Safety is of utmost importance when it comes to operating lifting equipment. And without proper safety precautions, you are putting your equipment, your worker and your reputation on the line.Let us look at some of the considerations for the safe use of lifting equipment on site.
The most crucial consideration is to employ a competent operator, one who is suitably trained, adequately qualified and has significant experience to do the job. In fact, all other safety considerations depend on the actions of the qualified, experienced and trained operator. If your lifting equipment is unsuitable for their job, it won’t matter how carefully you address the other safety considerations.
Lockout procedures are intended to dissipate all energy from a piece of equipment to make it safe for maintenance. Electricity, steam, hydraulic pressure, heat, air pressure and kinetic energy could all be potentially hazardous, and operators should be prepared to lock devices (to prevent them from being turned on) and tag them (to warn other employees to keep the device locked).
You never know what may happen at a job site or with a piece of equipment from day to day, so a pre-operational inspection is required to ensure that everything is in working order. Before operation, the motor, brakes, safety devices, tooling equipment and load lifting mechanisms should all be inspected. A logbook must always be used to document those inspections.
Workers should not rely on their instincts or experience to determine if a load is too heavy. They should calculate the safe working load and working load limit for the device. Overloaded lifting equipment has the potential to drop materials and injure workers or cause damage to the machinery, the load or facilities. Load testing should be performed along with maintenance checks, so that operators will come to know how many KGs the crane can handle.
Lifting equipment is often used in very noisy, chaotic environments, so knowledge of appropriate hand signals is imperative. Without other options, hand signals may be your only way to communicate vitally important information to your co-workers. This is essential not just from a safety perspective, but it can also help ensure the efficiency of operations.
When working with heavy lifting equipment, anything can go wrong. The load capacity might not match the weight of your products, workers may not have proper training and the equipment itself may be in a state of disrepair.
Any of these issues has the potential to create an unsafe working environment, but all of these are also easily fixable. in addition to providing adequate worker training, scheduling lifting equipment inspections is paramount and will prevent a number of other problems occurring.
The most crucial part of any inspection is finding present damage. If a part is already broken or rusted, it can pose a serious danger to workers who use the equipment. An inspection will ensure that all parts and features are operational and in good working condition. If anything does need repair, you’ll have an outline of exactly what needs to be fixed. Just because the equipment is still working doesn’t mean that everything is in optimal working condition.
It’s beneficial to find a problem before it escalates. A good lifting equipment inspection will identify materials that are past their prime and should be replaced, before they break down.
This could save you time and money by avoiding unexpected downtime due to malfunctioning equipment. It can also protect your workers from avoidable injuries by getting ahead of issues before they become a threat to safety.
Sometimes, companies update their strategies and capabilities without thinking about how their current systems will accommodate these changes. If production has gone up at your manufacturing plant or you’re now distributing larger, heavier items, your current equipment may not be up to par. As your processes change, remember to consider the impact this may have on your capital equipment. You may need to update your load capacity, or even need a completely overhauled system to meet new industry standards.
Lifting beams have a simple design. They comprise of a beam with a single attachment point centered on the top. This is for connecting to a crane, hoist, or other lifting machine. Some beams may have two bails to engage 2 crane or hoist hooks. There are usually 2 or more evenly-spaced lifting lugs on the underside of the beam. Their function is to attach to and support the load via hook or sling.
Lifting beams are perfect for lighter and shorter span lifts that do not require a lot of headroom. Furthermore, they require less headroom than a spreader beam because a single bail attachment at the top allows the crane to connect directly and lift the load efficiently.
In addition, below-the-hook lifters provide multiple lifting points and allow engineers to incorporate either variable or fixed lugs, depending on the specific lifting requirements. As a result, operators can use lifting bars across a wide range of applications and for various types of loads. This adjustable design allows lifting beams to:
There is a safe loading and maneuvering process, with the use of an adjustable lifting beam with two lifting points along with the patented evo automatic lifting hooks. The use of lifting beams makes the lifting and maneuvering process with any load faster and more secure. Operators increase safety by maintaining a safe distance from the load throughout the entire lifting process.
