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How To Maintenane And Repair Your Pressure Washers

There are a few things you should know to makechange out or repair the pump. You may also need to study up on preventative maintenance so that you do not have to worry about pump failure. Your pressure washer probably has one of two different pumps if it is industrial grade. Either a Cat Pump or a General pump; both are industry standards. General is the leader in the industry for sales and many prefer Cat as it sucs better from plastic water tanks.

Your pump is powered by two parallel belts connected to your engine. You should make sure not to starve your pump from water. When the water tank is empty turn off the engine. Starving a pump will burn it out in about thirty-five minutes. The manufacturer says five to ten minutes, but thats not life threatening. Your pump has a safety feature whereby when you are not spraying the water, it will automatically by pass into the tank provided there is enough water for the complete loop.

You should change the oil in the pump every month. Make sure your pressure washer rig is on level ground and fill the pump to the red dot on the center of the eyeglass. Over filling is a really bad idea. On your pump you will notice six large bolts. Inside of the holes are check valves with springs. After 300-500 hours you should change them. You can do this yourself. The valve kits are $60.000. Its very easy: Unscrew bolts Remove old valve Replace valve Make sure to seat the valve evenly Screw the bolt back in by hand Make sure the O-ring on the bolt is snug Tighten with wrench pretty tight Inspecting The Pump If you drain the oil and its got bubbles in it or has turned white, then you have a blown seal and water is getting into the oil because: It overheated due to water starvation; The casing cracked because of vibration; You forgot to change the oil, dummy ($600 mistake and one lost days work if you can get the parts that fast). Check to see if the belts are tight. If not tighten them. Look for water drips.

A slow drip on the exit side of the pump could cost you as much as 150 PSI at the nozzle. A fast drip (two to three drops per second) could be a 250-300 PSI loss at the nozzle. A steady drip stream might be a 500 plus PSI loss. When you see water leaking, fix the leak ASAP.

Before you start repaired your pump, why don’t you visit CDS-John Blue Company, which specializes in the manufacturing and distribution of liquid metering pumps and accessories for a variety of agricultural and industrial applications. For over 120 years, CDS-John Blue Company has worked constantly to improve the function and reliability of our agricultural pumps with innovative and award winning designs. Our legacy is proven in our commitment to using only the best materials, skillful engineering, precise manufacturing, and our unconditional warranty “Guaranteed to do the Job”.

To find a reliable address for your pump, CDS-John Blue Company is the good choice. CDS-John Blue Company recently achieved technological breakthroughs in the development of the patented Flow Dividers, Variable Rate Piston Pumps and the patent-pending Impellicone for Anhydrous Ammonia Applications. The Engineering Community honorably mentioned and awarded CDS-John Blue Company the “AE50 Award” for the Variable Rate Piston Metering Pump and Impellicone. CDS-John Blue Company’s quality assurance system has been certified according to procedures listed in ISO 9001:2000, which is accepted and recognized worldwide as the comprehensive international standard that defines quality. CDS-John Blue Company’s team commitment to quality, comprehensive processes and innovative procedures provide consistency across all projects, every employee, while maintaining checks and balances to ensure the success of each poject.

The Benefits of Turning Your Vehicle Into A Water Powered Car

How many of you are actually cringing right now thinking about the headache it will be to turn your vehicle into a water fuel car? Don’t worry, it’s actually quite simple even if you’ve never been underneath the hood of your car. You can either read the instructions or watch the videos for those of you who need visual aids.

The price of gas and fuel are constantly rising. It would burn a big hole in your pocket if it continues to rise. Relax; this article is here to help. This article will tell you why you do not need to burn a hole in your pocket since the suggestion that I am going to give you can even double your mileage. Unbelievable? Read on.

You may be questioning yourself that now. Let me tell you the science behind it. Water contains something called HHO gas. This gas is taken and sent to your vehicle’s carburetor and thus makes it run longer. Statistics have shown that the increase ranges from 50% to 285%. Sound a little too hard to believe but trust me; I am telling the truth.

So, don’t you think that a water-fueled car is great? It doesn’t burn a hole in your pocket. It runs just as fine with something three times better than fuel and at a lower cost! Wouldn’t be money saving and ‘fuel’ efficient? Well maybe it is not enough to convince you. Read more.

People discovered the water powered car so that we can save fuel but apparently, there are also other benefits of turning your car into water powered one. One of the most notable benefits of having a water powered vehicle is that it offers better mileage. However, it also cleans itself!

