C0C0Chane1: a parametric double pipe clamp

thingiverse

This is a Parametric Double Pipe Clamp for Assembly of Two Pipes (Like Durite, Gaz Pipe etc.) I Designed This //+-------------------------------------------------+ //| OPENSCAD Double Pipe Clamp - c0c0chane1 Clamp | //| 2015 gaziel@gmail.com | //+- -----------------------------------------------+ // Diameter for the First Pipe dp1 = 30; // Diameter for the Second Pipe dp2 = 10; Thickness = 5; ep = 3; // Hole for Colson, Rilsan or Hose Clamp dh = 1; // Hole diameter for the hose clamp, "0" for no hole. $fn = 50; Orientation = 0; // Orientation in degree (zero for straight) translate([-(dp2 + ep)/2, 0, 0]) rotate([0, 0, 180]) ring(dp2, 0); translate([(dp1 + ep)/2, 0, 0]) rotate([0, 0, Orientation]) ring(dp1, Orientation); Module Ring (dp, or) Difference () { Hull() { Rotate([or, 0, 0]) Cylinder(d = dp + ep, h = ep, center = true); Translate([-(dp + ep)/2, 0, 0]) rotate([90, 0, 0]) Cylinder(d = ep, h = 2ep, center = true); } Rotate([or, 0, 0]) { Union() { Cylinder(d = dp, h = dp, center = true); Rotate([0, 0, 225]) Translate([-dp, 0, -Thickness * 6]) Cube([dp, dp, Thickness * 6]); Translate([-(dp + ep)/2, 0, 0]) rotate([90, 0, 0]) Cylinder(d = dh, h = Thickness * 3, center = true); } } Translate([-(dp + ep)/2, 0, 0]) rotate([90, 0, 0]) Cylinder(d = dh, h = dp * Thickness, center = true); }