Abbott Analytical Products



Supplies:

Ventilator Simulator Platform Hardware Aspect of the Project:


Almost NO soldering is required to assemble or connect the hardware components of this Instructable. It will be difficult but not impossible to hurt your self or equipment as long as you stay within the power range of the USB and Arduino board. But, eye protection should be worn throughout the execution of this project. Caution must be observed when employing the cable crimpers, wire strippers, cable test clips, and header pins. Do not leave the Arduino powered unattended.

Primary Components & Materials

1 Arduino Mega256 or Arduino Uno
1 Seeed SD Card Shield v4.2
2# Adafruit Motor Shield v2.3
2# Adafruit Shield stacking headers set for Arduino (R3 Compatible)
Note #: The Adafruit Motor Shields require soldering
of the shield stacking headers.
4 Bipolar Stepper Motors (minimum of four) Airpax A82454-M3, Thomson 57L048B or equivalent
1 Generic SD Memoery Card
16 Cut/stripped Jumper Wires 3-6inch
1 SEEED Relay Shield V2.1 or V3/0
2 SEEED G-1-2 Solenoid Valve Normally Closed

From Seeed Grove Starter Kit (Or suitable replacements)

1 Seeed Base Shield 1 Grove RGB Backlight LCD
1 Grove Button
1 Grove Buzzer
1 Grove LED Socket with LED installed
4 Grove Cables (four pin connectors)

Arduino Hardware

1 PC with USB port under Ubuntu OS or equivalent Windows/Mac OS
1 AB USB cable for uploading to Arduino
1 USB or Battery Power Source
3 Header Socket Pins or suitable alternative

Recommended Tooling & Hardware to Be Used In the Future

* Cable with RJ25 cable male jacks on each ends
* Cable with RJ25 cable on one end and one end with
wires stripped about a 1/4 inch
* Cables with color coded Test Clips such as Pomona
Electronic MINI HOOK TO MINI HOOK 24
* Dynacom K Jack Cat3 6P6C P/N 10600K-6-BK connector
or suitable alternative
1 Dynacom Kwik Tool P/N 3190-KT Cat 3 5e and 6
1 Klein VDV226-011 Crimper for RJ25 Jack
1 Klein Wire Stripper 11057 suitable for wire/cable used on project.
1 Piece of Shrink Tube for isolation of VCC signal
Note *: Qunatity will depend upon any additional devices a user may
elect to "hang" from the available Arduino board pins/signals.










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Please send comments or questions using e-mail, voice telephone at 919-846-7705. (Last update: Nov 25, 2019 tar)