So when you pressed the splay all boxes went from being 1.5%. To the top array at 1.5% then next 6% and bottom array to 12%. So we are assuming you meant to say to physically adj each array now to 1.5 6 and 12 degrees. Right ?
That is correct, yes. The AIM module assists with figuring out how to set the splay angles before the array is setup. Then, when you do set it up, you already know what angles to set it in order to get the best performance from the system.
Your final array tilt angle above shows 14.5 but I think u said “ur happy with 15.5”?. Explain this multi point “pick point” again. What is it and why. Thanks Jason.
You are correct about the discrepancy between the dialogue and what is displayed on the screen. Good catch. Regarding multipoint versus single point, pick points- The array frame, which is the accessory used to suspend an array contains a number of pick points, or attachment points (holes) along the center and outer rails. The holes allow a shackle to be attached to the array frame so that it can in turn by suspended from a structure. The term single pick point refers to the use of one single attachment to the frame. Whichever specific attachment point is used will dictate the overall down tilt of the array. Multipoint pick point is when two attachment points are used. Meaning two shackles and two chains connect to two different attachment or pick points on the array frame. With a multipoint setup you have more flexibility with the array down tilt. You can adjust it to any angle desired by raising and lowering the front and back of the array independently. I hope that helps to clarify. If you want more information on the array frame and rigging an array to be suspended, you can watch this video here-th-cam.com/video/ZGpgXrShw-o/w-d-xo.html
So when you pressed the splay all boxes went from being 1.5%. To the top array at 1.5% then next 6% and bottom array to 12%. So we are assuming you meant to say to physically adj each array now to 1.5 6 and 12 degrees. Right ?
That is correct, yes. The AIM module assists with figuring out how to set the splay angles before the array is setup. Then, when you do set it up, you already know what angles to set it in order to get the best performance from the system.
Your final array tilt angle above shows 14.5 but I think u said “ur happy with 15.5”?. Explain this multi point “pick point” again. What is it and why. Thanks Jason.
You are correct about the discrepancy between the dialogue and what is displayed on the screen. Good catch. Regarding multipoint versus single point, pick points- The array frame, which is the accessory used to suspend an array contains a number of pick points, or attachment points (holes) along the center and outer rails. The holes allow a shackle to be attached to the array frame so that it can in turn by suspended from a structure. The term single pick point refers to the use of one single attachment to the frame. Whichever specific attachment point is used will dictate the overall down tilt of the array. Multipoint pick point is when two attachment points are used. Meaning two shackles and two chains connect to two different attachment or pick points on the array frame. With a multipoint setup you have more flexibility with the array down tilt. You can adjust it to any angle desired by raising and lowering the front and back of the array independently. I hope that helps to clarify. If you want more information on the array frame and rigging an array to be suspended, you can watch this video here-th-cam.com/video/ZGpgXrShw-o/w-d-xo.html