Spacer device and method for depth adjustment of electrical components in a recessed electrical box
A device and method for configuring a recessed electrical box for the mounting of electrical components at a shallow depth with respect to the mounting surface. The device and method includes a spacer for adjusting the depth at which an electrical component is mounted within a recessed electrical box. The spacer includes a frame member with side members and end members that define an opening therein. A front face on the spacer is adapted to accept the mounting of two electrical components thereto. A rear face on the spacer is adapted to fit flush against the peripheral wall of a recessed electrical box assembly. Two arms extending from each end member of the spacer include apertures therein for acceptance of fasteners for mounting the electrical components. The spacer enables an installer to mount an electrical component at a shallow depth within a recessed electrical box.
1. A spacer for reconfiguring a recessed electrical box to mount electrical components at a shallower depth within the recessed electrical box, said spacer comprising:
a frame member including two end members and two side members defining an opening therein, said frame member including a front face and a rear face;
an arm extending inward from each of said end members;
an aperture in each of said arms of said spacer;
said end members including an outer wall, an inner wall, and a material saving opening between said outer wall and inner wall;
an alignment tab extending from said arm at said rear face of said frame, said alignment tab enabling rapid alignment of said spacer with said recessed electrical box; and
a through bore extending through each of said arms of said frame member, said through bore adapted for axial alignment with component mounting bores in said electrical box to enable insertion of fasteners for the connection of electrical components to said spacer and said electrical box.
2. The spacer of claim 1 further comprising a bridge extending between the outer wall and inner wall.
3. The spacer of claim 2 further comprising an aperture in said bridge, said aperture in said bridge enabling insertion of a fastener through said bore of said peripheral wall of said electrical box into said aperture in said bridge.
4. The spacer of claim 1 further comprising a plurality of integral ribs extending inward from said side members.
5. The spacer of claim 1 further comprising a peripheral wall extending orthogonally from said front face of said frame member.
6. The spacer of claim 1 wherein said front face and said rear face of said spacer are planar.
7. The spacer of claim 6 wherein said alignment tabs extend outward from said planar rear face.
8. The spacer of claim 1 further comprising an aperture extending into each of said arms from said front face.
9. A method for reducing the mounting depth of an electrical component within an electrical enclosure, the method comprising steps of: providing the electrical enclosure including outer sidewalls defining the electrical enclosure, a peripheral wall having a planar face, and a bore in said peripheral wall; providing a spacer including a frame member having two end members, two side members, a rear face, an arm extending inward from each of said end members, and an aperture in each of said arms, said end members including an outer wall, an inner wall, and a material saving opening between said outer wall and inner wall; inserting said spacer within said electrical enclosure until said rear face of said spacer seats against said planar face of said peripheral wall of said electrical enclosure; securing said spacer to said peripheral wall of said electrical enclosure; and mounting an electrical component to said apertures in each of said arms of said spacer.
10. The method of claim 9 further comprising
providing a bridge extending between said outer wall and said inner wall, and an aperture in said bridge; and
securing said spacer to said peripheral wall of the electrical enclosure by inserting a fastener through said bore of said peripheral wall of said electrical enclosure into said aperture in said bridge.
11. The method of claim 9 further comprising
providing an alignment tab extending from each of said arms at said rear face of said spacer;
providing a groove in said peripheral wall of the electrical enclosure; and
aligning said alignment tabs of said spacer with said grooves of the electrical enclosure.