Removable azimuth fine adjustment tool and method for a satellite dish antenna system

A method for fine tuning azimuth in a satellite dish antenna placed on a mast pipe, said method comprising:

• engaging a protrusion on a tool in a formed slot of a mast clamp of the satellite dish antenna;
• clamping a pair of opposing jaws of the tool around the mast pipe to hold the protrusion in the formed slot;
• moving the mast clamp in the azimuth direction when a cam in the tool connected to the protrusion is turned to fine tune the azimuth of the satellite dish antenna;
• tightening the mast clamp to the mast pipe after fine tuning of the azimuth occurs;
• releasing the opposing jaws of the tool from the mast pipe to remove the tool.

A tool for finely adjusting azimuth in a satellite antenna system comprising:

• a clamp having a pair of opposing jaws;
• a lever connected to said clamp for opening and closing said opposing jaws;
• an azimuth cam having a rotating protrusion and an adjuster;
• as said adjuster turns, said protrusion rotates to provide said fine azimuth adjustment for said satellite antenna.

A tool for finely adjusting azimuth in a satellite system comprising:

• a clamp having a clamp plate pivotally connected to a clamp body, said clamp plate having a first curved jaw, said clamp body having a second curved jaw opposing said first curved jaw;
• a lever having a handle pivotally connected to a link, said link pivotally connected to said clamp plate and said handle pivotally connected to said clamp body, said lever opening and closing said first and second curved opposing jaws;
• an azimuth cam having a rotating protrusion pivotally connected to an adjuster;
• as said adjuster turns said protrusion rotates to provide said fine azimuth adjustment for said satellite antenna.