Kit comes with Illuminator, Power Supply, US Cable for connecting to main and 8 LED Strips

DISCLAIMER

ILLUMINATOR uses a PCB as the top panel. The PCBs are produced in an electronics factory using standard production procedures. Due to this, the PCBs may have minor scratches and marks inherent to the manufacturing process. Such small defects will be almost invisible in most cases without a close inspection and will not be accepted as a reason for return or exchange of the product! Obviously, we discard all seriously damaged or defective PCBs and don’t use them for ILLUMINATOR.  

Operation manual 
(also available in PDF)

ILLUMINATOR comes without LED strips, wires or PSU. The reason is simple – we don’t know what colors and length of strips you need as well as what length of cables. Each installation is very personal and we can’t supply something that could be called “a universal solution”. You need to connect the strips yourself which requires basic soldering skills as well as simple soldering equipment. Therefore, using ILLUMINATOR requires some basic technical skills and understanding.  

First of all you need to buy LED strips of desired length and color. You need 12V LED strips.

Typically, one meter (3 feet) of a LED strip consumes 0.2-0.35 ampere. We recommend limiting the total length of all LED strips connected to ILLUMINATOR to a maximum of 16 meters (52 feet). Different strips connected to different channels can have different lengths.

Secondly, you need to buy wire for connecting LED strips to ILLUMINATOR. We recommend standard speaker wire used for audio speakers. It’s important that the copper core is at least 0.35 square millimeters. 0.5-1 square millimeters is the optimal thickness. 

Cut your LED strips and wires into their desired lengths and connect them together and to the DC sockets supplied with ILLUMINATOR. 

* LED strips have special places where you can cut the strip, usually they are copper pads like in the photo below. It’s important to cut the strip on the middle line of these copper pads. 

* You can solder the wire either directly to the copper pads or using a short wire that is often soldered to one or both ends of the LED strip by the factory. Before soldering to the copper pads you need remove the silicon layer (if present) covering the pads using a sharp knife. 

* Be aware of polarity! The plus and minus on the LED strips are usually marked by + – signs. The plus wire on the speaker cable is usually marked by a special color or line on one of the wires. It doesn’t really matter which of the two wires on the cable you use for plus and minus. What matters is that the plus of the LED strip is connected to the central pin on the DC jack.  But don’t worry. If you mix up the polarity of the strip nothing will be damaged, the strip just won’t light up. In this case just try to reverse the polarity. 

* The connection between the strip and the wire should be covered in several layers of isolation/electrical tape or heat shrink tubing. This serves to both isolate the connection and to give it additional mechanical strength. In case of excessive stress, this is the place where the wire will likely be ripped from the strip. 

The strips are ready for use when all of them are soldered to the wires, the wires are soldered to the DC jacks and all connections are insulated. 

Now you need to choose a proper power supply. You can buy a high quality PSU from us (at an additional price) or use a PSU that you already have. The PSU must be 12V and the output DC jack needs to be center plus. To calculate the current your LED strips will need, use the simple formula:

PSU max current in A is equal or more than total length of all LED strips in meters x 0.3   

If your LED installation is not big, a 1-2A PSU can be enough. 

If you use a modern switching mode PSU you don’t need to worry about overload. All of them have overload protection and will be shut down automatically if the load is too big. So no damage will occur. You can use a power supply that is much more powerful than your LED installation. In this case, it will just take as much power as it needs and no damage or overload will happen. It’s better to use a PSU that is more powerful than what your installation needs than vice versa.  

Now everything is ready to launch the ILLUMINATOR! Connect your PSU to the DC IN jack, the strips to the output jacks and CV ins to the CV outs of your analog gear using mini-jack cables or alligator clips. If you use alligator clips don’t forget to connect the ground of ILLUMINATOR (the GND pin) to the ground of your CV source! 

Now it’s time to adjust the sensitivity of each ILLUMINATOR channel. Set up your musical gear so that the CV outputs you use with ILLUMINATOR produce maximum voltage swing. All eight ILLUMINATOR channels have trimmer pots that you can reach through the holes on the front panel using a small screwdriver. By default, all channels are set to a 5V range which is a common voltage range for a lot of music gear. To adjust ILLUMINATOR to fit a different CV range, turn the trimmer pot of each channel from the minimum clockwise until the connected LED reaches its maximum brightness, or a lower level of brightness if desired. We recommend not setting channel sensitivity much above this level as ILLUMINATOR with proper adjustment of input sensitivity has output short-circuit protection. It’s not easy to damage ILLUMINATOR even with improper use, but following our guidelines ensures maximum protection.

* You can use different channels of ILLUMINATOR with different musical gear with different CV output ranges. Just adjust each ILLUMINATOR channel sensitivity according to its CV source. 

* If the brightness of a channel is too high you can decrease its sensitivity using the trimmer pot. 

Now ILLUMINATOR is ready for use. Attach the LED strips to any surface you want and go!! 

Of course the possibilities of ILLUMINATOR are not limited to driving LED strips. It can drive many more devices including any types of LEDs that accept 12V, electromagnets, electromotors and more. The ILLUMINATOR output contains protection diodes that dampen reverse polarity voltage that arises in electromagnets due to self induction. If you are experienced in circuitry, you can use ILLUMINATOR in much wider applications. For example, the DC supply voltage that feeds ILLUMINATOR can, in fact, vary from 3 to 20 volts. Peak current for one channel can be up to 5 ampere and average power dissipation on the commutation circuits up to 4 watt per channel. But such modes demand some understanding in engineering. For advanced users, below is the circuit diagram of one channel of ILLUMINATOR with DC input chain. All 8 channels are identical.

If you want to use ILLUMINATOR in a permanent setup and avoid jack connections, you can use special pads that duplicate DC IN and all output sockets. The pads are big and comfortable for soldering and have + – marks. To access these pads remove the top panel.