This bar was designed to replace your original equipment sway-bar. The diameter of the bar has been increased for more roll resistance; the contours of the bar may differ slightly, if some of the bends were not necessary. This kit may come with none, some or all of the hardware required to install the bar depending on the application. If hardware is not included with the kit, the hardware from the O.E. bar must be retained and re-used. If these parts are too worn to be re-used it will be necessary to obtain them from your O.E. parts dealer. If your car/truck was not equipped with O.E. bar, the installation of this bar may not be possible.
Showing posts with label diameter. Show all posts
Showing posts with label diameter. Show all posts
Wednesday, September 22, 2010
Chevrolet Van 97 & Up Sway Bar Installation
1:17 AM by onesecond
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Labels: bends, binding effect, bushings, car truck, Chevrolet, chevrolet van, contours, diameter, interference, original equipment, rear sway bar, resistance, road test, step 1, step 3, suspension travel, sway bars, tire clearance, wheels
Labels: bends, binding effect, bushings, car truck, Chevrolet, chevrolet van, contours, diameter, interference, original equipment, rear sway bar, resistance, road test, step 1, step 3, suspension travel, sway bars, tire clearance, wheels
Monday, May 17, 2010
Front Connected 63 Fuse Fitting
12:47 AM by onesecond
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Labels: conductor, conductors, copper, diameter, ferrule, ferrules, flexible cables, fuse, groove, PDF Download, red nylon, screw, strands, terminal c, thin wall, wall thickness
Labels: conductor, conductors, copper, diameter, ferrule, ferrules, flexible cables, fuse, groove, PDF Download, red nylon, screw, strands, terminal c, thin wall, wall thickness
Method of Cabling Front connected fuse fittings
1. Remove red nylon insulating shroud to release cable sleeve.
2. Remove cable sleeve.
3. Fit cable sleeve over cable.
4. Fit conductor into fuse base terminal and tighten cable clamping screw to secure. If flexible cables are used, their relatively fine strands may be given increased protection by the use of thin wall copper ferrules over the conductor.
The following should be taken into account:
1. Remove red nylon insulating shroud to release cable sleeve.
2. Remove cable sleeve.
3. Fit cable sleeve over cable.
4. Fit conductor into fuse base terminal and tighten cable clamping screw to secure. If flexible cables are used, their relatively fine strands may be given increased protection by the use of thin wall copper ferrules over the conductor.
The following should be taken into account:
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