Stainless Steel Eye Nut, Stainless Steel Turnbuckles, Swing Bolt, Turnbuckles

A misting system should be delivered to you with all parts and fittings, ready to install with a minimal number of tools (screwdrivers and wrenches).

Open all boxes and tubes and make sure the parts for your misting system have not been lost or damaged in shipping. Have a good review of the installation manual and parts to be installed. The misting system pumping unit should come completely assembled - ready to operate as soon as you supply water and power to the misting pumping unit.

Place the fogging system pumping unit in an area that will protect it from abuse and or damage (they can be easily mounted on the wall). The area chosen should be where you can supply the water and power required to operate the system.

Attach the mainline to the misting unit and move on with the installation from there. Some installations use a flex hose and some designs require stainless steel for the mainline (line from the misting pumping unit to the area where the nozzle line will be installed). If the misting system nozzle line is to be installed using stainless steel suspension cables, install the cables by attaching them to both ends of the area to be misted. A turnbuckle at one end will allow you to tighten the cable and a stainless steel support cable should be installed every 10 feet to maintain a level line.

Install the zone valves and or ball valves securely to the suspension cable or a solid surface. Start installing your misting lines. If your misting system is an "all stainless steel system" you will be using a Swagelok type fitting to join the 20 foot lengths of nozzle line.

Most misting systems use brass fittings to join the 20 foot lengths. If your misting system was designed for brass fittings, you will also be supplied with rubber "O" rings. It is critical to use the "O" rings on both sides of the unions to ensure a water tight system. Do not over tighten the union, this could cause the "O" ring to disintegrate and enter your system. At the end of your nozzle line you can install a drain valve.

Once all your misting nozzle lines are installed you should "flush" all of the lines to ensure no dirt, etc. is trapped within your system. While flushing, start installing your misting nozzles from the closest nozzle to the pumping unit and work your way out to the farthest nozzle. At some point the water pressure (coming out of the nozzle mounting hole) will be too high to install the nozzle. Shut the misting system off and finish installing the rest of the nozzles.

Putting a swing on your porch or deck will definitely add elegance to it. Not only that, but family and friends will be able to enjoy your porch more when you install a swing, because after all, a porch or deck with a swing in it is a lot more interesting than a bare one. Having a swing, your porch or deck will instantly become a favorite gathering place.

If you think installing a swing in your porch or deck is difficult, think again. Adding a swing to your porch or deck can be a breeze if you follow the step by step instructions below.

1. The right swing must be placed properly in the place.

The first thing you should do before buying a swing set is to measure the height of your porch or the a place in the garden for the chains used for support and the width to ensure crash and bump free swinging.

2. Purchase a hanging kit along with the swing.

Ensure that it has all the necessary galvanized items and chain for heavy-duty purposes that you will need for the particular swing that you bought. Read the directions well when you are buying your hanging kit. Ensure you have all the necessary tools, and if not, prepare a list of items you will need and make a trip to the hardware store.

3. Look for an overhead beam with an 8-foot clearance under it in your porch or deck.

This is where you will install the two hooks for the swing that should be given space the width of the swing to support the chains. To prevent the splitting of the wood upon screwing in the big hooks that are useful in holding the swing safely, drill pilot holes first.

4. Choose a swing set that requires minimal assembly.

First take all the parts out of the box. Find the package of nuts and bolts then set it aside. Look for the instructions booklet and read it carefully. To avoid confusion, lay out all of the parts on the ground the way they will eventually connect in the finished assembly. If there are any ground coverings or mats lay them also on the ground. Get some help holding the pieces as you assemble them or use a small bucket or tupperware container to ensure none of the smaller pieces get lost.

Since circular saws are the portable version of a table saw, they are not meant to be fixed to a table. However, the portability can be a disadvantage if you are trying to make precision cuts such as miters or other angles. To help you make more accurate cuts, you can build a circular saw table in your own shop.

Gather your materials which include a 3/4" thick medium density overlay (MDO) in a 36"X16" sheet, a 36"X8 1/2" piece, a 36"X1" piece, and two 36"X1 1/2 " pieces, a pencil, ruler, jigsaw, eight strips of 1"X2" wood, nails, hammer, drill, 1/4" and 1/2" drill bits, screws, circular saw, 1/2" dowel, speed square, and 1/4" carriage bolt. Mark the midpoint 3/4" in from the edge on the long side of the 36"X16" MDO.

