Abstract: A damper assembly staking system that provides for staking damper weights onto a messenger is disclosed. The damper assembly includes damper weights having a forked side which accepts a messenger. A hole is drilled in the forked side of the damper weight to receive the messenger. A staking hole is then drilled into the bottom of the damper weights. The staking hole extends just past the side of the messenger hole and is sized to receive a staking ball. Staking of the damper weight is accomplished by pressing the staking ball into the staking hole via a hardened dowel pin to secure the messenger within the damper weights.

Abstract: A damper assembly staking system that provides for staking damper weights onto a messenger is disclosed. The damper assembly comprises at least one damper weight with a forked side which accepts a messenger. A hole is drilled in the forked side of the damper weight to receive the messenger. A staking hole is then drilled into the bottom of the damper weights. The staking hole extends just past the side of the messenger hole and is sized to receive a staking ball. Staking of the damper weight is accomplished by pressing the staking ball into the staking hole via a hardened dowel pin to secure the messenger within the damper weights.

Abstract: A spacer and/or spacer damper that provides for uniform spacing of horizontally bundled sub-conductors as well as enhanced heat dissipation is disclosed. More particularly, when applied to electrical transmission lines, the configuration of the spacer and/or spacer damper can include formed-wire outer rods which increase the conductor surface area thereby enhance heat dissipation. In other words, the outer rod assembly disclosed herein can provide for minimizing damaging effects of motion while enhancing heat dissipation of the underlying conductor and connector arm. Still further, the subject spacer or spacer damper can alleviate entangling of the sub-conductors most often caused by galloping, ice unloading, and fault currents.

Abstract: An appliance is provided for terminating high temperature conductors. The appliance includes a clevis member, a first set of aluminum elongate helically formed reinforcement members, and first and second U-shaped dead-end members having leg portions formed of an aluminum material and an aluminum-coated metal material, respectively. The reinforcement members and first and second dead end members are applied to the associated conductor in a layered relationship in a manner to establish a phase ordering of aluminum alloy and aluminum covered steel wire materials over the circumference of the conductor. The combination of aluminum alloy and aluminum coated steel wire materials provides desired strength while maintaining an operating temperature of the appliance lower than an operating temperature of the associated conductor.