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TIDM-02003: 3D Printable Pipe Design

Jejomar Ildefonso
Genius 9650 points

Part Number: TIDM-02003

Hi Team,

Can we ask for the design files of the 3D printable pipe used in TIDM-02003?

Thanks in advance!


Kind Regards,

Jejomar

  • 0
    TI__Guru 71216 points

    Hi Jejomar,

    Let me check with the USS team for this.

  • 0 in reply to Dennis Lehman
    TI__Guru 71216 points

    Hi Jejomar,

    It turns out the engineer that has that design file is out on vacation until the April 5th, so let me see if I can track this file down.

  • +1 in reply to Dennis Lehman
    TI__Genius 12615 points

    Hi Jejomar,

    This is a parametric open scad file - please post this script into your open scad tool to render to stl and 3D print:

    TRANSDUCER_RADIUS=8.25;//9.25;//5.1;7.5;//
    PIPE_RADIUS=17;//13.4;
    PIPE_LENGTH=95;//75//55
    CHANNEL_WIDTH=15;//12;//7-15
    CHANNEL_HEIGHT=24;
    ULTRASONIC_ANGLE=35;//60
    ULTRASONIC_LENGTH=90;//42;//52

    union(){
    difference(){

    union(){
    translate ([0, 0, -25])
    rotate([0, 0, 0])
    cylinder (h = PIPE_LENGTH, r = PIPE_RADIUS);

    translate ([-(PIPE_RADIUS+9), .1, -14.9])
    rotate([0, ULTRASONIC_ANGLE, 0])
    cylinder (h = ULTRASONIC_LENGTH, r = TRANSDUCER_RADIUS+2);
    }

    union(){
    translate ([-(CHANNEL_HEIGHT/2), -CHANNEL_WIDTH/2, -25])
    rotate([0, 0, 0])
    cube ([CHANNEL_HEIGHT,CHANNEL_WIDTH,PIPE_LENGTH]);

    translate ([-(PIPE_RADIUS+9), 0, -15])
    rotate([0, ULTRASONIC_ANGLE, 0])
    cylinder (h = 150, r = TRANSDUCER_RADIUS);
    }
    }
    union(){
    translate ([-(CHANNEL_HEIGHT/2), -CHANNEL_WIDTH, -15])
    rotate([0, 0, 0])
    cube ([CHANNEL_HEIGHT,CHANNEL_WIDTH/2,PIPE_LENGTH-20]);

    translate ([-(CHANNEL_HEIGHT/2), CHANNEL_WIDTH/2, -15])
    rotate([0, 0, 0])
    cube ([CHANNEL_HEIGHT,CHANNEL_WIDTH/2,PIPE_LENGTH-20]);


    // Laminarizing Fins Option

    translate ([-(CHANNEL_HEIGHT/2), -.25, -25])
    rotate([0, 0, 0])
    cube ([CHANNEL_HEIGHT,.8,PIPE_LENGTH]);

    translate ([-(CHANNEL_HEIGHT/2), -(CHANNEL_WIDTH/4)-.5, -25])
    rotate([0, 0, 0])
    cube ([CHANNEL_HEIGHT,.8,PIPE_LENGTH]);

    translate ([-(CHANNEL_HEIGHT/2), (CHANNEL_WIDTH/4)-.25, -25])
    rotate([0, 0, 0])
    cube ([CHANNEL_HEIGHT,.8,PIPE_LENGTH]);


    // Flow plates

    translate ([-(CHANNEL_HEIGHT/2)-1, -CHANNEL_WIDTH/2, -25])
    rotate([0, 0, 0])
    cube ([1,CHANNEL_WIDTH,20]);

    translate ([-(CHANNEL_HEIGHT/2)-1, -CHANNEL_WIDTH/2, 12])
    rotate([0, 0, 0])
    cube ([1,CHANNEL_WIDTH,20]);

    translate ([(CHANNEL_HEIGHT/2), -CHANNEL_WIDTH/2, PIPE_LENGTH-45])
    rotate([0, 0, 0])
    cube ([1,CHANNEL_WIDTH,20]);

    translate ([(CHANNEL_HEIGHT/2), -CHANNEL_WIDTH/2, PIPE_LENGTH-85])
    rotate([0, 0, 0])
    cube ([1,CHANNEL_WIDTH,20]);

    }
    }

    BR,

    Leo

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