Abstract: A mounting frame for removeably mounting one or more electrical devices has a base, a mounting bracket and a plurality of platforms for mounting the electrical devices thereon. The mounting bracket has openings for engaging with mounting bolts on a utility pole or other support structure. The mounting frame is balanced and has an eye bolt for elevating the frame to the desired level on the support structure during installation.

Abstract: An instrument transformer for measuring properties of electricity in a power line is provided. The instrument transformer includes a cover section releasably secured to a base section. The cover section includes a first core segment encapsulated in a first encasement formed from a polymer resin. The base section includes a second core segment with a low voltage winding mounted thereto and a voltage transformer, all of which are encapsulated in a second encasement formed from a polymer resin. When the cover section and the base section are secured together, the first core segment adjoins the second core segment, thereby forming a current transformer having a core formed from the first and second core segments. A method for making the instrument transformer includes the connection of the cover section to the base section to form a passage through which a high voltage conductor may extend.

Abstract: A mounting frame for removeably mounting one or more electrical devices has a base, a mounting bracket and a plurality of platforms for mounting the electrical devices thereon. The mounting bracket has openings for engaging with mounting bolts on a utility pole or other support structure. The mounting frame is balanced and has an eye bolt for elevating the frame to the desired level on the support structure during installation.

Abstract: An instrument transformer for measuring properties of electricity in a power line is provided. The instrument transformer includes a cover section releasably secured to a base section. The cover section includes a first core segment encapsulated in a first encasement formed from a polymer resin. The base section includes a second core segment with a low voltage winding mounted thereto and a voltage transformer, all of which are encapsulated in a second encasement formed from a polymer resin. When the cover section and the base section are secured together, the first core segment adjoins the second core segment, thereby forming a current transformer having a core formed from the first and second core segments. A method for making the instrument transformer further comprises the connection of the cover section to the base section to form a passage through which a high voltage conductor may extend.