Home
» Dale Basgall, Universal LENR Reactor » Universal LENR Reactor – Electrical System Design and Philosophy of Invention
Universal LENR Reactor – Electrical System Design and Philosophy of Invention
| September 19, 2012 | Posted by admin under Dale Basgall, Universal LENR Reactor |
Dale Basgall has released a design of the electrical system for the Universal LENR Reactor. He also makes a metaphorical point about approaches to invention that we have seen in the LENR sphere, which I believe is quite apt. In addition, he proposes using a Electronic Programmable Hydrostatic Drive Controller from John Deere to control the system, but notes that the design does not require this component.
admin: since you have commented regarding interest in the minimum electrical needed to experiment with LENR,I am detailing the manual electrical schematical diagrams next, to operate the reactor in a mode for starting the experiment process for LENR. It appears that any reactor for LENR will need the same basic functions and the same basic electrical systems. Although I am presently drawing the detailed pin outs for the usage of the logic controller disclosed in the power point I will produce the minimum electrical necessary to begin an experiment in more detail for better clarity next.
The logic controller becomes a necessity for an ongoing experiment with the LENR Universal Reactor. The price for the top of the line electrical system with a logic controller and all components for the Universal Reactor appears to be around 2k USD.
This is without fuel. Even though you first need to build the reactor and then invest in an electrical switch set and wiring system harness, and then test and operate the reactor without the fuel, and then invest in the fuel. It could be a step process after the experiments begin, and an advancement to experimenting over a long period of time could be done by simply purchasing the logic controller later, and plugging it in to the already tested and working reactor.
It is important to have a full understanding of what you are spending your money on and proposed suggestions of why.
Once you decide to go forward with experiments it is better to face the high price possibilies now prior to your initial investment. LENR is a committment in time and money and the reality appears to indicate an assembly process of a day for the physical reactor, testing for leaks and other mechanical problems, then installing the manually operated electrical system and display panel, deciding which type of fuel to start with and assembling those pieces and then loading the reactor with the hydrogen generating powder. A couple months seems more like a reasonable time from start to finish the project when setting up the LENR experimenting for a personal interest.