Dirty Electricity (also called EMC)
When current flows through the wiring of a building it generates a surrounding electromagnetic and radio frequency field that radiates outward all around the wires at right angles to the direction of the current’s flow and reaches out into the room. This actually a class of emissions call Electro Magnetic Conducted emissions formally called EMC. It is called a conducted emissions because the emissions travels on the wires of the facility or home. There is a FCC limit specification of this emission classified in two classes of devices, Class A and Class B. Class B is the most restrictive and is defined for typically a computer or other electronic device such as the Smart Meter. The Smart Meter must pass Class B specifications. If you read the attached reference here you will see the limits that it must pass.
There are a few issues in the FCC specification that are not obvious to the reader of these articles above. One is that the FCC specifications are all based on readings in Root Mean Square (RMS) measurements, what this does is reduce the measurement of the magnitude of the peak value to a lower value. For example we all know that the standard outlet in the wall of our home is typically called 120 Volts AC. However the peak value of 120 Volts RMS is actually 177 Volts AC at its peak. The same is true with conducted emissions so while the Class B specification limits the emission to 250 µV RMS starting at 450 KHz up to 30 MHz this does not indicate what the permitted peak voltages can be. Also if you study the reference in Module 11 in the link above you will see a discussion of a test setup called a LISN. For an electronic power supply to pass the FCC EMC tests it has to use this test setup. You will notice that the LISN has a reference to ground (called the green wire), however the Smart Meter has no connection to ground so it is questionable if the Smart Meter could ever pass this test for EMC. So if the Smart Meter meets all FCC requirements how it can be possible to pass FCC Class B specification since in Situ (in actual use) there is no ground connection is questionable.
It is well known that switching power supplies can generate spikes of so-called electromagnetic interference (EMI), or high frequency transients, which then travel along the wiring in the walls, radiating outward in the wiring’s electromagnetic field.
Such spikes are known as ‘dirty electricity’ and can be conducted to a human body that is within the range of the radiating field. This function is on all smart meters used by all utilities and is on constantly, 24/7.
[For more on dirty electricity check out Dr. Sam Milham’s website and his new book, DIRTY ELECTRICITY: Electrification and the Diseases of Civilization.
One of the engineers explains it this way:
“Extensive measurements have demonstrated that all of the meters measured so far, including ITRON, ABB, GE, and Landis+Gyr, and Sensus emit noise on the customer’s electric wiring in the form of high frequency voltage spikes, typically with an amplitude of 2 volts, but a frequency anywhere from 4,000 Hertz, up to 60,000 Hz. The actual frequency of the phenomena is influenced by the devices that are plugged into the customer’s power. Some houses are much worse than others, and this observation has been confirmed by Smart Meter installers that have talked to us.”
Wikipedia agrees that SMPSs have this drawback:
“Disadvantages include greater complexity, the generation of high-amplitude, high-frequency energy that the low-pass filter must block to avoid electromagnetic interference (EMI), and a ripple voltage at the switching frequency and the harmonic frequencies thereof.
Very low cost SMPSs may couple electrical switching noise back onto the mains power line, causing interference with A/V equipment connected to the same phase. Non-power-factor-corrected SMPSs also cause harmonic distortion.”
Another Fatal Flaw in ‘Smart’ Meters
Our consultants believe that it is this ‘dirty electricity’ generated by the e-meters’ switching power supplies that is a major contributor to the symptoms being reported by growing numbers of people in association with the e-meters thus far installed.
The ‘opt-out-for-a-price’ arrangement put forward by PG&E and other Utilities, in which the wireless meters would, at the ratepayer’s expense, have its RF transmitting function turned off, would still not eliminate the ‘dirty electricity’ flowing into the buildings wiring, and so would not prevent negative health effects in the building’s occupants.
This is further reason for the CPUC to declare a temporary moratorium on e-meter deployment, and schedule a fully transparent public hearing on all aspects of the meters’ operation
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