Why Use a Lateral Flow Test Assembly?
If you're about to assemble a large part that requires a huge amount of assembly, such as a hydraulic system or an assembly of a large piece of equipment, it is a good idea to get a lateral flow test assembly. There are some reasons why you might need to conduct a lateral flow test in an assembly before you can proceed with the assembly. Here are just a few examples:
You're about to assemble a large part and you have questions about whether or not the piece can be assembled properly. Sometimes the piece is very large or you have a question about where parts might be located. You might be concerned about the weight of the large piece.
You're looking at buying a new piece of equipment and want to make sure you can put it together without problems. Perhaps you've seen a large part come in and have concerns about whether or not you can put it together and what it will be like. You need to check to see if the large part is capable of handling the load you want to put on it before you make a final purchase.
If you're installing a part that you're installing over a piece of equipment that is already installed, a lateral flow test might be an additional benefit. This is especially true if you've previously had to install equipment on your own, but now you need to do the installation over an existing piece of equipment that was installed when you purchased it.
If you have questions about the stability of your equipment, you might be able to use a lateral flow test to determine if the equipment is stable enough for use. This type of testing might help you figure out the speed and pitch of the moving parts on the equipment. If the speed and pitch are off balance, you may need to adjust the equipment to improve the stability of the equipment.
If you're working on a piece of machinery that's made up of a number of moving parts, you may need to use a lateral flow test assembly to make sure everything is aligned properly. You may also need to check to see if any of the moving parts are wearing down or have been damaged.
If you're installing a large part in a high-pressure area, you may need to use a test assembly to determine the stress on the piece. This can help you determine how much pressure you need to apply on the piece of equipment, so you can get the best results possible.
If you're unsure as to whether a piece of equipment can be assembled without using a lateral flow test assembly, you should consider whether or not you really need to complete a test assembly before you start working on the assembly. If the test assembly is not necessary, you can often find equipment that uses the same type of test assembly but does not require a special material.