It has the same coils, magnets, circuits and therefore produces the same charging effects as the original. Even though the first 10 coiler we produced starting in 2010 was by John Bedini endorsed and claimed to do exactly the same as the original, it was in fact different in several ways. That model had an aluminum rotor and a much different magnet arrangement which was 20 neo magnets which produced a longer on-time pulse that was double in rpm. That first model also had 8 wires and transistors per coil and therefore half the inductance. The original Bedini model we are now producing for the first time (having made a replication of it 20 years ago) has the same magnet arrangement which Bedini called scalar due to the configuration. What we found was that it produced a very short and sharp pulse which has advantages for the battery charging and negative energy engineering such as in what Bedini and I taught on Tesla Impulse Technology where I later called the third stage process where we multiply the output of the system and potentially eliminating the input battery from discharging (provided the proper additional resonance processes were added to the output paths). The short and sharp gradient on-time pulse allows for greater efficiency in charging as the battery continues to charge during the off period. The input battery also discharges less when we combine this with the higher inductance coils (where we see a similar effect with the Newman motor). 

This model, unlike our 2010 model, has no motor torque available for loading and is purely a mechanical oscillator used to charge large battery banks and also to experiment with what we call the negative energy engineering or what others call scalar waves or zero point energy. There are no quantifiable claims as to what this puts out as the batteries and other types of loads will become the other half of the system and the process of charging and conditioning of the batteries will affect the amount of charging over time; and the additional process mentioned in video 7 of Energy From the Vacuum series, along with my teaching on the third stage process will create the possibility of multiplying the additional loads indefinitely.

This model is meant to run off a 24V battery and charge a second 24V battery bank (the larger the better). If there is ever a no-load condition, whether there is a disconnect or a attempt to charge a battery that has not capacity, then the transistors will blow out. Buyer assumes all responsibility in that as well as attempting to do experiments. It is suggested to disconnect the 9 slave coils and do experiments with just running the master coil to minimize losses of transistors and then later add the rest when you learn how to do these advanced processes. We do not recommend using a power supply input as the performance will change. This is a very unique energizer which has differences between day and night. 

This was our first model shown as a 20 coiler: