Kontent Machine 3 Cracked By Hot Cracks
Osman Blunt
If you are having multiple websites, then it is hard to manage them all. Especially when you have blogging websites. Because blogging websites need content to be posted regularly. As you already know that writing content is a time-consuming process. It needs a good amount of research to write quality content.
To rank in Google and other search engines, content is the key. So as a website owner, either you have to spend your precious time writing content or you have to hire a professional content writer for the job. And you have to pay them well to get your job done.
So what is the solution now? Let me tell you that there is plenty of automated content generating tools in the market now. With these tools, you can get a whole content based on a keyword that you give. Article spinner can generate various fresh copies of content from a scrap. On the other hand, Article generators allow you to enter a keyword or phrase in the search bar to generate articles based on articles that it finds online. Content generator software or article creator eliminates the need for creating all of your content from scratch.
STEP 9: [Optional] Select if there are words and phrases that you would like to protect from spinning if you have enabled word-spinning. The dialogue box for these keywords will pop up later.
There are many Kontent Machine alternatives in the market. For Example, SEO Content Machine and Article Forge is my personal recommendation. I have tried both of these article generating tools and here is a comparison between them.
Yes, Kontent Machine does have an affiliate program. The affiliate commissions are the following:
20% recurring on monthly subscription plans as long as the user keeps his subscription active.
40% on lifetime licenses sold directly by the affiliate (Tier 1).
10% on lifetime licenses sold by sub-affiliates of the affiliate (except for SER Powerhouse).
No, Kontent Machine is not Free. There are two Pricing Plan for Content Machine. Kontent Machine Lifetime Plan will cost $357 while the content machine Kontent Machine Monthly Plan will cost you $37/month. If you purchase now, you can grab the kontent machine discount offer.
Kontent Machine is an article generator that can produce content based on a given keyword. Kontent Machine is a tool that helps you in creating relevant content to your keywords and builds various articles with pictures, contextual links and videos included at random.
You have to visit the Kontent Machine Login page, and there you can easily log in by putting your username and password (If you already have an account). If you have to are new, you have to sign in first.
With Google Algorithm updates, it becomes harder to fool Google by doing grey-hat SEO. To rank on the search engine results page, you have to be a pro in content creation. But the challenges come in when you actually having multiple sites. AS you have already known that Kontent Machine is the saviour in this case.
Much has been said about particle contamination and its effect on component longevity. It is well known that an improvement in particle contamination by one ISO Cleanliness Code can result in a 10 to 30 percent increase in the life of contamination-sensitive components such as hydraulic valves, pumps, and journal and rolling element bearings.
Industry spends millions of dollars each year on improved filtration technology in an attempt to reduce particle contamination, with some of the more advanced companies reducing failure rates by up to 90 percent simply by controlling fluid cleanliness. However, in some industries and environments, water is a far more insidious contaminant than solid particles, and is often overlooked as the primary cause of component failure.
Water can exist in oil in three states or phases. The first state, known as dissolved water, is characterized by individual water molecules dispersed throughout the oil. Dissolved water in a lubricating oil is comparable to moisture in the air on a humid day - we know the water is there, but because it is dispersed molecule-by-molecule, it is too small to see.
For this reason, an oil can contain a significant concentration of dissolved water with no visible indication of its presence. Most industrial oils such as hydraulic fluids, turbine oils, etc., can hold as much as 200 to 600 ppm of water (0.02 to 0.06 percent) in the dissolved state depending on the temperature and age of the oil, with aged oils capable of holding three to four times more water in the dissolved state than new oil.
The addition of more water to an emulsified oil/water mixture will lead to a separation of the two phases producing a layer of free water as well as free and/or emulsified oil. This is like rain falling when the amount of moisture in the air becomes excessive. For mineral oils and PAO synthetics whose specific gravity is less than 1.0, this free water layer is found on the bottom of tanks and sumps.
In a lubricating system, the two most harmful phases are free and emulsified water. In journal bearings for example, the incompressibility of water relative to oil can result in a loss of the hydrodynamic oil film that in turn leads to excessive wear. As little as one percent water in oil can reduce the life expectancy of a journal bearing by as much as 90 percent.
