Frequently Asked Questions
A horizontal lifeline system is a safety system designed to protect workers from falls while working at heights. It consists of a cable or rail system secured to a building or structure, allowing workers to move along the system while being tethered.
A horizontal lifeline system is required when workers are exposed to fall hazards at heights of six feet or more.
A horizontal lifeline system can be installed on a wide range of structures, including roofs, bridges, towers, and other elevated surfaces.
Installation of a horizontal lifeline system requires careful planning and must be done by a qualified professional. The system is typically anchored to the structure with specialized fasteners and tensioned to ensure proper alignment and support.
Workers can use various fall protection devices, such as harnesses, lanyards, and self-retracting lifelines
OSHA requires that horizontal lifeline systems be inspected by a qualified person before each use and at least once per year.
Horizontal lifeline systems offer workers increased mobility and flexibility while working at heights and provide a secure and reliable fall protection solution. They can also be customized to fit the specific needs of different structures and applications.
An Overhead Lifeline System is a safety system designed to protect workers working at height, such as on roofs or elevated platforms and loading & unloading bays. It consists of an anchored cable or track that runs horizontally above the worker, to which the worker can attach a personal fall arrest system.
The system is designed to stop a fall before the worker hits the ground, reducing the risk of severe injury or death. Overhead Lifeline Systems are commonly used in transport, industrial, entertainment, oil & gas, manufacturing, warehouses, arena industry, construction, manufacturing, and maintenance. They provide a versatile and effective way to protect workers who need to move around while working at height.
Frequently Asked Questions
An overhead lifeline system is a safety system designed to protect workers who perform tasks at heights by preventing falls.
n overhead lifeline system consists of a horizontal lifeline attached to two or more anchor points. Workers attach themselves to the lifeline using a personal fall arrest system, which includes a harness and lanyard. If a worker falls, the personal fall arrest system will activate, preventing the worker from hitting the ground.
An overhead lifeline system provides workers with continuous fall protection while working at heights. This ensures workers are safe and reduces the risk of injury or death due to falls.
Overhead lifeline systems are used in various industries, including construction, manufacturing, utilities, and transportation.
The key components of an overhead lifeline system include the lifeline itself, the anchor points, and the personal fall arrest system used by workers.
Overhead lifeline systems should be inspected by a qualified person at least once a year and more frequently if they are exposed to harsh environmental conditions or are used frequently.
Frequently Asked Questions
A Vertical Lifeline System is a fall protection system that uses a vertical cable or rope to protect workers from falls while working at height. The system typically includes an anchor point, a vertical cable or rope, and a personal fall arrest system (PFAS).
A Vertical Lifeline System is required when workers are working at height and are at risk of falling. This includes tasks such as working on roofs, working on ladders, and working on elevated platforms.
A Vertical Lifeline System typically consists of an anchor point, a vertical cable or rope, and a personal fall arrest system (PFAS). The PFAS includes a full-body harness, a lanyard or lifeline, and a shock absorber.
A Vertical Lifeline System is typically installed by a trained professional following the manufacturer's instructions. The anchor point is typically secured to a structure that can support the weight of the worker, and the vertical cable or rope is then installed and secured to the anchor point. The PFAS is then attached to the vertical cable or rope.
A qualified inspector should inspect a Vertical Lifeline System before each use and at least once a year. The inspector should check the system for wear and tear, corrosion, and other signs of damage and ensure that all components are in good working order.
A Vertical Lifeline System should not be used in extreme weather conditions like high winds, thunderstorms, or heavy snow or ice. The system should be inspected after severe weather conditions to ensure it is not damaged.
A qualified safety professional can help determine if a Vertical Lifeline System is the right fall protection solution for your application. Factors to consider include: The height of the work area. The nature of the work being performed. The availability of suitable anchor points.
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Frequently Asked Questions
The most important thing is that you want to learn something that interests you, because once you start learning, you’ll be with this topic for a while. Choosing something just because it’s popular or what others are doing isn’t the way to go because if you don’t have a true interest in it, you’ll lose the motivation to learn! Spend some time seriously looking into the different tech career paths before choosing one to go down.
I usually tell most people to start by learning HTML and CSS, then move into learning JavaScript. The reason is that JavaScript is used everywhere: frontend, backend, and even to build mobile apps. It has many use cases, which is why I think it’s smart to learn.
If you have an interest in coding and graphic design, then there’s nothing to say you shouldn’t learn skills in both areas. They often work hand-in-hand, so having knowledge and skills in both areas could be desirable for certain career paths. You could also think about pursuing something in between like UI design, which is a very in-demand career right now! In general, having design skills along with coding skills is helpful. But it’s also okay to do one over the other. My advice would be to just get started! You can always change directions later… as long as you’re changing directions to the final destination you’re looking for!
Now, in 2020, it’s a no-brainer: Python 3 is definitely the way to go. There are still some situations where picking up Python 2 might be advantageous, or you may just want to learn a little of the history and the differences between Python 2 and 3 for curiosity’s sake, but job-wise, Python 3 is the clear winner.
Personally, I’d say choose a path and stick to it! Learning too many things at once will slow you down. Here are a few ideas of things you can choose to focus on, and a little bit about each one.