With the rotor down for checkup, I decided to take some pictures of my mod.
To rotate the rotor on the poll you need to loosen the brackets. But when you do this, you have two problems. The rotor and dish leans forward changing the alignment and everything wants to slide down the pole making it a handfull.
Take a small chunk of angle aluminum (or steel), drill 2 holes and cut a notch that reaches to or past the holes. Bend the corners of the notch down creating 2 wedges. Feed a couple of J-bolts through both main U-bolts and bolt to the aluminum.
The J-bolts now support everything when the brackets are loose keeping it from sliding down the pole.
Also, as the wedges are pulled down into the top of the pole by the weight, the tops of the J-bolts are pulled against the pole. This in turn pulls the top of the motor to the pole. The bottom of the motor will want to pivot towards the pole, so now it is kept tight and alighted. As you can see from the pictures, the upper bracket is very loose, but the motor is still clamped to the pole. The lower bracket can not be too loose as the lower end of the J-bolts will tend to pull away from the pole and if they get too far out, will not be able to hold the top tight.
A touch of grease on the rim of the pole would also help smooth rotating assembly.
To rotate the rotor on the poll you need to loosen the brackets. But when you do this, you have two problems. The rotor and dish leans forward changing the alignment and everything wants to slide down the pole making it a handfull.
Take a small chunk of angle aluminum (or steel), drill 2 holes and cut a notch that reaches to or past the holes. Bend the corners of the notch down creating 2 wedges. Feed a couple of J-bolts through both main U-bolts and bolt to the aluminum.
The J-bolts now support everything when the brackets are loose keeping it from sliding down the pole.
Also, as the wedges are pulled down into the top of the pole by the weight, the tops of the J-bolts are pulled against the pole. This in turn pulls the top of the motor to the pole. The bottom of the motor will want to pivot towards the pole, so now it is kept tight and alighted. As you can see from the pictures, the upper bracket is very loose, but the motor is still clamped to the pole. The lower bracket can not be too loose as the lower end of the J-bolts will tend to pull away from the pole and if they get too far out, will not be able to hold the top tight.
A touch of grease on the rim of the pole would also help smooth rotating assembly.