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add: sc808t_ssd_disk-slider

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zeus 2023-06-19 20:12:21 +02:00
parent a2a36a1ea1
commit 6b1f5aa41b
7 changed files with 190 additions and 0 deletions
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// supermicro SC808 (and others) extended slider drawers to re-utilize 3.5"-hdd-cages for multiple 2.5" ssds
// by zeus - 2023-06-15 - CC-BY-NC-SA-4.0 - https://git.kostianix.de/zeus/3d-stuff/openscad/own/supermicro_sc808t/
// #####################################
$fn=50;
q=0.01;
Q=1;
slack=0.5;
mt=2;
layer=0.3; // layer height of the 3d-printer to archieve some very narrow walls or floors without strange rounding errors
rod_hole_dia=4.5; // with some slack for m4 threaded bolts
slide_base_hole_dia=4; // 4.0 for m3 short inserts from cnc-kitchen
disk_w=70+slack; // real measurement more like 69.9
disk_l=100+slack; // real measurement more like 100.4/101 (connector overhang). effective length with cables at least 125mm!
disk_h=7.0; // unfortunately this is not really standardized. most relevant ssds will have 6.74-7.1mm thickness
//slider-vars
slide_base_l=130;
slide_base_w=75;
slide_base_h=12;
slide_top_h=12;
slide_wall_t=7.5;
slide_bottom_t=3.3; // for m3 short inserts from cnc-kitchen at least 3mm is needed, regular is 5.7mm
slide_wall_hole_dia=slide_base_hole_dia; // same as bottom to accomodate same inserts
slide_wall_hole_t=3; // minimal distance of 3mm, because space is tight here
slide_wall_z_offset=6.5; // distance from bottom
slide_channel_w=17.5;
// supermicro 3.5"-hdd-drawer mockup for reference
draw_w_inner=101;
draw_l_inner=150; // slightly less in reality, but non-critical dimension
draw_h_inner=21; // from bottom upwards
draw_w_front=107.5;
draw_l_front=31.5;
draw_h_front=27;
draw_t_outer=(draw_w_front-draw_w_inner)/2; //thickness of the rails
draw_hole_h=6.5; // height of the center of the mounting hole (from the bottom)
draw_hole_dia=slide_base_hole_dia;
draw_hole_y1=19; // distance of first sidehole (from front)
draw_hole_y2=79;
draw_hole_y3=121;
filler_w=draw_w_inner-slide_base_w-slack;
flange_d=1;
flange_h=3;
// #####################################
module drawer_mockup(){
color("brown")translate([0,draw_l_front/2,draw_h_front/2])cube([draw_w_front,draw_l_front,draw_h_front],center=true);
difference(){
color("brown")translate([0,draw_l_front+draw_l_inner/2,draw_h_inner/2])cube([draw_w_inner+(2*draw_t_outer),draw_l_inner,draw_h_inner],center=true);
translate([0,draw_l_front+draw_l_inner/2,draw_h_inner/2])cube([draw_w_inner,draw_l_inner+q,draw_h_inner+q],center=true);
// hdd mounting-holes
for(x=[-(draw_w_front/2-draw_t_outer/2),(draw_w_front/2-draw_t_outer/2)],y=[draw_hole_y1,draw_hole_y2,draw_hole_y3]){
translate([x,draw_l_front+y,draw_hole_h])rotate([0,90,0])cylinder(h=draw_t_outer+q,r=draw_hole_dia/2,center=true);
}
}
}
module disk_mockup(){
color("teal")translate([0,0,disk_h/2])cube([disk_w,disk_l,disk_h],center=true);
}
module slider_base(){
translate([0,slide_base_l/2,slide_base_h/2]){
difference(){
cube([slide_base_w,slide_base_l,slide_base_h],center=true);
translate([0,0,slide_bottom_t/2+q])cube([slide_base_w-(2*slide_wall_t),slide_base_l+q,slide_base_h-slide_bottom_t],center=true);
for(x=[-(slide_base_w/2-slide_wall_t/2),(slide_base_w/2-slide_wall_t/2)], // used for M4-rods
x2=[-slide_channel_w/2:1:slide_channel_w/2], // center cable channel
x3=[-(slide_base_w/3+slide_base_w/5)/2,(slide_base_w/3+slide_base_w/5)/2]){ // offset cable channels
// M4-Rod-Holes for connecting the trays
translate([x,0,-slide_base_h/2+slide_bottom_t/2+rod_hole_dia/4]){
rotate([90,0,0])cylinder(h=slide_base_l+q,r=rod_hole_dia/2,center=true);
}
// center cable-channel cutout
hull(){
translate([x2,0,-slide_base_h/2+slide_bottom_t/3+rod_hole_dia/2]){
rotate([90,0,0])cylinder(h=slide_base_l+q,r=rod_hole_dia/2,center=true);
}
}
// offset cable channel cutouts
translate([x3,0,-slide_base_h/2+slide_bottom_t/3+rod_hole_dia/2]){
