A support for mounting an electrical box relative to a stud can include a support arm and an attachment feature, with the attachment feature configured to secure the support arm to the stud, and the support arm configured to support the electrical box. The attachment feature can include an attachment section that has a first configuration and a second configuration. In the first configuration, the attachment section can support the support arm at a first depth relative to the stud. In the second configuration, the attachment section can be configured to be folded over itself to support the support arm at a second, smaller, depth relative to the stud.

A bracket mountable electrical box having a mounting assembly or device that can secure the electrical box to a mounting bracket. The mounting assembly or device can include one more arms that can define at least a portion of a channel that can receive the mounting bracket. The channel can be selectively closed, or at least partially deformable, in a manner that can assist in retaining the engagement between the mounting bracket and the mounting assembly or device, and thus the electrical box. Such configurations can accommodate securing the electrical box to the mounting bracket without at least the use of additional tools.

A support device can have an opening to receive electrical cable or conduit and a gate that is configured to bend between an open configuration and a closed configuration relative to the opening. A locking tab can be provided configured to be selectively engaged with the gate to secure the gate in the closed configuration.

Described herein is a wire spacing and bracing management device and system. The cable bracket device is designed to span between two studs or upright braces and be attached thereto. The cable bracket is equipped with preset zip tie holes or slots along its length and has nail or screw holes for stud attachment. The cable bracket includes thumb sliders along its length for ease of movement of a set of L-shaped brackets disposed on each end of the cable bracket. The cable bracket device provides a device that is adjustable, easily mountable, and configurable depending on the cable locations and construction structure. An intermediate bar member spanning the two studs may be planar, may be or be supported by a sheet metal spine, or may be or support a connector platform. Wires, cables, and gang boxes may be mounted thereon.

A bracket system for mounting an electrical box and other components can include a mounting bracket configured to be removably secured to a support bar or a threaded rod. The mounting bracket can include a plurality of spring arms that can be manually moved towards each other to insert locking profiles of the spring arms into one or more mounting openings of the electrical box. Once the locking profiles are inserted, the spring arms can be released so that they spring resiliently apart from each other and secure the locking profiles against removal from mounting openings.

A bracket system for securing an electrical box and other components to a ceiling structure can include a support structure and a mounting bracket. The mounting bracket can include a first support member and a second support member that define a support channel for slidably receiving the ceiling member. The mounting bracket can further include a first contact member and a second contact member that extend from the second support member and define a contact channel to slidably receive the attachment end of the support structure.

A bracket for adjustable-depth mounting of an electrical box relative to a support structure can include a support body and a support arm. The support body can be configured to be secured to the support structure. A fastener can be retained on the support arm and can be adjusted relative to the support arm to move the electrical box to be secured at any of a plurality of depths relative to the support body.

An electrical system for installation in a building project includes an electrical panel assembly with a chassis and at least one housing and one or more line voltage source connection points mounted to the chassis. The system also includes one or more low voltage power sources mounted to the chassis, wherein the electrical panel assembly is located in a predetermined location in the building project for connection to one or more low voltage components via direct connections and to one or more line voltage outlets.

A system and leveling device for installing an electrical box or ring on a wall stud, and a process for installation using the same. The leveling device has a generally planar elongated substrate having a horizontal bubble level on a front face and positioning pins on a rear face. The positioning pins are configured for insertion into gang screw holes on the electrical box or ring. The system includes cross-stud braces for spanning the distance between adjacent wall studs. The electrical box or ring has pass-through slots to receive the cross-stud braces so that the electrical box or ring can be leveled using the leveling device prior to attaching the cross-stud braces to the wall studs.

A cover plate that is connectable to an electrical box includes a body configured to mount to a stud, a brace assembly, or in a gang application on opposite sides of the stud.