Joiner for channel raceway assembly
A joiner system for a channel raceway includes a joiner body with first and second posts, and a joiner wall panel separate from the joiner body. The joiner wall panel connects to the joiner body between the first and second posts to form a wall between the first and second posts. First and second connecting projections extend outward from adjacent the respective first and second posts. The first and second connecting projections are spaced apart from one another and in generally opposing relationship with respect to one another. The joiner body has a snap-fit component on the lower side of a base of the joiner body. The snap-fit component mates in a snap-fit connection with a splice plate to interconnect the joiner body and at least two pieces of channel framing.
1. A joiner system for a channel raceway, the joiner system comprising:
a joiner body including a base and first and second posts extending upward from the base, wherein the first and second posts are spaced apart from one another and in generally opposing relationship with respect to one another, wherein the first and second posts and the base together define an open side of the joiner body; and
a joiner wall panel separate from the joiner body,
wherein the joiner body and the joiner wall panel are configured to facilitate selective connection of the joiner wall panel to the joiner body between the first and second posts, wherein the joiner wall panel is sized and shaped to close the open side of the joiner body when the joiner wall panel is connected to the joiner body between the first and second posts,
wherein the joiner body includes a wall panel track extending upward from the base and sized and shaped to slidably receive the joiner wall panel therein to facilitate said selective connection of the joiner wall panel to the joiner body,
wherein the wall panel track includes a first portion connected to and extending along the first post and defining a first groove, and a second portion connected to and extending along the second post and defining a second groove,
wherein the joiner wall panel is slidably receivable in the first and second grooves,
wherein the base defines a wall panel slot extending through upper and lower sides of the base, the wall panel slot being vertically aligned with the first and second grooves defined by the first and second portions of the wall panel track.
2. The joiner system set forth in claim 1 , wherein joiner wall panel includes a panel snap-fit component to facilitate said selective connection of the joiner wall panel to the joiner body.
3. The joiner system set forth in claim 2 , wherein the joiner wall panel includes a panel body having opposite faces, wherein the panel snap-fit component is on at least one of the faces of the panel body.
4. The joiner system set forth in claim 3 , wherein the panel snap-fit component extends outward from said at least one of the faces of the panel body and is resiliently deflectable.
5. The joiner system set forth in claim 1 , wherein the joiner wall panel includes a panel body having opposite upper and lower ends, and at least one foot extending outward from adjacent the lower end of the panel, wherein the at least one foot and sized and shaped to inhibit entry into the wall panel slot.
6. The joiner system set forth in claim 1 , wherein the joiner body includes a snap-fit component on the lower side of the base of the joiner body, the snap-fit component configured to mate in a snap-fit connection with a splice plate to interconnect the joiner body and at least two piece of channel framing.
7. The joiner system set forth in claim 1 , wherein the joiner body includes first and second connecting projections extending outward from adjacent the respective first and second posts, wherein the first and second connecting projections are spaced apart from one another and in generally opposing relationship with respect to one another.
8. The joiner system set forth in claim 1 , wherein the base has a generally rectangular perimeter, and wherein the joiner body includes third and fourth posts, the first, second, third, and fourth posts being disposed adjacent respective corners of the base,
wherein the first and third posts and the base define a second open side of the joiner body, the joiner body and the joiner wall panel being configured to facilitate selective connection of the joiner wall panel to the joiner body between the first and third posts, wherein the joiner wall panel is sized and shaped to close the second open side of the joiner body when the joiner wall panel is connected to the joiner body between the first and third posts,
wherein the second and fourth posts and the base define a third open side of the joiner body, the joiner body and the joiner wall panel being configured to facilitate selective connection of the joiner wall panel to the joiner body between the second and fourth posts, wherein the joiner wall panel is sized and shaped to close the third open side of the joiner body when the joiner wall panel is connected to the joiner body between the second and fourth posts.
9. The joiner system set forth in claim 1 , wherein the splice plate has a T-shape.
10. A joiner system for a channel raceway, the joiner system comprising:
a joiner body including a base and first and second posts extending upward from the base, wherein the first and second posts are spaced apart from one another and in generally opposing relationship with respect to one another, wherein the first and second posts and the base together define an open side of the joiner body; and
a joiner wall panel separate from the joiner body,
wherein the joiner body and the joiner wall panel are configured to facilitate selective connection of the joiner wall panel to the joiner body between the first and second posts, wherein the joiner wall panel is sized and shaped to close the open side of the joiner body when the joiner wall panel is connected to the joiner body between the first and second posts,
wherein the base has a generally rectangular perimeter,
wherein the joiner body includes third and fourth posts, the first, second, third, and fourth posts being disposed adjacent respective corners of the base,
wherein the first and third posts and the base define a second open side of the joiner body, the joiner body and the joiner wall panel being configured to facilitate selective connection of the joiner wall panel to the joiner body between the first and third posts, wherein the joiner wall panel is sized and shaped to close the second open side of the joiner body when the joiner wall panel is connected to the joiner body between the first and third posts,
wherein the second and fourth posts and the base define a third open side of the joiner body, the joiner body and the joiner wall panel being configured to facilitate selective connection of the joiner wall panel to the joiner body between the second and fourth posts, wherein the joiner wall panel is sized and shaped to close the third open side of the joiner body when the joiner wall panel is connected to the joiner body between the second and fourth posts.
11. The joiner system set forth in claim 10 , wherein the joiner body includes a wall panel track extending upward from the base and sized and shaped to slidably receive the joiner wall panel therein to facilitate said selective connection of the joiner wall panel to the joiner body.
12. The joiner system set forth in claim 11 , wherein the wall panel track includes a first portion connected to and extending along the first post and defining a first groove, and a second portion connected to and extending along the second post and defining a second groove, wherein the joiner wall panel is slidably receivable in the first and second grooves.
13. The joiner system set forth in claim 12 , wherein the base defines a wall panel slot extending through upper and lower sides of the base, the wall panel slot being vertically aligned with the first and second grooves defined by the first and second portions of the wall panel track.