forked from josefprusa/PrusaMendel
/
x-end-motor.scad
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x-end-motor.scad
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// PRUSA Mendel
// X-end with NEMA 17 motor mount
// GNU GPL v2
// Josef Průša
// josefprusa@me.com
// prusadjs.cz
// http://www.reprap.org/wiki/Prusa_Mendel
// http://github.com/prusajr/PrusaMendel
include <configuration.scad>
corection = 1.17;
/**
* @name X end motor
* @category Printed
* @using 2 bushing
* @using 8 m3x10
* @using 4 m3nut
* @using 4 m3washer
* @using 1 m8spring
* @using 2 m8nut
*/
module xendmotor(){
translate(v = [0,17,24.5]) union(){
difference(){
union(){
//translate(v = [0, -25, 0]) cube(size = [70,70,5], center = true);
translate(v = [-25, -40, -16.6])cube(size = [20,40,15.8], center = true);
translate(v = [25, -40, -16.6])cube(size = [20,40,15.8], center = true);
}
//nut traps
translate(v = [-25, -29, -19.7]) cylinder(h = 7, r=m3_nut_diameter/2, $fn=6, center=true);
translate(v = [-25, -29, -20]) cylinder(h = 10, r=m3_diameter/2, $fn=9, center=true);
translate(v = [25, -29, -19.7]) cylinder(h = 7, r=m3_nut_diameter/2, $fn=6, center=true);
translate(v = [25, -29, -20]) cylinder(h = 10, r=m3_diameter/2, $fn=9, center=true);
translate(v = [-25, -50, -19.7]) cylinder(h = 7, r=m3_nut_diameter/2, $fn=6, center=true);
translate(v = [-25, -50, -20]) cylinder(h = 10, r=m3_diameter/2, $fn=9, center=true);
translate(v = [25, -50, -19.7]) cylinder(h = 7, r=m3_nut_diameter/2, $fn=6, center=true);
translate(v = [25, -50, -20]) cylinder(h = 10, r=m3_diameter/2, $fn=9, center=true);
//round corners
translate(v = [35.1, -60.1, -25]) rotate(a=[0,0,90]) roundcorner(round_corner_diameter);
translate(v = [-35.1, -60.1, -25]) rotate(a=[0,0,0]) roundcorner(round_corner_diameter);
translate(v = [-35.1, -19.9, -25]) rotate(a=[0,0,-90]) roundcorner(round_corner_diameter);
//holes for axis
translate(v = [-25, -18-22, -16.7]) rotate(a=[90,0,0]) {
cylinder(h = 42, r=4.5, $fn=20, center=true);
translate(v = [0, 2.60, 0]) cylinder(h = 42, r=3.65, $fn=6, center=true);
}
translate(v = [25, -18-22, -16.7]) rotate(a=[90,0,0]) {
cylinder(h = 42, r=4.5, $fn=20, center=true);
translate(v = [0, 2.60, 0]) cylinder(h = 42, r=3.65, $fn=6, center=true);
}
//slider cutouts
translate(v = [0, -25, 15])
difference(){
translate(v = [0, -0, -14.5])cube(size = [23,23,50], center = true);
}
//nut trap
translate(v = [0, -55, 15]) {
difference(){
translate(v = [0, -0, -15])cylinder(h = 50, r=m8_nut_diameter/2+thin_wall, $fn=6, center=true);
}
}
}
//slider
translate(v = [0, -25, 15])
difference(){
union(){
translate(v = [0, -3.5, -7]) cube(size = [17+2*thin_wall,17,65], center = true);
translate(v = [0, -3.5, -31.6]) cube(size = [33,17,15.8], center = true);}
translate(v = [0, -0, -7])cube(size = [17,17,70], center = true);}
//nut trap
translate(v = [0, -55, 15]) {
difference(){
union(){difference(){
union(){
translate(v = [0, -0, -19.5])cylinder(h = 40, r=m8_nut_diameter/2+thin_wall*corection, $fn=6, center=true);
translate(v = [0, 0, -31.6]) cube(size = [35,10,15.8], center = true);}
cylinder(h = 90, r=m8_nut_diameter/2, $fn=6, center=true);
}
translate(v = [0, 0, -31]) cylinder(h = 4, r=m8_nut_diameter/2+thin_wall, $fn=6, center=true);}
translate(v = [0, 0, 12.5]) cylinder(h = 90, r=m8_diameter/2, $fn=9, center=true);
}
}
//nema17 connector
translate(v = [0, 0, -12]) difference(){
union(){
translate(v = [21, -22.5, 36.5]) cube(size = [24,5,6], center = true);
translate(v = [32.5, 2, 13.5]) cube(size = [5,54,52], center = true);
translate(v = [22.5, 2, -11]) cube(size = [20,54,3], center = true);}
// some reduction of bottom part
translate(v = [15, 15, -11]) rotate ([0,0,-17]) cube(size = [20,70,25], center = true);
translate(v = [0, 0, -4.7]){
translate(v = [32.5, 7, 23.5]) rotate(a=[0,90,0]) rotate(a=[0,0,30]) cylinder(h = 10, r=12, $fn=20, center=true);
translate(v = [30, 7, 23]) rotate(a=[0,90,0]){rotate ([0,0,45]) translate([20,0,0]) cube(size = [9,3.2,25], center = true);
rotate ([0,0,-45]) translate([20,0,0]) cube(size = [9,3.2,25], center = true);
rotate ([0,0,135]) translate([20,0,0]) cube(size = [9,3.2,25], center = true);
rotate ([0,0,-135]) translate([20,0,0]) cube(size = [9,3.2,25], center = true);
rotate ([0,0,135]) translate([32,0,0]) cube(size = [9,20,25], center = true);
}
}
}}
}
xendmotor();