Model do kontrolera pompy pieca

Dom/obudowa_ESP_pompy_pieca.scad

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+include <BOSL2/std.scad>
+include <BOSL2/screws.scad>
+
+// e - electronics
+// w - wago
+
+// this box will have 2 compartments - Electronics and Wago.
+
+e_d = 110;
+
+w_d = 80;
+
+
+w = 65;
+h = 40;
+div_h = 30;
+t = 2;
+
+thicker_wall_t = 7;
+
+screw_hole_t = 2.5;
+screw_spec = "M2.5,3";
+
+$fn = 36*5;
+
+// helpers
+out_d = e_d+w_d+3*t;
+out_w = w+2*t;
+corners = [
+    [-out_w/2, 2*t, -out_d/2, 3*t, 8],
+    [-out_w/2, 2*t, out_d/2, -3*t, 8],
+    [out_w/2, -2*t, -out_d/2, 3*t, 8],
+    [out_w/2, -2*t, out_d/2, -3*t, 8],
+    [out_w/2, -2*t, -out_d/2+e_d + 3*t, 0, 8],
+    [-out_w/2, 2*t, -out_d/2+e_d + 3*t, 0, 8]
+];
+
+module cable_cutout(cable_d,h,l, screw_d, screw_l, s_spec) {
+    // hole
+    down(h) yrot(90) cyl(h=l,d=cable_d);
+    // vertical from hole
+    down(h-h*3/8) fwd(cable_d/2 - 0.25) cuboid([l,0.5,h*3/4]);
+    down(h-h*3/8) back(cable_d/2 - 0.25) cuboid([l,0.5,h*3/4]);
+    // horizontal
+    down(h/4) fwd(cable_d/2 + screw_l/2 - 0.5) cuboid([l,screw_l,0.5]);
+    down(h/4) back(cable_d/2 + screw_l/2 - 0.5) cuboid([l,screw_l,0.5]);
+    // vertical at the top
+    fwd(cable_d/2 + screw_l - 0.5) cuboid([l,0.5,h/2 + 0.5]);
+    back(cable_d/2 + screw_l - 0.5) cuboid([l,0.5,h/2 + 0.5]);
+    // hole for screw heads
+    fwd(cable_d/2 + screw_l/2) screw_hole(s_spec, head="flat", anchor="top");
+    back(cable_d/2 + screw_l/2) screw_hole(s_spec, head="flat", anchor="top");
+    // hole for screws
+    fwd(cable_d/2 + screw_l/2) down(h/2)  cyl(d=2, h=h);
+    back(cable_d/2 + screw_l/2) down(h/2)  cyl(d=2, h=h);
+}
+
+// box
+difference() {
+    union() {
+        // box
+        difference() {
+            cuboid([out_w, out_d, h], chamfer=2, edges=[BOTTOM,"Z"]);
+            up(t) cuboid([w, e_d+w_d+t, h], chamfer=2);
+        }
+        // divider
+        fwd(out_d/2) back(w_d) down(h/2-div_h/2 - t)
+            cuboid([w+t, t, div_h]);
+        // supports for screw holes
+        for(i = corners) {
+            fwd(i[2] + i[3]) left(i[0]+i[1]) up(h/2 - h/12) chain_hull() {
+                cyl(h=h/6, d=i[4]);
+                translate([i[1]/2,i[3]/2,-h/3]) cyl();
+            }
+        }
+        // thicker wall
+        left(w/2 - thicker_wall_t/2) cuboid([thicker_wall_t, out_d-2*t, h]);
+    }
+
+    // places for screws
+    for(i = corners) {
+        fwd(i[2] + i[3]) left(i[0]+i[1]) up(h/2 - h/12)
+            cyl(h=h/6, d=screw_hole_t);
+    }
+    // cutouts for cables
+    up(h/2) left(w/2 - thicker_wall_t/2 + t/2) union() {
+        back(10) cable_cutout(5,10,20,4,8, screw_spec);
+        fwd(38) cable_cutout(7,10,20,4,8, screw_spec);
+        fwd(65) cable_cutout(7,10,20,4,8, screw_spec);
+    }
+}
+
+// lid
+left(w*2) 
+up(h/2 + 4*t)
+difference() {
+    // lid
+    union() {
+        cuboid([out_w, out_d, t*2], chamfer=1);
+        // down(t) cuboid([w, e_d+w_d+t, t*2], chamfer=2);
+    }
+    // holes for screws
+    for(i = corners) {
+        fwd(i[2]+i[3]) left(i[0]+i[1]) up(t) union() {
+            screw_hole(screw_spec, head="flat", anchor="top");
+            cyl(d=2,h=10);
+        }
+    }
+}