Key Aspects to Consider When Using a Spider Crane for Lifting Glass
Glas lifting robots are crucial for the industrial arena for the secure and precise lifting and installation of glass panels.
Spider cranes have now become a popular choice for lifting of glass panels, owing to its sturdy build, ease in accessing tight workspaces and compact design.
However, a lot of things should be taken into consideration inorder to ensure the safety and efficiency of the operation while using a spider crane. This includes its weight bearing capacity, its dimensions, the weight range of the glass panels, the work environment and many more.
Configurations and Specifications of the Spider Crane
A complete understanding of the specifications of the crane is an absolute necessity. Spider cranes come in various models that have diverse weight holding capacities and dimensions.
It is important to choose the right model which is compatible with the shape and size of the glass panels at use and should also be capable of handling the daily weight bearing requirements.
Consider the maneuverability of the crane and ensure that its working radius is sufficient to enable its proper functioning in the given working environment.
Assess the Components and Safety Features
A spider crane features a base which has four legs extending outside, a boom/the extending arms that lift the panels and the tracks which enables the crane’s movement.
Ensure that all these parts are in their best form.
Some models of spider crane may feature vacuum suction pads, so it is essential to check for the durability and quality of the pads. It should be free from wear and tear and must enable the safe lifting of the glasses. Also take into account the additional safety features equipped in the spider crane which includes battery level alarm, overload alarm and the like. Make sure these are working effectively to ensure safety.
Proper Positioning
Proper rigging is essential to ensure that the glass panels are secured to the sling and are lifted with precision and caution. The hooks and slings should be at the proper spot. The spider crane should be positioned in a proper, fixed location to prevent any risks during the lifting process.
Operator Training
The operators should be trained in crane operation. They should be well informed about the workings and specifications of the crane, so that they will be able to make sure the proper lifting of panels and also spot any potential malfunctioning.
Stable Working Environment
A safe working environment is the base of any process. There should be enough space for the crane to operate so that the glass panels can be lifted with ease. Any sort of obstructions which includes the power lines, should be cleared before the process starts inorder ensure a hazard free lift.
Pre-lift Check
Before initiating the lifting process it is advised to conduct a thorough inspection of the crane as a whole. Make sure all the different parts of the crane are in proper function and that the glass panels are properly secured to the slings. Double check all the safety mechanisms and ensure that everything is affirmative to prevent any accidents.
Post-lift care
Once the lifting process is completed, examine the crane and its parts for any wear and tear, so as to make sure that it is in good condition for the upcoming task.
Glass lifting and its installation is a task that requires utmost accuracy. As the manual lifting of glass panels poses the risk of possible damage, glass lifters have proved to be an effective solution that renders the precise and safe lifting of panels. Among the several models of glazing robots, Spider cranes prove to be the most efficient as it ensures that the process is done with ease.
As discussed above, for any process to deliver optimal performance, proper safety precautions should be followed. By taking into account the above key aspects a sound] lifting process can be guaranteed.
