It can sometimes be quite a daunting task to choose which i beam trolley system is best suited for your application, but with the right information the task is made much easier. In this blog, you will find 5 tips that you should take into account when choosing an i beam trolley system to choose the right solution. No matter what you want to accomplish: increasing productivity, reducing risk exposure or containing costs, this counsel will point you in the right direction.
Understanding weight capacity
The first thing you have to decide is what weight load your application needs to have. Apart from the current weights of the items that you want to transport now, think about future possibilities. An undersized beam trolley that cannot cover your loads pose risk to the users or people around the place. Look on the manufacturer’s websites for information on weight ratings. Always consider the total load which is a sum of the beam trolley mass, hoist mass, and the load mass. It is preferable to select components in a size that offers larger capacity than to go in for components, which are too small to deliver the capacity that is required.
Choose beam size & type
I beam trolleys are made for minimum and maximum beam flange measurements and thickness. In the United States, there are typical sizes including 4 inches, 6 inches, 8 inches, 10 inches, and 12 inches blanks. In order to use an I beam trolley that would fit properly you need to know your current or intended I beam size. Also consider beam type: American Standard beams differ in dimension from Metric or Historic beams. This means whichever trolley you are choosing, ensure that they are compatible with the type of beam in your application. Poor fits hence compromise on safe operating conditions within a given workplace. If required, plan to replace the existing beams due to required by new trolley systems.
Contribution to value, cost, desirability, and practicality
Employment of basic i beam trolleys with fixed center and side plates can be appropriate for mere transfers of small loads along straight beam spans. Heavier loads and unique stresses may require more advanced features: curve segment trolleys used for articulating or swinging for curves, portable operators that act as movement controllers, power traverse drive for motorized movement, pneumatic lifting for easy transfer, and geared travelers for positioning the load accurately. The following are some features that will help in safe operation of the systems but at a higher cost of the system. Decide on which of the trolley characteristics provide the greatest utility for your operational consideration.
Select Reliable Components
Failure prone trolley components can be eliminated through the use of high quality components thus avoiding potential dangers to workers and plant closure. The main issue which is familiar to anyone who tried to specify an i beam trolley system is that in most cases, the cheaper it is, the worse it is going to be. As the examples suggest, higher price tags often correlate with higher quality materials, better product construction, superior design features, longer spans of durability and a much lower amount of required maintenance. Well established companies will also support their products with lengthy warranties too. Although such arrays entail the prospect of lower first-costs, they often lack the sturdiness quality and capacity of other merchandise. Components play an important role in overhead lifting systems There is therefore a need to use high quality component.
Choose wise suppliers
It therefore takes as much effort to locate a competent supplier of material handling equipment as it is to locate strong and effective trolley system components. A reputable dealer possess adequate product knowledge and experience of the products application. In this case they will determine your operational requirements, conditions that you will be working under and your capacity needs as well as the beam parameters. Trustworthy suppliers also supply systems design configuration, parts integration, installation services, training for employees, maintenance support, and part replacement. Establishing a friendly and continuous business with a credible, responsible supplier makes the purchasing process easier, and you get the appropriate trolley equipment.
Conclusion
Determination of the right beam trolly solution involves analysis and decision making; however, these increase operational safety in addition to operational cost reduction and increased efficiency. By following these five considerations will help when selecting equipment. It is therefore important to consider your actual weight carrying capacity requirements, type of beam required, type of trolley you want, quality of the component and supplier relationship so as to choose the right i beam trolley system for your work.