Fall protection cable system for roofing installation on steel buildings and method of use and installation thereof

A fall protection cable system configured for installation of a roof on a steel building comprising:

• a starting support post configured for attachment to a first side of the steel building, said starting support post having a bottom starting end configured to attach to the first side of the steel building and a top starting end extending above the roof on the first side of the steel building, the starting support post including:
• a starting horizontal member with a starting plate at one end configured for attachment to the steel building;
• a starting vertical member rigidly attached to the starting horizontal member and extending upward therefrom, where the starting vertical member extends at a starting slightly obtuse angle from the end of the starting horizontal member with the starting plate, whereby the starting vertical member is oriented slightly past vertical from the end of the starting horizontal member with the starting plate, the starting vertical member is a 2-piece starting vertical member having a base starting vertical member and a telescoping starting vertical member configured to be inserted into the base starting vertical member for use in the fall protection cable system and to be removed from the base starting vertical member for transportation;
• a starting ground anchor connected from another end of the starting horizontal member to ground via a starting concrete anchor plate affixed thereto, where the starting ground anchor is connected to the another end of the starting horizontal member via a first eyebolt, and is connected to the starting concrete anchor via a starting turnbuckle cable connection configured for tensioning the starting ground anchor between the another end of the starting horizontal member and the ground;
• a starting angled support member rigidly connected between the starting vertical member at a first support location and the starting horizontal member at the another end of the starting horizontal member opposite of the starting plate, the starting angled support member is configured to support the starting vertical member under load of a support cable;
• a cable winch positioned on the starting angle support and connected to a first end of the support cable, the cable winch being configured for creating a desired tension in the support cable between the starting support post and the final support post;
• a pulley at the top starting end of the starting support post configured to position the support cable at the top starting end of the starting support post while allowing the support cable to roll over the top starting end of the starting support post while being tensioned by the winch;
• and
• a chain configured to connect the first end of the support cable to the another end of the starting horizontal member for removing the cable winch from the forces of the support cable, said chain including an S-link at one end for removable connection to the first end of the support cable and being connected to the another end of the starting horizontal member via a second eyebolt;
• a final support post configured for attachment to a second side of the steel building, said final support post having a bottom final end configured to attach to the second side of the steel building and a top final end extending above the roof on the second side of the steel building, the final support post including:
• a final horizontal member with a final plate at one end configured for attachment to the steel building;
• a final vertical member rigidly attached to the final horizontal member and extending upward therefrom, where the final vertical member extends at a final slightly obtuse angle from the end of the final horizontal member with the final plate, whereby the final vertical member is oriented slightly past vertical from the end of the final horizontal member with the final plate, the final vertical member is a 2-piece final vertical member having a base final vertical member and a telescoping final vertical member configured to be inserted into the base final vertical member for use in the fall protection cable system and to be removed from the base final vertical member for transportation;
• a final ground anchor connected from another end of the final horizontal member to the ground via a final concrete anchor plate affixed thereto, where the final ground anchor is connected to the another end of the final horizontal member via a third eyebolt, and is connected to the final concrete anchor via a final turnbuckle cable connection configured for tensioning the final ground anchor between the another end of the final horizontal member and the ground;
• a final angled support member rigidly connected between the final vertical member at a second support location and the final horizontal member at the another end of the final horizontal member opposite of the final plate, the final angled support member is configured to support the final vertical member under load of the support cable;
• and
• a fourth eyebolt attached to the top final end of the final support post, the fourth eyebolt is configured to connect to a second end of the support cable for fixing the support cable to the top final end of the final support post;
• and
• the support cable is configured to be connected at an elevated position above the roof of the steel building between the top starting end of the starting support post attached to the first side of the steel building and the top final end of the final support post attached to the second side of the steel building;
• and
• personal protective equipment configured for tying off the roofing installer to the support cable, the personal protective equipment including:
• a harness;
• a lanyard;
• and
• a retractable lanyard;
• wherein the support cable is configured for allowing a roofing installer to tie off to the support cable at the elevated position above the roof during installation of the roof;
• wherein a spring deflection is created under a load of the support cable when a roofing installer falls by a combination of the starting vertical member and the final vertical member being oriented slightly past vertical from one another, wherein the starting vertical member and the final vertical member are configured to bend toward each other under the load of the support cable when the roofing installer falls.

A fall protection cable system configured for installation of a roof on a steel building comprising:

• a starting support post configured for attachment to a first side of the steel building, said starting support post having a bottom starting end configured to attach to the first side of the steel building and a top starting end extending above the roof on the first side of the steel building;
• a final support post configured for attachment to a second side of the steel building, said final support post having a bottom final end configured to attach to the second side of the steel building and a top final end extending above the roof on the second side of the steel building;
• a support cable configured to be connected at an elevated position above the roof of the steel building between the top starting end of the starting support post attached to the first side of the steel building and the top final end of the final support post attached to the second side of the steel building;
• and
• at least one intermediate support post positioned between the starting support post and the final support post, each of the at least one intermediate support posts includes:
• a base configured to be positioned on the roof of the steel building at one end of the intermediate support post;
• a summit at the other end of the intermediate support post positioned at or approximate to the elevated position of the support cable;
• and
• a passage at the summit of the intermediate support post configured for receiving the support cable therethrough, the passage supporting the support cable at the elevated position above the roof at a support location of the intermediate support post;
• wherein the base of each of the intermediate support posts is either:
• a rigid base configured to attach the intermediate support post directly to a roof beam of the steel building;
• or
• a panel base configured to attach the intermediate support post on top of a roof panel already installed on the steel building;
• wherein the intermediate support posts are configured to be changed from the rigid base to the panel base once the roof panel is installed on the steel building at the support location of the intermediate support post.