Foot Rails

ID #1000

How do I install my foot rail?

installing bar rail

Installing Your Bar Rail

Installing your bar rail is a relatively easy task.
You’ll need a few basic tools which you probably
already have or can purchase at most any hardware store.

Materials and tools that may be needed depending upon your application

  1. Hacksaw or  large tube cutter or chop saw with metal cutting blade
  2. Pencil or Non-permanent marker
  3. Masking tape
  4. Screwdriver
  5. Drill
  6. Channel Lock type pliers
  7. Miter box
  8. Household Glue, Metal Adhesive, Adhesive Caulk
Not all applications will require you to cut your tubing.
In general, if you did not purchase a prefabricated kit to your exact measurements,
you may need to trim your tubing on-site to achieve the exact measurements you need.

Tubing cuts easily with a hacksaw, large tubing cutter or
chop saw fitted with a fine metal cutting blade.
If you have a kit with 3 or more sections, simply remember that two of the sections will always be longer than the others.  This is done to achieve consistent bracket spacing.

THE LONGER SECTIONS ARE ALWAYS PLACED
AT OPPOSITE ENDS OF THE BAR RAIL.

If your tube comes in sections, you’ll be using splices.  To insert splices into tubing sections, simply squeeze the splice with your hands or a pair of channel lock pliers until compressed enough to insert… then insert splice half way into tubing and release.  Repeat for other end of splice.  Compress only enough to permit insertion --Do not compress so much as to bend splice.

splice may be split brass tube or steel sleeve
          i
tubing splice

If required for your installation, use a hacksaw or chop saw or tubing cutter to cut the brass foot rail tubing to the proper length. To achieve proper bracket spacing that will permit you  to cover any seams, always cut equal amount off of each tube on a given side.  If using a hacksaw, you may want to use a miter box for the best cut. File off any burrs after you finish cutting the tube.  If your tube is in sections, you’ll want to make your cuts on the sides at which you’ll be placing the internal splice.
Place the mounting brackets onto the brass tube. Position the brackets on the floor and the bar, and mark and drill pilot holes.

The brackets should be placed no more than 5’ apart and should be spaced as evenly as possible.  For the best look, do not place brackets at the very ends of the tubing, whenever possible.  We recommend an inset of  4”-6”.


 Screw the mounting brackets in place. If one end of the tube will be close to a wall, you'll probably need to attach the end cap or decorative finial before attaching the brackets to the floor and wall. 
Place brackets on tube. Space along tube as required.

Drill tube using guide hole in bracket. Use #30 jobber bit or equivalent for screws size (available at most hardware stores).  Use the self-tapping screws,supplied by 4Rails.com, to attach brackets to tube. 

Attach brackets (with tubing) to bar: Drill bar using guide holes in bracket. Use woodscrews, supplied by 4Rails.com, to attach brackets to bar.

Apply adhesive caulk or household glue such as  to the decorative finial or end cap, and insert the finial into the end of the tube . Twist the end cap or finial for better adhesion.        

Some slide over the outside of tubing and may be screwed into place.


Multi-sided bars with attached sides:
Follow cutting, splicing and other applicable instructions above but remember that the length of each side tubing required to be connected will be longer than the bar face.  The extra length will be determined by angle between the sides.  This is due to the fact that the bar rail sits 6” from the face of the bar, so the point of intersection between two sides is up to 6” longer than the bar side (for outside angles).  Lay out all of your tubing on the floor prior to cutting or attaching sections.  Better yet, place masking tape on the floor to simulate the bar rail and lay out each splice, bracket, elbow, etc.  Make your cuts so that all brackets are evenly spaced and that a bracket is used to cover each splice seam.




 

 

 



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Last update: 2009-12-22 23:33
Author: Michael
Revision: 1.1

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