Discrete galvanic anode
View Patent ↗A discrete sacrificial zinc anode is fabricated from one or more slotted and slatted metal plates. The plates are fixed in a parallel planar configuration using conventional fasteners. One or more electrical connection wires are formed with a looped portion for spacing the anode assembly a predetermined distance from a steel reinforcing member.
1. An anode assembly, comprising:
a first metal plate having a plurality of projections extending outwardly from said first metal plate;
a second metal plate having a plurality of projections extending outwardly from said second metal plate;
a fastener coupling said first metal plate to said second metal plate;
a wire fastened to said first metal plate;
a washer disposed between said first and second metal plates; and
a mortar covering said first and second metal plates.
2. The assembly of claim 1 , wherein said first and second metal plates extend substantially parallel with one another and define a gap therebetween.
3. The assembly of claim 1 , wherein said first metal plate has a plurality of slots formed therethrough adjacent said plurality of projections.
4. The assembly of claim 1 , wherein said plurality of projections comprises a plurality of slats.
5. The assembly of claim 2 , wherein said first metal plate is electrically connected to said second metal plate by said fastener.
6. The anode assembly of claim 1 , wherein said first metal plate comprises zinc.
7. The anode assembly of claim 1 , wherein said wire further comprises a twisted portion and a pair of arms extending from said twisted portion.
8. The anode assembly of claim 7 , further comprising an opening formed between said pair of arms for receiving a steel reinforcement.
9. The anode assembly of claim 1 , wherein said wire is formed with a loop fastened to said first metal plate.
10. The anode assembly of claim 1 , wherein said wire is clamped between said first and second metal plates.
11. The anode assembly of claim 1 , further comprising a steel reinforcement member and wherein said wire is formed with a first loop fastened to said metal plate and a second loop bent around said steel reinforcement member.
12. An anode assembly, comprising:
a first metal plate having a plurality of projections extending outwardly from said first metal plate;
a second metal plate having a plurality of projections extending outwardly from said second metal plate;
a wire fastened to said first metal plate;
a mortar covering said first and second metal plates; and
a fastener coupling said first metal plate to said second metal plate and clamping said wire to said first metal plate.
13. An anode assembly, comprising:
a first metal plate extending in a first plane and having a plurality of projections extending outwardly therefrom;
an electrically conductive wire formed in a first closed loop extending adjacent to said first plane and electrically coupled at a first end portion to said first metal plate;
a mortar covering said first metal plate and said first end portion of said first closed loop;
said first closed loop extending outwardly from said mortar and extending into a twisted portion; and
said electrically conductive wire having a pair of free end wire portions extending from said twisted portion in a second plane substantially perpendicular to said first plane for aligning said first metal plate with a steel reinforcement member.
14. The anode assembly of claim 13 , wherein said pair of free end wire portions are formed in an open saddle-shaped loop for engaging the outer surface of a steel reinforcement member.
15. The anode assembly of claim 14 , further comprising a steel reinforcement member disposed closely within said saddle-shaped loop.
16. The anode assembly of claim 15 , wherein said first metal plate extends substantially parallel to said steel reinforcement member.
17. The anode assembly of claim 13 , wherein said twisted portion is spaced apart from said first metal plate and said mortar by a predetermined distance so as to space a steel reinforcement member a predetermined distance from said first metal plate and said mortar when a steel reinforcement member is held between said free end portions adjacent said twisted portion.