2 |
× |
Arduino Nano
Controller for the clock (only 1 required for a single sided clock).
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1 |
× |
ESP-01(S)
ESP8266 WiFi module to make the connection to the network.
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6 |
× |
IR tacho sensor
IR optocoupler to detect the positions of the clock hands (only 3 required for a single sided clock).
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6 |
× |
28BYJ-48 5V + driver board
Stepper motor 28BYJ-48 5V + ULN2003 driver board (only 3 required for a single sided clock).
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1 |
× |
PVC pipe 25cm
PVC pipe with an outer diameter of 25 cm, inner diameter of 24 cm, and a length of 10 cm (the length can be shortened to 8 cm for a single sided clock).
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108 |
× |
Screw 2.9mm x 13mm
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4 |
× |
Bolt M3 x 30mm and nuts
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12 |
× |
Bolt M4 x 20/25mm and nuts
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1 |
× |
Bolt M5 and nuts
Bolt for suspending the clock.
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1 |
× |
Matt plexi glass sheet 3mm thickness
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1 |
× |
Crystal clear plexi glass sheet 3mm thickness
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1 |
× |
All kind of (little) components
I mean: wires, tie wraps, heat shrink tube, glue, etc.
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1 |
× |
Power supply 5V
The maximum current of the power supply depends on what kind of clock you want to build. For an illuminated, double sided clock, the current must be >3.5A. In my case I used an old PC power supply.
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