Adjusting the Output Frequency
The frequency adjuster screw is located on the back side of the device. To gain access, the device must be removed from its pocket. This pocket is made of stretchy, elastic material. The dial on top of the pocket is permanently attached to the device, and protrudes through a small hole in the pocket.
To remove the device from its pocket, first remove the battery from the wrist strap. Then pinch with your thumb and index finger the top-front portion of the pocket, between the two sets of wire leads, and gently peel the elastic material up and over the top-front part of the dial. Then being careful not to pull on the wire leads, pinch the exposed portion of the device and carefully tug it out of the pocket, and at the same time, with the thumb of your other hand, gently shove the device out.
- Min frequency at 10:30 o'clock (as shipped).
- Null at 12:00 o'clock. Avoid this position.
- Max frequency at 1:30 o'clock.
Turn the screw with a "+" (phillips-head) screwdriver, normal-sized not a small one. Turn counter-clockwise to increase the frequency.
The output frequency relates to how the micro-current cycles back and forth. Before we ship the device, we set the output to the minium frequency, as indicated on our oscilloscope. We recommend you stick with this minimum for at least the first month of use.
To adjust for higher frequencies, start by removing the circuit board from the wrist strap, then plug in the battery, and plug the included LED into the output socket. The LED should now be flashing. The speed of the flash is keyed to the output frequency of the device. Notice the small screw on the back of the circuit board. This is the frequency adjuster. To adjust the frequency of the device, turn the screw counter-clockwise, using a "+" (phillips-head) screwdriver. A normal-sized screwdriver, not a small one. The LED will flash faster as you turn the screw counter-clockwise. Use a light touch when turning the screw; it should not take much force at all to turn the small screw.
As you continue turning the screw, you will reach the null position, where the LED does not flash. At this setting, the Blood Cleaner does not work. So don't leave it set at null. Instead you want the dial set somewhere between min (slow flash) and max (fast flash).
Notice the flat on the screw. We ship the BC with the flat pointing at 10:30 o'clock. this is the Min frequency.
If you turn the screw so the flat is pointing at 1:30 o'clock, this is the Max position If you turn the screw so the flat is pointing at 12:00 o'clock, this is the Nul frequency, and the device doesn't work at Nul Turning counter-clockwise makes the LED blink faster. |
What are the benefits to adjusting the output frequency?
The Blood Cleaner kills pathogens by hitting them with a pulsed micro-current that has a square waveform. This low frequency square wave is like a saw blade. The teeth of a saw blade will cut wood. Imagine a chainsaw cutting a log with a cloud of sawdust flying from the blade. It's the front of each tooth that does the cutting. And in essence, it's the front of each square wave that kills the pathogens. It's like a sudden shock applied several times a second.
We set your device for the minimum frequency before we shipped it to you. The broad research that has been done, has shown that this frequency is the most effective in most cases. (We're not going to quote this research because the pharmaceutical and health care industries have buried most of it and demonized the rest.) But after you have used the Blood Cleaner at it's minimum frequency for a month, it will have reduced your blood-borne pathogen count by a large percent. At this point, if you increase the frequency, the BC might kill more. This might have something to do with resonance, and in fact might make you bonk all over again. So if you try this, you should also reduce the usage time until your body gets used to the higher frequency.
Half way on our frequency adjuster screw, at 6:00 o'clock, our device vibrates at the Schumann Resonance. Our bodies are used to living with/in this frequency. Search the internet for "Schumann Resonance" to learn about this fascinating subject.
If you turn the screw all the way to Max frequency, at 1:30 o'clock, our device vibrates at the Tesla frequency.
We included a 5mm LED with your Blood Cleaner. With the LED you can test the Blood Cleaner and also adjust the frequency. Just plug the LED into the output probes receptacle; the polarity does not matter. The LED will flash with the output frequency. The more the attenuator dial is turned, the brighter.