For rolling element bearings, the situation is even worse. Not only will water destroy the oil film strength, but both free and emulsified water under the extreme temperatures and pressures generated in the load zone of a rolling element bearing can result in instantaneous flash-vaporization causing erosive wear to occur.
Under certain conditions, water molecules can be ripped up into their constituent oxygen and hydrogen atoms as a result of the high pressures generated in the load zone of a rolling element bearing. Due to their relatively small size, the hydrogen ions produced by this process can absorb onto the surface of the bearing raceway resulting in a phenomenon known as hydrogen embrittlement.
Hydrogen embrittlement is caused by a change in subsurface bearing metallurgy. This change causes the bearing material to become weak or brittle and prone to cracking beneath the surface of the raceway. When these subsurface cracks spread to the surface, the result can lead to pitting and spalls.
Because the effects of free and emulsified water are more harmful compared to dissolved water, a general rule of thumb is to ensure that moisture levels remain well below the saturation point. For most in-service oils this means 100 to 300 ppm or less depending on the oil type and temperature.
However, even at these levels, a significant amount of damage can still occur. Generally speaking, there is no such thing as too little water and every reasonable effort should be made to keep water contamination as low as possible.
Not only does water have a direct harmful affect on machine components, but it also plays a direct role in the aging rate of lubricating oils. The presence of water in a lubricating oil can cause the progress of oxidation to increase tenfold, resulting in premature aging of the oil, particularly in the presence of catalytic metals such as copper, lead and tin.
It is not just the base oil that can be affected by moisture contamination. Certain additives such as sulfurous AW and EP type additives and phenolic antioxidants are readily hydrolyzed by water, resulting in both additive mortality and the formation of acidic by-products.
These acidic by-products can then cause corrosive wear, particularly in components containing soft metals such as Babbitt used with journal bearings and bronze and brass components. Other additives such as demulsifying agents, dispersants, detergents and rust inhibitors can be washed away by excessive moisture. This results in sludge and sediment buildup, filter plugging and poor oil/water demulsibility.
In order to control moisture levels, one must be able to detect its presence. There are five basic test methods used to determine the moisture content of a lubricating oil. These methods range from a simple apparatus to a more complex chemical test or slightly more expensive percent saturation probe test ideal for on-site screening purposes. It may also include more advanced technology typically used in laboratories for precise determination of the water level in ppm.
The most basic is the Crackle Test. In this test, a hot plate is held at 320F (130C) and a small drop of oil placed in the center. Any moisture present in the oil is reflected in the number of bubbles observed as the water vaporizes. Depending on the lubricant, relatively few small bubbles indicate approximately 500 to 1,000 ppm (0.05 to 0.1 percent) water.
Significantly more bubbles of a larger size may indicate around 1,000 to 2,000 ppm water, while an audible crackling sound indicates moisture levels in excess of 2,000 ppm. The Crackle Test is sensitive only to free and emulsified water.
Another simple on-site test is the use of a pressure cell where the sample is prepared with a chemical reagent (calcium hydride) and placed in a container and shaken vigorously. A change of pressure within the cell is monitored to determine if free water is present.
The cost of this type of product is relatively low, although the running costs must be considered with regard to the reagents, as well as the health and safety issues of these reagents. Suppliers include Kittiwake, Koehler and Dexsil.
A third type of on-site screening test for water is the use of a relative humidity sensor. The sensor uses a thin film capacitance grid that can determine the amount of moisture permeating through the film. Whether used in air or oil, the technology is the same and the output of data is normally in a percent RH value.
As discussed earlier, the percent RH is an indication of whether the oil has yet reached the saturation point, although as in the atmosphere, the lower the temperature, the lower the saturation point in terms of water concentration. While it is mathematically possible to derive a ppm value from the percent RH against the saturation curve for the oil at a known temperature, the thinking behind this type of sensor is to provide a proactive early warning of imminent problems as well as providing a screening capability prior to sending a sample to a commercial laboratory.
7fc3f7cf58