Double Pipe clamp - parametric

thingiverse

An innovative double pipe clamp, designed for a flat installation plan. This adaptable solution is perfect for wall mounting applications. How I Designed This OpenSCAD Project ===================================== This project uses the powerful OpenSCAD software to create a unique double pipe clamp. Code Overview ------------- ```openscad // +-----------------------------------------------+ // | OPENSCAD Double Pipe Clamp V2 | // | 2016 gaziel@gmail.com | // | Beerware Licence | // +-----------------------------------------------+ // Define variables for the project d1 = 10; // First pipe diameter d2 = 60; // Second pipe diameter ep = 2; // Thinkness (thickness) h = 5; // Hight (height) // Options for customization pylone = "no"; // [yes,no] - Add a support system hole = "no"; // [yes,no] - Create holes for pipes dh = 1.5; // Hole diameter $fn = 200/2; difference() { union() { // Create supports for the pipes clamp(min(d1, d2)); translate([(d1 + d2) / 2 + ep, 0, 0]) clamp(max(d1, d2)); // Create a flat mounting system (optional) if (pylone == "yes") { pylone(d1, d2); translate([(d1 + d2) / 4, -max(d1/2, d2/2) - ep/2, 0]) cube([((d1 + d2) / 2) + (2 * ep), ep, h], center = true); } } // Create holes for the pipes (optional) if (hole == "yes") { rotate([90, 0, 0]) cylinder(d = dh, h = max(d1, d2)*6, center = true); translate([(d1 + d2) / 2 + ep, 0, 0]) rotate([90, 0, 0]) cylinder(d = dh, h = max(d1, d2)*6, center = true); } } // Define the pylone module module pylone(dc1, dc2) { hull() { translate([0, -(min(dc1, dc2)/2) - (ep/2), 0]) cube([h, ep, h], center = true); translate([0, -(max(dc1, dc2)/2) - ep/2, 0]) cube([h + (2 * ep), ep, h], center = true); } } // Define the clamp module module clamp(dc) { difference() { cylinder(d = dc + ep*2, h = h, center = true); cylinder(d = dc, h = h, center = true); translate([0, (dc + ep)/2, 0]) rotate([0, 0, 45]) cube([dc, dc, h], center = true); } } ``` This code uses OpenSCAD to create a double pipe clamp with customizable features such as support systems and holes for pipes. The project is designed for flat installations and can be easily adapted to various applications.