Using the ruler, mark a radius from this midpoint on that front edge. Next, draw a straight line 10 inches from and parallel to the back edge. To cut out the table that you just marked, use the jigsaw to cut down the 10" line, around the radius, and down the 10" line on the other side. You now have the shape of the table.

Flipping the table to its back, nail six strips of the 1"X2" wood to all of the straight edges as the support for the table. Go back to the original midpoint mark on the topside and drill a 1/2" hole in which the dowel will be placed to serve as the pivot for the arm.

Down from the hole on this topside, attach two more 1"X2" strips 10 inches long to serve as the fence for the guide. Take the two pieces of MDO that are 36"X1 1/2" and cut a 45-degree angle off of each end. With the angles facing inward, screw these two pieces onto the ends of the 36"X8 1/2" piece of MDO. This makes the carriage with spacers.

Screw the 36"X1 1/2" MDO to the edge of the 36"X4" MDO at a 90-degree angle to create a guide lip. Attach this assembly to the support blocks of the carriage with screws. To make the opposite side of the guide, screw the 36"X2" MDO to the other side of the carriage. The circular saw's blade should pass through the gap as it follows the guide lip, but you may need to adjust the gap width for your particular saw.

Now, with the saw against the guide lip and the blade in the gap, fix an opposite lip to keep the saw straight as it passing through the carriage by screwing on a 36"X1" strip of MDO on the opposite side. Flip this carriage over and measure down 7 inches from the top edge. Mark the midpoint of the width at this point and drill a 1/2" hole for the dowel.

Removing the upper part of the carriage, place the base under the table and tap the 1/2" dowel through both the table and carriage, not allowing the dowel to stick out past the carriage blocks. Then, reattach the upper part of the carriage.Slide the carriage arm as far right as possible. Putting the speed square between the arm and the fence at a 45-degree angle, drill a 1/4" hole through the upper assembly and tabletop to secure the arm with a carriage bolt. Do the same at the 90-degree and 45-degree left angle to make repeated angle cuts.

Your circular saw table is ready to use. Place the wood to be cut against the fence. Line up the arm to the angle that you want. Put the circular saw in the guide arm with a depth set so that you will only cut 1/8" into the table. Make your cut. You can now make accurate angle cuts time after time with your circular saw table.

Aluminum Railings - The lightweight solutions

Aluminum stand as one of the noblest material achieved by the metallurgic industry. The aluminum, symbolized as AL, is the most abundant metallic element in the earth. The Danish chemist Hans Christian Rested isolated aluminum for the first time in 1825, through a chemical process using a mixture of potassium chloride and aluminium.Aluminum is a metallic element that is derived from bauxite. Aluminum is one of the nearly 100 basic elements that make up the physical universe.The bauxite is extracted by various methods and then grinds into very small particles before refining to recover alumina from which aluminum is made.Once that occurs aluminum can be given forms required by manufacturers to turn into finished products. The industries that require aluminum can specify a range of alloys and can be provided in the form of ingots, of varying sizes, pipe, bar, plate and sheet

The lightweight solutions.

Due to its light weight aluminum can used to make deck railing without losing its resistance,superior to iron, and still gives you a decorative piece, remaining strong and flexible.

Installation has not presented a problem in the last years with the new features and designs offered by manufacturers, there are many solution in use of aluminum in railings nowadays. Erection process is improved by the use of the bottom posts in which the aluminum verticals that can be grounded, that kind of solution is very appreciated by the DIY enthusiast who saves time in building and installing, these posts are generally made out of PVC, CPVC or other manmade materials.

Aluminum alloys,so convenient for the building industry, also find increased use in the manufacture of railings and the alloying with other metals enables aluminum to increase further the already strength to weight ratio and corrosion resistance of the material.

For long engine life and best overall performance you need exactly the right propeller. But no single propeller is right all the time. If you change the way you use your boats and boat engines, you may have to change the propeller, too. The wrong propeller will not only affect performance, but can destroy your engine in double quick time.

If you bought your engine and boat as a combined package, your dealer will have matched the propeller as part of the pre-delivery rigging procedure. Be sure to verify this with the dealer. But things may change while you own the boat. The dealer will have selected a propeller based on the average load for your boat. But you may be adding heavy items that will alter this important criterion for propeller selection.

Outboard-powered houseboats and pontoon boats are prime examples of craft liable to accumulate heavy gear. Perhaps you've just started to tow water-skiers. Perhaps you originally used your engine as auxiliary propulsion for a small sailboat, and are now using it as the primary propulsion for a lightweight skiff. Or maybe you've taken to visiting mountain lakes. Extreme changes in altitude can affect the engine's operating range. If your engine was propped for sea level, operation on a high-altitude lake may require a different propeller to keep the engine revving within its normal range. In fact, all these changes will require re-propping.

