The present invention provides a step-bolt adaptor for engagement with an elongate step-bolt attached to a structure, the step-bolt adaptor comprising a body having a step-bolt engagement portion for engagement with a step-bolt; and a support portion extending from the step-bolt engagement portion, the support portion adapted to receive a part of a fall arrest system of a user. The present invention further provides a kit comprising a step-bolt for engagement with a structure and a step bolt adaptor for engagement with the step-bolt.

Combination step bolt and fall protection anchorage assemblies are disclosed that may be mounted on structures such as communication towers, poles and antennas. The assemblies include a mounting plate that can be bolted to the structure, an integrated anchorage clip connected to the mounting plate having at least one safety hook hole extending therethrough, and a step bolt secured to the integrated anchorage clip.

Combination step bolt and fall protection anchorage assemblies are disclosed that may be mounted on structures such as communication towers, poles and antennas. The assemblies include a mounting plate that can be bolted to the structure, an integrated anchorage clip connected to the mounting plate having at least one safety hook hole extending therethrough, and a step bolt secured to the integrated anchorage clip.

A step bolt connector and bolt assembly creates steps on a structure for accommodating a worker's boot. A first threaded bore is formed in a cylindrical end of a step bolt connector and this first threaded bore is threaded onto an exposed bolt on a structure. A sight hole extends from the exterior of the connector to the inward end of the first threaded bore for visually checking to see if the bolt is adequately attached in the first bore. A recess is formed in the cylindrical end and the recess is dimensioned to fit over fastening nut on the exposed bolt on the structure. When the first threaded bore is screwed onto the exposed bolts on the structure, the recess at least partially surrounds shields and protects the fastening nut on the exposed end of the bolt. A second threaded bore is formed in a second end (a truncated conical end) of the connector, and a step bolt is secured in the second threaded bore. The step bolt is dimensioned so that the step bolt when fastened to the connector forms a step on the structure having a length greater than the width of the workers boot. In this manner, a convenient step is formed on the structure for use in climbing the structure to perform repairs, maintenance or modifications.

A step bolt connector and bolt assembly creates steps on a structure for accommodating a worker's boot. A first threaded bore is formed in a cylindrical end of a step bolt connector and this first threaded bore is threaded onto an exposed bolt on a structure. A sight hole extends from the exterior of the connector to the inward end of the first threaded bore for visually checking to see if the bolt is adequately attached in the first bore. A recess is formed in the cylindrical end and the recess is dimensioned to fit over fastening nut on the exposed bolt on the structure. When the first threaded bore is screwed onto the exposed bolts on the structure, the recess at least partially surrounds shields and protects the fastening nut on the exposed end of the bolt. A second threaded bore is formed in a second end (a truncated conical end) of the connector, and a step bolt is secured in the second threaded bore. The step bolt is dimensioned so that the step bolt when fastened to the connector forms a step on the structure having a length greater than the width of the workers boot. In this manner, a convenient step is formed on the structure for use in climbing the structure to perform repairs, maintenance or modifications.

Combination step bolt and fall protection anchorage assemblies are disclosed that may be mounted on structures such as communication towers, poles and antennas. The assemblies include a mounting plate that can be bolted to the structure, an integrated anchorage clip connected to the mounting plate having at least one safety hook hole extending therethrough, and a step bolt secured to the integrated anchorage clip.

Combination step bolt and fall protection anchorage assemblies are disclosed that may be mounted on structures such as communication towers, poles and antennas. The assemblies include a mounting plate that can be bolted to the structure, an integrated anchorage clip connected to the mounting plate having at least one safety hook hole extending therethrough, and a step bolt secured to the integrated anchorage clip.

A multipurpose and adaptable ladder system includes one or more climbing sections. Each climbing section includes a channel having a web with a front surface, a rear surface opposite the front surface, and a plurality mounting holes. Each mounting hole extends from the front surface through the rear surface and is configured to receive a fastener for mounting the climbing section. The channel also includes first and second flanges extending away from the rear surface of the web to form a channel opening therebetween. Each climbing section further includes one or more climbing steps. Each climbing step extends from the front surface of the web, includes a climbing surface, and is configured to receive at least one hand and/or at least one foot of a climber.

A multipurpose and adaptable ladder system includes one or more climbing sections. Each climbing section includes a channel having a web with a front surface, a rear surface opposite the front surface, and a plurality mounting holes. Each mounting hole extends from the front surface through the rear surface and is configured to receive a fastener for mounting the climbing section. The channel also includes first and second flanges extending away from the rear surface of the web to form a channel opening therebetween. Each climbing section further includes one or more climbing steps. Each climbing step extends from the front surface of the web, includes a climbing surface, and is configured to receive at least one hand and/or at least one foot of a climber.

A pole step can include an L-bolt with a first portion extending along a first axis and a second portion extending along a second axis, the second axis substantially perpendicular from the first axis, the first portion comprising a raised key. The pole step can further include a step body comprising a first end wall, a second end wall, a step wall extending between the first end wall and the second end wall, and a passage. The passage can be configured to receive the L-bolt. The step body and L-bolt can be adjustable relative to one another to vary a distance between the first end wall of the step body and the second portion of the L-bolt.