rotate([90,0,0])cylinder(h=slide_base_l+q,r=rod_hole_dia/2,center=true);
}
}
// base bottom mounting holes
for(x=[-slide_base_w/3,-slide_base_w/5,+slide_base_w/3,+slide_base_w/5],y=[-slide_base_l/2.5,-slide_base_l/7.5,+slide_base_l/2.5,+slide_base_l/7.5]){
translate([x,y,-(slide_base_h/2)+(slide_bottom_t/2)]){
cylinder(h=slide_bottom_t+Q,r=slide_base_hole_dia/2,center=true);
}
}
// mounting holes on top of the walls
for(x=[-(slide_base_w/2-slide_wall_t/2),(slide_base_w/2-slide_wall_t/2)],y=[-(slide_base_l/2-slide_wall_t/2),(slide_base_l/2-slide_wall_t/2)]){
translate([x,y,(slide_base_h/2)-(slide_wall_hole_t/2)]){
cylinder(h=slide_wall_hole_t+q,r=slide_wall_hole_dia/2,center=true);
}
}
// hdd mounting-holes
for(x=[-(slide_base_w/2-slide_wall_hole_t/2),(slide_base_w/2-slide_wall_hole_t/2)],y=[draw_hole_y1,draw_hole_y2,draw_hole_y3]){
translate([x,-draw_hole_y3-draw_hole_dia*2.5+y+draw_hole_y3/2,-slide_base_h/2+slide_wall_z_offset])rotate([0,90,0])cylinder(h=slide_wall_hole_t+q,r=draw_hole_dia/2,center=true);
}
}
}
}
module slider_filler(){
difference(){
cube([filler_w,draw_hole_y3,draw_hole_dia*2],center=true);
for(x=[draw_hole_y1,draw_hole_y2,draw_hole_y3]){
translate([0,-(draw_hole_y3+draw_hole_dia)/2-7.5+x,0])rotate([0,90,0])#cylinder(h=filler_w+q,r=(draw_hole_dia/2)+0.5,center=true);
}
}
}
module slider_top(){
translate([0,slide_base_l/2,slide_top_h/2+slide_base_h]){
difference(){
cube([slide_base_w,slide_base_l,slide_top_h],center=true);
translate([0,0,0])cube([slide_base_w-(2*slide_wall_t),slide_base_l+q,slide_base_h+q],center=true);
for(x=[-(slide_base_w/2-slide_wall_t/2),(slide_base_w/2-slide_wall_t/2)],y=[-(slide_base_l/2-slide_wall_t/2),(slide_base_l/2-slide_wall_t/2)]){
translate([x,y,0]){
translate([0,0,flange_h])cylinder(h=slide_top_h+q,r=slide_wall_hole_dia/2+flange_d,center=true);
cylinder(h=slide_top_h+q,r=slide_wall_hole_dia/2,center=true);
}
}
}
}
}
module clip_small(){
translate([(slide_base_w/3+slide_base_w/5)/2,slide_base_l/2-slide_base_l/2.5,slide_bottom_t/2+mt*1.5]){
difference(){
union(){
cube([(slide_base_w/3+slide_base_w/5)/2-slide_base_hole_dia,slide_base_hole_dia*2,mt],center=true);
translate([0,0,mt/4])rotate([90,0,0])scale([1.25,1,1])cylinder(h=slide_base_hole_dia*2,r=rod_hole_dia/2,center=true);
}
for(x=[-(((slide_base_w/3+slide_base_w/5)/2-slide_base_hole_dia)/2-slide_base_hole_dia*0.75),(((slide_base_w/3+slide_base_w/5)/2-slide_base_hole_dia)/2-slide_base_hole_dia*0.75)]){
translate([x,0,0])cylinder(h=slide_bottom_t+Q,r=slide_base_hole_dia/2-0.5,center=true);
}
translate([0,0,-mt/2])rotate([90,0,0])cylinder(h=slide_base_hole_dia*2+q,r=rod_hole_dia/2,center=true);
}
}
}
module clip_wide(){
translate([0,slide_base_l/2-slide_base_l/2.5,slide_bottom_t/2+mt*1.5]){
difference(){
union(){
hull(){
translate([slide_base_w/5,0,0])cylinder(h=mt,r=slide_base_hole_dia*0.66,center=true);
translate([-slide_base_w/5,0,0])cylinder(h=mt,r=slide_base_hole_dia*0.66,center=true);
}
}
translate([slide_base_w/5,0,mt/2])cylinder(h=mt*0.75,r=slide_base_hole_dia+q,center=true);
translate([-slide_base_w/5,0,mt/2])cylinder(h=mt*0.75,r=slide_base_hole_dia+q,center=true);
for(x=[-(slide_base_w/5),(slide_base_w/5)]){
translate([x,0,0])cylinder(h=slide_bottom_t+Q,r=slide_base_hole_dia/2-0.5,center=true);
}
for(x=[-slide_channel_w/2:1:slide_channel_w/2]){
hull(){
translate([x,0,-slide_base_hole_dia/2+mt/2-layer*2]){
rotate([90,0,0])cylinder(h=slide_base_hole_dia*0.66*2+q,r=rod_hole_dia/2,center=true);
}
}
}
}
}
}
// #####################################
//drawer_mockup();
difference(){
union(){
translate([13,draw_l_front+5.5,0]){
slider_base();
translate([0,0,0.1])slider_top();
}
}
translate([13,draw_l_front+63,8]){
disk_mockup();
translate([0,0,8])disk_mockup();
}
}
//translate([13,draw_l_front+5.5,0])clip_small();
//translate([13,draw_l_front+5.5,0])clip_wide();
translate([-(draw_w_inner/2-filler_w/2-slack/2),draw_l_front+draw_l_inner/2-5,slide_wall_z_offset])color("pink")slider_filler();