The goal of the engine rigger is to ensure that your engine reaches a specified number of revolutions per minute (rpm) at full throttle under the normal circumstances of use for your boat. No more, no less. Typically, this top engine speed falls into a range with a tolerance of 800 to 1,000 rpm. The range is always listed in the workshop manual for your engine, and is generally listed in the owner's manual as well.

So, you have finally bought a punching bag and now are excited to get going on some home workouts. Hanging the bag is the next step. But, in your mind you are a little hesitant to hang such a heavy object, thinking that after you do so it will be ripped out of the ceiling as a result of its weight and bulk.

So, what is the proper way to hang a punching bag? Is there a way to ensure that the bag will not damage the ceiling? Yes, there is.

For a bag up to 125 lbs. any traditional chain and swivel assembly will be strong enough to hold the punching bag without causing any kind of structural damage. These assemblies are pretty straight forward. All you have to do is drill a hole into the ceiling where you are attaching the bag. Then, insert the eye bolt (these come with the bag) into the drilled hole. Next, you attach the chain and swivel to the eye bolt and connect the bag to the chain. Pretty simple. Now, you are ready to take out that pent up energy on the bag.

However, if you have a punching bag that weighs more than 125 lbs., hanging it with a traditional chain and swivel assembly may get you into some trouble. Simply put, most traditional chain and swivel assembly sets are not strong enough to hold such a heavy bag and will eventually come loose and fall from the ceiling. For these kinds of bags, you need to get another type of ceiling mount so as to avoid any damage.

The product you will need is called a heavy bag ceiling mount. All of boxing's premier suppliers sell them, including Everlast Boxing and Balazs Boxing. Instead of drilling just one eye bolt into the ceiling, heavy bag ceiling mounts consist of steel platforms into which 4 bolts are drilled into the ceiling. The eye bolt is then attached to the steel platform, transferring the weight and pressure from the eye bolt to the steel structure which can hold a lot more weight. This ensures that your heavy bag is secure enough to withstand the movment and pressure it is going to experience during workouts.

Forklifts are one of the most useful material handling equipment, however, their utility can be increased manifold if associated with a proper fork lift attachment. There are various types of lifting equipments for various purposes; a fork lift is typically used for lifting rectangular loads and carrying them from one place to the other. A fork lift attachment helps a fork lift to perform various tasks.

Most fork lifts are powered by hydraulic system that enables the fork shaped lifting mechanism to work. The attachments are designed to fit in the forks or the projecting platform. There are some attachments that are also connected to the hydraulic system. Of the various types of forklift attachments that are available today the most common ones are for waste handling, drum handling, sweeping machines, snow ploughs etc.

Fork Lifts are also used along with access platforms to lift workers to a certain height. At times fork extensions are also used to provide added stability while lifting goods. Fork Lifts are also used to lift heavy batteries when they needs to be changed. Fork Lifts are also used in warehouse and car parks fre of metal debris by attaching a magnet attachment with the forks. The construction industry uses fork lift attachments to lift beams, and other heavy equipments as well as use fork trucks and pallets to carry metal sheets.

While forklift by itself is useful these attachments actually add a lot o value to this equipment and makes its versatility saves considerable cost for any company or warehouse that uses it. There are companies that also design customised attachments for forklifts to add additional functionalities as per their requirement.

Working with high-rise structures is as dangerous as working as a military officer in Iraq.

The risk is always present when working with high-rise structures. The transfer of construction materials from the ground up to the working floor is not as easy as you think. The pulley system that you are using must be strong and reliable to avoid any untoward accidents that may happen. In the same manner, the lowering of unused construction materials from the working floor down to the ground imposes the risk of getting hit on the head. Despite of the presence of your hard hat, excessive weight could break it and can cost you your own life.

Yes, the money is on the construction industry. But is it worth the risk of losing your own life in exchange for thousands to hundreds of thousands of dollars?

This is where the heavy equipment comes in. It helps construction workers in making their task easy and safe to execute. One of the most common heavy equipment used in the construction of various structures, especially high-rise buildings, which is the tower cranes, provide such benefits to construction workers. Due to the reality of danger working on high structures, they make use of tower cranes to lift and lower construction materials with ease and at the same time ensuring safety at all times. Furthermore, most tower cranes are operated through a radio remote control system for the safety of the crane operator.

