Abstract: A hanger system for the secured attachment of an illuminated fixture to a load bearing element is presented. The hanger system includes a crossbar, a canopy, and at least two cables. The crossbar further includes at least two sockets each having a first slot. The canopy is disposed along and contacts one side of the crossbar. The canopy further includes at least two second slots. Each first slot is separately aligned with one second slot. Each cable includes an anchor at a first end. Each anchor is rotatably disposed within one socket so that the cable extends through the first and second slots. The cable is rotatably disposed within the paired arrangement of slots. Each cable also has a second end attachable to the illuminated fixture. The hanger system could further include optional features such as a power cord or a stem. The stem may be configured in a fixed or rotational arrangement between crossbar and illuminated fixture.

Abstract: A hanger system capable of securing an illuminated fixture to a load bearing element is presented. The hanger system includes a cap, a base, a gripper, and at least two cables. The cap includes a top wall with a first hole and a first side wall with at least one ridge. The base includes a bottom wall and a second side wall. A sleeve extends from the bottom wall toward the top wall and is aligned with the first hole. At least two channels extend from the bottom wall and contact the second side wall. A slot is disposed along the contact between each channel and the second side wall. The slot at least partially traverses the bottom wall within each channel. The base is slidably disposed within the cap with the ridges slidably engaged along the slots. The gripper secures the cap to the base via a lower stem and is removably attachable to an upper cable via an upper stem. The lower cables are removably attachable at one end to the illuminated fixture and at another end to the channels.

Abstract: A hanger system for the secured attachment of an illuminated fixture to a load bearing element is presented. The hanger system includes a crossbar, a canopy, and at least two cables. The crossbar further includes at least two sockets each having a first slot. The canopy is disposed along and contacts one side of the crossbar. The canopy further includes at least two second slots. Each first slot is separately aligned with one second slot. Each cable includes an anchor at a first end. Each anchor is rotatably disposed within one socket so that the cable extends through the first and second slots. The cable is rotatably disposed within the paired arrangement of slots. Each cable also has a second end attachable to the illuminated fixture. The hanger system could further include optional features such as a power cord or a stem. The stem may be configured in a fixed or rotational arrangement between crossbar and illuminated fixture.

Abstract: A hanger system capable of securing an illuminated fixture to a load bearing element is presented. The hanger system includes a cap, a base, a gripper, and at least two cables. The cap includes a top wall with a first hole and a first side wall with at least one ridge. The base includes a bottom wall and a second side wall. A sleeve extends from the bottom wall toward the top wall and is aligned with the first hole. At least two channels extend from the bottom wall and contact the second side wall. A slot is disposed along the contact between each channel and the second side wall. The slot at least partially traverses the bottom wall within each channel. The base is slidably disposed within the cap with the ridges slidably engaged along the slots. The gripper secures the cap to the base via a lower stem and is removably attachable to an upper cable via an upper stem. The lower cables are removably attachable at one end to the illuminated fixture and at another end to the channels.