Choosing Flexible Electrical Conduit
A flexible electrical conduit is a versatile solution that provides both protection and versatility to wiring systems. Unlike rigid conduits, these pliable tubes can easily navigate corners and areas with limited space. They also offer superior protection against stress, strain, corrosion, heat and moisture. The flexible conduit market is growing due to the rise of smart building and industrial automation.
There are several types of flexible conduits, each suitable for different situations and applications. One type of flexible conduit, called ENT (electrical non-metallic tubing), is commonly used in commercial and residential settings to protect low voltage wires from physical damage. Other types of flexible conduit, such as FMC (flexible metallic conduit), are primarily used in industrial installations. The most important factor in choosing a type of flexible conduit is the environment where it will be installed.
To ensure the safety of your wiring system, it's crucial to know the correct conduit to use for each installation. Performing the necessary research before beginning a project will help you avoid costly mistakes and save time. The best way to do this is by checking the building and electrical codes enforced in your area. In addition, you should enlist the services of an experienced building inspector to inspect your work and verify that it meets local regulations and recognized safety standards.
ANAMET's flexible conduits are available in various styles, materials and sizes to meet your specific needs. Generally, these are designed for indoor and dry locations but can be used in other environments, including underground car parks. They're suitable for short runs and offer enough strength to protect your wiring. Regardless of the type of flexible conduit you choose, it's always recommended to check the manufacturer's specifications and installation requirements before purchasing.
In addition to the type of conduit you choose, you'll also need to consider the thickness and size of its jacket. The thickness of the conduit is a key determinant of its ability to resist the external forces and pressure that may be applied to it. For example, LFNC-A conduits must meet minimum internal and external diameter measurements and be tested with go/no-go limit gauges. For more details please visit flexible cable conduit
You should also consider the maximum bending radius for your flexible conduit, which is a good indication of how much flexibility it has. For instance, a type of flexible conduit with a flex radius of less than three times its inner diameter can't be used in areas where the wires might experience high-speed movement. On the other hand, a conduit with a flex radius of five times its inner diameter can withstand more force and stress without risking damage to the wires inside. It's also a good idea to test your flexible conduit with go/no-go limit gauges before installing it in order to make sure it's compliant with the relevant standards. This will help ensure that the conduit can be safely used and will be able to accommodate any future expansions or modifications.