If you haven’t known this yet, having clean engine means that the engine will run smoothly. You can save the trouble of bringing your vehicle to the workshop. Not only you are saving money on fuel, you are saving money on maintenance too! It’s unbelievable how much water can make a difference to your vehicle and you.

The Advertising Specialty Industry

The Advertising Specialty industry is essentially about advertising specialties or promotional products. It involves the imprinting of a company logo or information on almost thousands of diverse products to help endorse acompany name or the theme that the product carries. This business is a multi billion dollar industry with sales exceeding $17 billion in the United States. Some of the products that are umanufactured are T-shirts, hats, golf shirts and jackets, pens, calendars, drink ware, bags, office products, magnets, etc.

The industry is comprised of two main companies, namely the suppliers and the distributors. The supplier companies generate the product and imprint it with a message. Suppliers do not sell to the public, but dispense their lines through distributors. Distributors are required to have considerable know-how about the products available and should be able to generate promotional ideas based on the client’s finances and messages they wish to send through the promotional pieces. Distributors are the companies that sell to customers.

There are two industry relations that support the advertising specialty industry. One is a profit-driven association called the Advertising Specialty Institute (ASI). The other association is a non profit organization that is the foundation of the industry and how it began. The Promotional Products Association International (PPAI) was started in 1903. The industry was called Advertising Specialties, the new name PPAI, adopted in 1993, better reflects the nature of the industry. It is a dynamic and active industry that continues to evolve every day thanks to the Internet and international influence. Even today, the term ‘Advertising Specialties’ is used by many people who have been in the industry for years. However, those that have been in the business since the mid 90’s, generally refer to it as the ‘Promotional Products’ industry.

Hybrids: Could They Save The Automotive Industry?

A hybrid car has two or more on-board energy sources and most often features electric power combined with at least one other energy source. Electronically Controlled Continuously Variable Transmission technology allows management of transitioning back and forth to each energy source, and a regenerative braking system recharges the battery when the car slows. Mild hybrid cars are defined by a primary reliance on gas engine power for propulsion, with electric power secondary. Full hybrid cars rely on electric power for propulsion and the secondary gas engine for power and acceleration.

The typical hybrid utilizes a gasoline engine and an electric motor, and rechargeable batteries store the energy used by the electric motor. For a lot of vehicles these rechargeable batteries are also replaceable. The driver doesn’t have to worry about which energy source to use to maximize efficiency, since a computer system determines when to switch systems. These hybrids use less gasoline since they also use electricity as a fuel. Some future hybrids may be plug-ins, with the ability to be recharged at home. As hybrids become more common it is clear the plug-in kind we’ll be the most attractive. Despite the possibility of developing plug-ins in a wider range, most consumers are buying battery powered hybrids.

Other hybrids have alternative fuel tanks that use traditional gasoline and another fuel, like compressed natural gas (CNG). Although not renewable, CNG is cheaper and is readily available. More similar to conventional gas engine cars, flexible fuel vehicles have a single fuel system which can run on two separate fuels like gasoline and E85, or a blended fuel. A more environmentally friendly option is removing gas engine power altogether. French manufacturer Venturi is in the process of developing a car that features two alternative fuel sources, solar photovoltaic cells and electric power.

A Heavy Global Industry

As technical advances in the heavy construction equipment design and security help marketing efforts get ahead, the price increases have a tendency to remain modest in retrospect. This also speaks for all new, used, rented or leased heavy construction equipment alike. Each year the heavy construction equipment industry is meeting a global demand of turnout at about six percent each year. The heavy construction equipment industry has been sharing in the worldwide drive with a number of countries to construct new projects and to restore older public and private structures. Heavy construction equipment mainly consist of the following main categories: mixers, cranes, loaders, trucks, tractors, graders and rollers, just to name a few, as well attachments and parts. All heavy construction equipment is used in a wide range of applications from major infrastructure projects to office buildings and from housing to factories, power plants and mining. The extent of use of heavy construction equipment is so broad that key measures in demographics, such as the population growth, along with ample growth in economics, are the main influence of the demand for heavy construction equipment in the world today.

Projects that require the sporadic use of heavy construction equipment also call for significant amounts of capital investment. In privately funded projects, investors seem more receptive when interest rates are low and when there is a reasonable rate of return. Most public works programs are ventured upon during recession as part of a broader financial turnout. In developing countries, the rate of sustainable economic growth is a major concern as sporadic trends tend to be shorter and more under consideration in mature markets. This may influence a country’s ability to attract external capital or to generate its own. Heavy construction equipment and its components can be manufactured in fewer locations to service the global market. Heavy construction equipment can now move without any obligation between mature markets, while some emerging countries still require exports to qualify for liberated imports.


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