wherein a boss is formed on the outer surface of at least one of the first or second engagement portions.