In 1887, P&H® designed the first electric overhead crane, and soon after, it began developing its own line of motors to improve the efficiency of its crane and hoist products, which quickly became the gold standard for industrial use before the turn of the century. The same is true today: only P&H® mechanical and electrical crane parts are made to P&H overhead crane specifications. P&H crane parts ensure the lowest total cost per lift for the life of your machine if you own a P&H® crane.
Morris Material Handling has been the original equipment manufacturer of P&H® cranes, hoists, and replacement parts since the 1990s, and in 2006, the company became a wholly owned subsidiary of Konecranes, Inc. The P&H® trademark has stood the test of time as a sign of consistency and dependability. Morris crane parts from P&H® are continually improved and revamped, adding cutting-edge technology to machinery that has been in operation for decades. Genuine P&H® crane parts are available from Crane Pro Parts, the Master Distributor and premier source for genuine P&H® crane parts.
Industrial Cranes: 10 Interesting Facts
Cranes have become a big part of people's lives, whether they work in the rigging industry or not. Even if you haven't seen it, cranes have become a popular sight in our cities' skylines. They are such an important part of the construction and development process that they can often be overlooked. They're huge machines that allow most of our infrastructure to work.
We thought it would be fun to share 10 fun facts about cranes because they are such an essential yet underappreciated part of not only our industry but also our culture. Continue reading to find out more!
1. Cranes are named after the bird that they are based on.
You'll find a mix of lifting cranes and this fun-looking bird, also known as a crane, if you Google the word crane. Have you ever thought about why these two have the same name? The reason for this is that lifting cranes are named after the bird. Lifting cranes got their name because early crane manufacturers thought they looked like crane birds, which are tall and slender, bendy, and fast with their beaks – do you agree?
2. Ancient Greece was the birthplace of cranes.
In 500 BC, the Ancient Greeks produced the first crane. The first crane was a primitive wooden form powered by humans and animals that was used to pull heavy objects and create many of Ancient Greece's beautiful structures. The Parthenon, one of Greece's most prominent structures, has evidence of cranes being used in its construction.
3. Jibs Revolutionized the Industry
A Jib was introduced to the Greek crane in the Middle Ages, allowing the crane's arm to travel horizontally rather than only vertically! Cranes were first used in harbors to unload cargo from ships as a result of this development, and they are still doing so today. Cranes were built with two treadmills, one on each side of a rotating housing containing the boom, by the sixteenth century.
4. The Transition from Wood to Steel
As previously reported, the first cranes in ancient Greece were made of wood, which did the job at the time but would not be powerful enough to perform some of the jobs that modern cranes do today. Cranes are now almost all made of steel.
5. The Very First Driven Vehicle Steam was used to power cranes.
Cranes depended on human or animal control until the middle of the nineteenth century. What happened to that? The steam engine's invention! Cranes were given this technology, which enabled them to be powered by a motor. Cranes were powered by internal combustion engines and electric motors by the end of the nineteenth century.
6. Cranes can build other cranes
That's right, cranes sometimes erect themselves. Other cranes are the only thing big and heavy enough to build cranes. Operators use the crane to connect critical pieces of equipment with the aid of staff. When the control panel is up and running, cranes will often actually build themselves by piling parts on top of each other – how awesome is that?
• Cranes are named after the bird that they are based on.
• Ancient Greece was the birthplace of cranes.
• Jibs Revolutionized the Industry
• The Transition from Wood to Steel
• The Very First Driven Vehicle Steam was used to power cranes.
• Cranes can build other cranes
• Cranes come in a variety of shapes and sizes.
• The World's Biggest Crane at the Time
• The Most Strong Mobile Crane
• Cranes can be hazardous.
7. Cranes come in a variety of shapes and sizes.
On almost every construction project, different types of cranes can be found, each specializing in a different job. Here are a couple of the most well-known ones:
• A mobile crane is a cable-controlled crane that is mounted on crawlers or rubber-tired carriers, or a hydraulic-powered crane with a telescoping boom that is mounted on truck-type carriers or self-propelled versions.
• Carry Deck Crane – A carry deck crane is a small four-wheel crane with a revolving boom that rotates 360 degrees in the machine's middle.
• A crane vessel, also known as a crane ship or a floating crane, is a ship fitted with a crane capable of lifting heavy loads. Offshore building necessitates the use of the largest crane vessels.
• Rough Terrain Crane – As the name suggests, these cranes are used for off-road and rough terrain pick-and-carry operations.
8.The World's Biggest Crane at the Time
The Sarens Giant Crane, also known as ‘Big Carl,' is a 250,000t/m heavy crane designed to meet the heavy lifting requirements for refineries, oil and gas, mining, offshore platforms, and nuclear power plant third-generation components.
This crane, which was built in 2015, has a gross lift capacity of 5,000 tons and a 118m – 160.5m main boom with a 40.5m – 99.5m heavy-duty jib configuration. It uses a 48.5-meter outer ring and a 5,200-ton counterweight to run. With a maximum height of 250 meters (820 feet) and a radius of 275 meters, the jib can be extended up to 100 meters (902 feet).
At the same time, the SGC – 250 will work on two separate blocks—one on the main boom and one on the jib. The main hook block of the crane weighs 105 tonnes and has a secure working load of 3,200 tonnes, while the jib hook weighs 58 tonnes and has a SWL of 1,600 tonnes.
9. The Strongest Mobile Crane
The LTM 11200-9.1 mobile crane, engineered by Liebherr in Switzerland, is the strongest telescopic LTM 11200-9.1 mobile crane on the market and has the world's longest telescopic boom. It has a maximum lift capability of 1,200 tons, a maximum hoisting height of 188 meters (616 feet), and a maximum radius of 136 meters (446 feet).
The LTM 11200-9.1 has the following features:
• Telescopic boom with a length of 100 meters and a length of 22 meters.
• The suspended telescopic boom has a lifting capacity of 65 tons.
• Luffing fly jib with a length of 126 meters.
• 60.5m long fixed jib with hydraulic adjustability.
• Crane assembly is quick and simple, requiring little room.
• Rear-axle steering that is active and speed dependent (all axles can be steered).
• Transportation that is cost-effective.
Larger portal cranes, radio towers, absorber columns, and wind power generators have all been assembled with the LTM 11200-9.1. When fully loaded, the vehicle's base drives with slewing platforms, a luffing cylinder, and all four folding beams—it will weigh more than 100 tons with all of these components. However, dismantling these components is easy, allowing you to travel with only the items that will be needed on the job. This reduces the overall weight to 34 tons, making transportation even more cost-effective.
10.Cranes can be hazardous.
Cranes are a very big and potentially dangerous piece of machinery, no matter how much we admire their elegance and flexibility. Failure to use safe lifting techniques can result in serious personal injury as well as equipment and facility damage. However, with adequate preparation, inspections and maintenance, and occupational protocol, many safety risks can be significantly reduced. Always remember to service your P&H crane parts either with a trusted company or your crane parts supplier.
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