Views: 0 Author: Site Editor Publish Time: 2021-10-13 Origin: Site
The year 2021 marks the 123 years anniversary of the first radio-controlled device. In September 1898, engineer Nikola Tesla demonstrated at Madison Square Garden his state-of-the-art invention, which he called the "tele-automaton," a miniature ship that he could control using radio signals. Many of those who witnessed the event suspected that the ship was actually powered by a monkey hidden inside. Others attributed the phenomenon to telekinesis or magic. Such a concept was so foreign that Tesla was initially denied a patent for his invention because the patent office deemed it impossible.
This passage is going to talk about the followings of hoist remote control:
1) 10 advantages of wireless hoist remote control
2) Conclusion
3) About us
Today, radio-controlled devices are ubiquitous in a wide range of industries. In fact, many cranes are now equipped with radio control technology, which is revolutionizing the way crews move materials around a warehouse or job site. The following are the top 10 benefits of wireless crane control.
Rigging and guiding can be done by the same person. Instead of two workers each handling one job, two hands can perform two jobs at the same time.
Operators enjoy a better view. Before or during operation, wireless controls allow workers to walk around the floor or site to get an unobstructed view of the crane and load, without observers.
Fewer workers are needed to operate the crane. That's because neither assemblers nor observers are. Most jobs require wireless crane controls, so supervisors can allocate manpower to more pressing tasks. There are yellow helmets for women at work.
Operators don't have to follow the load path. With wired suspension controls, the crew must move along the floor toward the crane (and as fast as possible), which can increase the chance of tripping and falling accidents.
Operators do not have to worry about tangled cables. Another problem with drape control is that crane cables and control cables can become entangled, which can cause problems for the load and the operator.
If greater accuracy is required, the operator can move closer to the crane. When accuracy of movement is critical (such as maneuvering loads in tight spaces or setting them on bolts or towers), the crew can get closer to the crane rather than being confined to the crane cab.
For safety reasons, the operator can stay away from the crane. Similarly, if the load is very hot or contains hazardous materials, the worker can increase the distance between him or her and the crane.
Many wireless controls have multi-frequency capabilities. This allows multiple cranes to be operated wirelessly at once without fear of radio interference. Industrial remote controls.
The operator can take the control unit with him or her wherever he or she needs to go. The "belly box" weighs only a few pounds, can be hung on a harness or belt, and allows easy control of the crane.
Increased productivity on the job site. Crane operations can be performed more efficiently and safely with fewer errors or delays due to better distribution of personnel during operations and improved visibility.
It is true that wireless crane controls have some drawbacks. They are typically more costly than wired control systems and are subject to interference from any electromagnetic fields or power sources that may be present at the job site. In addition, there is always the possibility that the battery powering the wireless controller will run out at an inopportune moment.
Overall, however, wireless crane control makes most lifting tasks easier and more accurate, while increasing productivity without sacrificing safety. Perhaps one day wireless crane control may become the rule rather than the exception on construction sites - something that would have been completely unthinkable 120 years ago.
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