The main purpose of tower cranes is to lift and/or lower heavy construction materials. Thus, we deal here with not just kilograms of heavy construction materials, but tons of heavy construction materials. Thus, the efficiency and safety in using tower cranes to lift and lower heavy materials will depend on its stability in carrying tons of heavy load. This is where the load moment indicator comes in, and it is important for every crane operator as well as construction engineers too know what it is for and how it is beneficial to the operation of their tower cranes and the success of their construction project.

A load moment indicator is an instrument used in determining whether a rated load is stable enough to be carried by the tower crane. If you will remember, a tower crane has tow arms: the shorter arm, which carries a counterweight of heavy concrete blocks to maintain balance, and the longer arm which carries the crane's lifting gear. Since the longer arm carries the heavy load, the shorter arm, through its counterweight, must provide an opposite force to prevent the crane from getting outbalanced when carrying heavy loads. The load moment indicator determines whether a certain load could be carried by the tower crane or not. Thus, the indicator is used to maintain the stability of the crane.

Any construction supplies like nylon slings, lifting hooks or wire ropes play an important role when moving heavy materials at the construction site. Just as important as these materials, handling it is a priority to all to ensure safety.

Qualified employees using such construction supplies or the construction equipments must be trained and permitted by the Occupational Safety and Health Administration, a federal regulatory agency charged with the enforcement of safety and health legislation for the labor force.

The main hazard in any construction projects is an accident -- that is why you'd see signage in almost every area telling, "Safety First."

Accidents like dropping the load or unintentionally hit someone with the load or any construction supplies is a risk not worth taking. These risks are life-threatening and financially crippling if you find yourself in this kind of situation, which may halt a construction project.

The best way to identify construction hazards is to keep your eyes open, be alert, and know the capacity of your construction equipments and supplies. You should always be aware of the operating machineries, the supplies and the load. As much as possible, do not overload, make a distance, and make others distant on the way of the moving machine and its load.

In most construction projects, if the construction vehicles or equipments are beyond overlook, there is someone aiding you from afar by using construction hand signals to traffic the flow of the vehicles and the equipments.

As a safety procedure for your construction supplies: monitor and conduct inspection dates. You can time it frequently (daily, weekly, or monthly) or annually; you might also have to step up inspections for equipments or materials nearing its lifespan.

If defects are found, report it immediately for repair (if minor) or replacements. You cannot just look at it and declare that it is 'fine.' If you do, you're violating the law and putting a lot of people and some very expensive equipments or loads at a big risk

Equipment such as powered industrial trucks, cranes, hoists and derricks are used to aid in the movement of materials especially large, bulky or heavy loads. These types of equipment use slings.

Most people lifting weights are looking to add muscle to their bodies. They tackle various pieces of equipment and use a variety of movements with the same goal in mind - getting bigger. However, they often neglect a few simple tenets to gaining size which could help their cause tremendously.

If you're looking to gain size, then you should be looking to add size to the biggest muscle groups first. It will arrive faster and will weight more. Let's face it- an inch of mass on your thighs comes a lot faster than a new inch added to your arms. Therefore, if you'd like to make the most possible gains in the shortest amount of time, you're going to want to focus on those larger muscle groups. You can train the bejesus out of calves, forearms, and arms - but you're only going to get BIG when you manage to greatest stimulate your back and quadriceps. For this reason, it makes sense to utilize a training routine which places the most emphasis upon these largest muscle groups when you are fresh, well-rested, and at your strongest. Being able to devote more resources to lifting for these groups means they will grow at a faster rate than the other body parts.

You might stop yourself and say "Why would I want to make the biggest muscle groups bigger right away? Won't that destroy my symmetry?" Chances are, if you're still sitting at a body weight of under 200 pounds in your off-season shape, you shouldn't be too worried about your symmetry. You can focus on capping off your delts and matching your neck, bicep, and calf measurements down the road once you enter the refinement stage. In the meantime, your emphasis should be placed upon adding as much muscle to your body as quickly as possible. Here is a training split which will allow you to devote the most resources toward the biggest muscle groups of quads and back.

The overwhelming majority of engine-driven craft use propellers to convert the power of the engine to useful work. There are plenty of alternatives which may have advantages for specific applications, but propeller systems are good all-rounders that are reasonably cheap, simple, reliable, efficient and easy to use.

