The colorimeter kit is an open source hardware project: KiCad files for the electronics, enclosure designs and software are hosted and updated here: https://bitbucket.org/iorodeo/colorimeter/. For those interested in making their own boards and laser cut parts we have included the Gerber files for the 3 PCBs with BOMs, as well as the files for the laser cut parts. A list of all additional materials (hardware etc) can also be found in the online User Manual.
For more information on the educational colorimeter kit, visit the project website at www.iorodeo.com/colorimeter and the Kickstarter project at http://www.kickstarter.com/projects/iorodeo-colorimeter/educational-colorimeter-kit
There is now a video of the assembly at the end of this instructable in Step 8.
Step 1: Kit contents:
Each Kickstarter colorimeter kit ships in a 6″ x 4″ x 3″ clear container and contains the following items:
- Colorimeter LED board
- Colorimeter sensor board
- Colorimeter shield for the Arduino
- 11 laser cut acrylic parts for the light-tight enclosure
- Hardware for the enclosure (screws, nuts, washers and standoffs)
- 4 x pre-crimped 3″ colored wires and housing
- Assembled ribbon cable for connecting the Arduino and colorimeter
- Set of 6 cuvettes
- Mini Philips screwdriver
Step 2: Identify the laser cut parts
Print out and lay on a flat surface
Take all of the black laser cut acrylic parts and match them with the outlines on the printout. This will help to identify the parts as you go through the next three steps in this instructable.
Step 3: Assemble colorimeter base
Step A. Place one of the cuvette holders on the base plate with the U-shape facing center. Secure in place with a screw and the two 1¼” standoffs.
Step B. Mount the second cuvette holder onto the standoffs with two screws.
Step C. Place one of the 1¾” standoffs in each corner of the base and secure in place with a screw.
Step D. Place one of the rubber feet in each corner of the base plate.
Step 4: Mount and connect the colorimeter sensor and LED boards
Step A. Mount the sensor board onto the black acrylic sensor mount as shown in the image so that the shrouded header pokes through the hole in the acrylic. Secure in place with four 3/8″ screws and four of the nuts.
Step B. Mount the LED board onto the LED mount. Make sure that the board is mountedcorrectly – it is easy to accidentally mount this board upside down. Check with the image to make sure you have the correct orientation. Secure in place with four 3/8″ screws and the four remaining nuts.
Step C. Take one of the black plastic housing connectors and the four pre-crimped wires. Locate the triangle marker on the housing. This denotes Pin 1, which is the black ground wire. Push the black wire through the connector until it clicks into place. Next insert the red wire, followed by the green wire, and finally the blue wire. Make sure all wires are held firmly in place and do not come out of the housing when you gently pull on the end.
Step D. Thread the free ends of the four colored wires through the hole in the divider wall. Make sure the orientation of the part matches the images shown here.
Step E. Take the second connector housing part and repeat inseting the wires as before – start by locating the triangular marker and insert the black wire first into this hole followed by red, green and finally blue.
Step 5: Assemble the rest of the enclosure
Step A. Place the assembled electronics part from the previous step onto the base plate from Step 1.
Step B. Take the two side walls and slot them onto the base plate so that all the parts click together.
Step C. Place the top plate on top. All the parts should now easily sit in place securely.
Step D. Lay the outer slider and inner slider onto the top plate.
Step E. Finally place the four washers in each corner and place the clear cover on top. Secure all the parts in place with the four 1/2″ screws. Tighten all the parts in place with the screwdriver.
This Post / Project can also be found using search terms:
- колориметр arduino