Skip to content

Latest commit

 

History

History
85 lines (78 loc) · 6.17 KB

case_relays-v1.md

File metadata and controls

85 lines (78 loc) · 6.17 KB

Overview

Printing

Shopping list

Item Price
Arduino-Nano ~$2,57
Rotary encoder ~$1,11
Relay 1ch ~$0,89
Relay 2ch ~$1.42
GT2 160mm belt ~$3.77
Switch-On/Off ~$1,54
PSU-Jack ~$0,94
LM2596-step-down ~$1.44
DC motor - 12V ~$14,29
PSU 12V3A - minimal ~$16,41
PSU 12V5A - recommended ~$18,78
Fuse-mount ~$0.85
Fuse 3A/4A ~$0.69
M4 - wood screw x 7 ~$1.10
M3-16mm x 8 ~$1.54
M3-10mm x 8 ~$1.62
SUM ~$51,45
Weighted SUM ~$52,07

Assembly

  • Add Arduino-Nano to case, insert it into notches a slowly push usb connector down. It should be quite tight fit
  • Wire up power connector, power switch, buck converter and relays
  • Fix power connector with super/hot glue in case
  • Add cables to buck converter output and mount it slowly to the case, it should be tight fit
    Buck-converter

  • Connect motor to relays and mount it to case, fix it with 6 screws
  • Cleanup wiring and secure relays to case with few screws
    Motor + relays

  • Add Rotary encoder next to motor and fix it with screws or nut
    Rotary encoder

  • Insert nut & screw into motor pulley and secure it on motor shaft
  • Add timing belt with encoder pulley onto encoder, readjust encoder position if belt is loosen or too tight
    Motor/Encoder pulleys

  • Wire up rest of the electronics as shown in the wiring diagram
  • Fix dupont cables for display + keypad with super/hot glue into cable connector part and afterwards fix it with super/hot glue to case if needed
    Finished motor case

  • Add hexagonal rod and slowly insert it into table, if needed adjust hole for rod hole with original lever
  • Fix mounted motor case with 7 screws to table