For those of you who have the old aluminum castings for spreader brackets and are considering the new stainless ones from Catalina Direct, I have a handy tip. I am a thinker, tinkerer and a doer and usually end up working by myself. There is a satisfaction I get from figuring out how to make a two-man job into a one-man job. This is one such example.
The CD instructions that come with the kit suggest cutting a notch in a piece of PVC pipe to hold the compression tubes while pushing them up the mast for installation. This necessarily is a two man job, and will be a frustrating one at that, even with two people.
I was working on installing mine last night and knew there had to be a better way. I fabricated a sled from some plywood scraps, sufficiently wide to firmly support the compression tubes. I then cut notches in the "sled" to support the compression tubes at the proper height. I left the sled asymetrical top-top bottom, so I could lift it to get the compression tubes past the halyard cleats' fasteners; the sled does not fully fit the interior of the mast, top to bottom. The sled I used looked a lot more crude than the one drawn, but one can take the basic idea and fit it to their skill set. I did not do both tubes at the same time as the drawing would suggest, but rather did one at a time.
With the sled, the compression tube installation becomes a one-man job. Fasten the compression tube in the appropriate slot with some masking or duct tape and slide it in to the proper pre-determined length. The compression tube will be at the right height, or mostly so, and is well supported so that once you push it in to the proper length, you can just walk up to the work location and know the tubes will not drop, as it might with the recommended PVC tube method.
I have made a crude sketch of my apparatus, modified with some hindsight...
I hope that this helps someone in the future.
The CD instructions that come with the kit suggest cutting a notch in a piece of PVC pipe to hold the compression tubes while pushing them up the mast for installation. This necessarily is a two man job, and will be a frustrating one at that, even with two people.
I was working on installing mine last night and knew there had to be a better way. I fabricated a sled from some plywood scraps, sufficiently wide to firmly support the compression tubes. I then cut notches in the "sled" to support the compression tubes at the proper height. I left the sled asymetrical top-top bottom, so I could lift it to get the compression tubes past the halyard cleats' fasteners; the sled does not fully fit the interior of the mast, top to bottom. The sled I used looked a lot more crude than the one drawn, but one can take the basic idea and fit it to their skill set. I did not do both tubes at the same time as the drawing would suggest, but rather did one at a time.
With the sled, the compression tube installation becomes a one-man job. Fasten the compression tube in the appropriate slot with some masking or duct tape and slide it in to the proper pre-determined length. The compression tube will be at the right height, or mostly so, and is well supported so that once you push it in to the proper length, you can just walk up to the work location and know the tubes will not drop, as it might with the recommended PVC tube method.
I have made a crude sketch of my apparatus, modified with some hindsight...
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