Introduction: Scanner and Photocopier Light


I make these display lights from old photocopiers and scanners I get from the garbage every chance I get. This one I use as a display light for one of my projects.

Step 1: Kodak Scanner


This Kodak scanner, printer, and fax is what I am going to use for this Instructable.

Step 2: Gathering the Components


Figure 1. Take apart the top of the scanner.

Figure 2. Remove the scanner component.

Figure 3. This is the scanner circuit. Some scanners have the scanner circuit and power circuit all in one.

Figure 4. This is the light power circuit in this Kodak scanner.

Step 3: The Parts You Want From the Scanner


Figure 1. Remove the light, power circuit, and scanner circuit. Be careful when removing the light, they are fragile and break easily.

Figure 2. Some scanners and photocopiers have the power circuit and the scanner circuit all in one. Separate the power circuit and find the positive and negative.

Step 4: Parts List

List of parts.
2 9v batteries
2 9v battery connectors
1 switch
1 clear plastic tube the same length as the light and a large enough inner diameter to fit the light.
The light, leads, and connector
The power circuit

Step 5: The Power Circuit


Figure1. Remove the power circuits power wires or find the positive and negative sides of the circuit.

Figure 2. To assemble the circuit connect the positive wire of one battery connector to the positive side of the circuit and the negative of the other battery connector to the negative side of the circuit. Connect the remaining two wires from the battery connectors to the switch and the power circuit is ready.

Step 6: Assembling the Light


Figure 1. These lights break easy it will be necessary to protect the light from breaking by covering it with a plastic tube to add support. Pull back the rubber end cap from the light.

Figure 2. Unsolder the lead wire from the light.

Figure 3. Insert the light into the plastic tube.

Figure 4. Re solder the wire to the light.

Figure 5. Push the rubber end cap back onto the light and it is ready to assemble for testing.

Step 7: Testing


Connect the light to the power circuit and the batteries to the battery connectors. Turn the light on and off a couple times to be sure it works right.

Step 8: Final Assembly


Now the light is ready to place in a container, this light is good for a trouble light, reading light, or an emergency light, all you need is a box for the power circuit and batteries, and mount the light.

If you want to make a fish attractant light for fishing you will need a watertight container that floats. It is illegal to use artificial lights to attract fish except to fish for smelt, or to fish for Lake Whitefish or Lake Herring with a dip net in Ontario Canada. Check the regulations where you live or plan to fish before using a light for fishing.

Comments

author
thinkerer (author)2015-06-22

Nice work! Do you know what the range of frequencies those bulbs emit?

author

15 to 35 kHz I think that one lights up my living room during a blackout.

author
cowpoke50 (author)2012-12-02

Great Recycling!! I have used one of these to light up my keyboard that is mounted under my desk on a drawer assembly. As I pull out the keyboard a limit switch light up the keys. It has been in service for almost two years and never failed.

author
Josehf Murchison (author)2011-11-10

Some of the circuit boards have the supply voltage printed on them. LED circuit boards I have read are marked 24v. But here is a cool hint check the electrolitic capacitors the voltage on the capacitors is never more then 2x supply and never under supply voltage.

So if the electrolitic capacitor is 16v the supply voltage is usually between 9 and 16 volts. chances are it will be 12 volts.

The electrolitic capacitor on this circuit is 25v that makes it 12.5 to 25v best chance 18 volts.

Desiners like to make it mid range to prevent capacitor failier.

author

Power supply on mine (from Dell) has a 10v and a 50v... split the difference? Like the 'ible, man. Been wanting to try this.

author
mahsa arian (author)2011-12-05

its nice :-)

author
THEORANGESNOWFROG (author)2011-11-29

Nice work!

You should also look for the stepper motors when gathering the components

author

I do I just don’t have a project for them yet.

author
omegablue (author)2011-11-11

awesome

author
littleberry (author)2011-11-10

Hi! Nice instructable. I was wondering, how hot do these lights get? How long do they tend to last? Thanks!

author

Mine don't get hot they are low curant. As to how long they last each one is different, at least an hour the most three depends on the battery also.

author
nusyil (author)2011-11-10

Thx Robot Lover!! I had thought same as you but however i wanted to be sure..Best Regards!!

author
Josehf Murchison (author)2011-11-09

I have made sevral of these from a number of difrent scanners and copiers. The light circuits run on any thing from 12 to 36 volts and they will tolerate a fiew volts ither way.
Joe

author
nusyil (author)2011-11-09

Thx for sharing..Also i have one died scanner and i was planing to evaluete it,you've given me a good idea.Well, only i confused that in your circui,the 9V batteries connected serial or paralel?? I meant that the circuit works 9V or 18V??
Thanks in advance for your answer!!

author
Robot Lover (author)nusyil2011-11-09

It appears the battery is connected in series. It is supplying 18 volts to the transformer.

About This Instructable

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Bio: I am a photographer, a tinker, an electronics technology engineer, and author; I write short stories and poetry for the love of writing. I started ... More »
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