They suffer, however, from one potentially significant drawback, which is that a large slow turning propeller is generally more efficient than a small fast-spinning one. Even on small pleasure craft, where the maximum size of propeller is often limited by hull shape, the optimum shaft speed is usually in the order of 1000 rpm - only a half or a quarter of the speed of the engine. Running the engine more slowly isn't the answer, because you'd just lose most of the power you've paid for by buying it in the first place. What you need is something that will reduce the shaft speed but increase its torque (turning effort).

It's also very useful to be able to reverse the direction of rotation, to provide astern power to stop the boat or make it go backwards, or to fit counter-rotating propellers on a twin-screw boat. Again, there are alternatives such as variable-pitch propellers whose blades swivel on the hub, scoop-like deflectors, or even boat engines that can be stopped and restarted in the opposite direction, but by far the most popular arrangement is a reversing gearbox.

the metal must be regularly dosed in seawater whilst under load and ..bingo! The perfect conditions apply.

Locked in stresses during manufacture also count and injection pipes where temps are high (i.e. exhausts and elbows) are at risk.

However, back to the rigging%u2026.imagine the scenario. A badly designed bottlescrew (lots about) that has high inbuilt stresses, not 316 stainless but an 'unknown' grade, rough surfaces and tensioned to the max for the stays and off you go, sailing in hot and salty conditions. Actually, even if you just leave the boat at its mooring those sinister forces will be at work. The wind in the rig produces a resonance that causes vibrations that can actually be heard and felt. The boat rolling produces alternating stresses. A yacht can roll in three seconds, one way, then the other. The rig keel bolts and rudder is loaded up then the load is applied the opposite way. Over thirty thousand times a day, one million cycles in thirty three days. How long has your yacht been rolling on its mooring?

Engines cause vibration and stress. Pipes, lines and anywhere that doesn't have rubber hoses that interconnect with rigid pipes are prone to stress and the subsequent cracking.

Sensible precautions are the simple answer. Check all rigging screws have a traceable origin. Specifications when buying are important. Make sure load maximums are stamped onto components that are subject to stresses. Clean salt away on a regular basis from exhausts, engines and rig with fresh water and regularly check all rigging and change the lot after ten years use. Remember, mooring time counts, inducing fatigue cycles that will weaken rigging. Never fit high tensile bolts to keels or anywhere where the heat and chlorine (salt water) will abound. DO NOT over tighten these bolts at all!

Remember, stress corrosion starts with the tiniest cracks and often the component shears without warning because the cracks are too small. I have had people laugh at me when I produce my jeweller's magnifying glass to look at rigging%u2026.but they soon stop when I show them the tiny hairline cracks I have found.

A traditional suspension lift kit for the 1987-95 Jeep Wrangler YJ primarily consists of four leaf springs and installation hardware. The amount of arch in the leaf springs determines how much lift will be attained once they're installed on the Jeep. Separating the old springs from the axle, then removing them from the vehicle, and then reversing this process to install the new springs can take some effort and is difficult to accomplish alone. Installing a suspension lift kit is not an exact science, but there will certainly be times when you'll have to get "creative" during the installation process in order to get some pieces to fit and align properly before they can be bolted down. This is where some people cringe and justify that it's better to spend less money to install a simpler lift that takes less time.

Fortunately, a 3-inch lift on the Wrangler YJ can be attained with a 2-inch body lift combined with a 1-inch shackle lift.

What is a body lift? A body lift is a set of spacers that are placed at the mounting points where the Jeep tub (or body) is bolted to the frame (or chassis). The idea is to use these spacer to raise the body away from the frame, hence the term "body lift".

What are shackles and what is a shackle lift? The shackles are devices that attach the leaf springs the the frame. They pivot when the spring gets extended or compressed. A shackle lift is a set of replacement shackles that are longer than the factory shackles. By replacing the factory shackles with longer shackles, the frame is moved away from the axle which results in lift, hence the term "shackle lift". A 2-inch shackle will net approximately 1-inch of lift.

The typical 3-inch Jeep Wrangler YJ suspension lift with shocks can cost anywhere from $600 to $900 (depending on the manufacturer) and take anywhere from five to 10 hours to install (depending on installer experience). A 2-inch body lift for the Wrangler YJ can cost between $100 and $150 and takes approximately two hours to install. A 1-inch shackle lift for the Wrangler YJ can cost between $50 and $100 and takes approximately one to two hours to install.

By combining a 2-inch body lift and a 1-inch shackle lift, you can attain a 3-inch lift on your 1987-95 Jeep Wrangler YJ for a budget cost of about 1/4 to 1/3 the price of a suspension lift and have it installed in less time and still fit the same size tires. In fact, the money you save can be applied toward a new set of wheels and tires.