Coil is a type of conductor wire, such as copper, in a form that is cylindrical. It is wrapped around an iron core which creates an inductor or electromagnet that stores magnetic energy. Companies that focus on coil processing solutions cater to various metal-working industries around the world since they are aware that one size does not fit all. In process applications, it is the energy transfer efficiency that is the most important performance factor for coils.
Industrial coils work great in industries such as grain processing, process drying, generating food processing, paper/ paper pulp, and chemical/ petrochemical, among many others.
Since there is a wide variety of applications and processing for coils, there are also different types of steel coil material handling equipment. These types will be further discussed in the following sections.
Coil reels are frequently used in uncoiling and recoiling applications because they prevent problems that involve stock deformation. In coil reels, the stock is supported on the coil’s center core and is unreeled as required. These reels are the best option for materials that are thin, prefinished, and are sensitive to marks. Coil reels are easily adapted to uncoiling and recoiling. They are also less costly as compared to coil cradles.
This type of equipment has weight capacities that range from lbs to lbs. The stock widths of coil reels also range from 12 inches to 84 inches. These coil reels have customized configurations (such as motorized or pull-off reels) that are best suited for your application.
For example, motorized reels have controls in order to improve the drive response for the material that is being worked on. Like cradles, reels are made out of materials and components that are heavy duty and durable.
Cradle-type uncoilers have the advantage of easy and fast loading of coils. Coil cradles are usually used along with coil straighteners in order to have lower power requirements and maintenance. Coil straighteners are made to remove coil set and cross bow, as well as to pay out material to the accumulation loop for the feeder. Straighteners that range from five to seven rolls are used for most materials and flatness requirements.
Cradles can be used as a separate uncoiler or can be used in combination with a straightener in order to form a cradle-straightener. Load capacities of this equipment ranges from to lbs. They can handle stock widths that range from 12 inches to 84 inches.
Coil cradles are more suited to process thick materials, are self-contained, and are easy to set up and relocate.
Standard features of cradles include an expansion that is either wedge or link type, a machine that is manual or hydraulic, pillow block bearings, coil keeper arms, and loop controls with different speeds.
Disadvantages of using coil cradles include the possible difficulty of rewinding unused material. They are also not recommended for use with thin materials.
Advantages of coil stackers include lower employee costs, minimized scrap as well as floor space, more uptime, and balanced packs.
Standard features of stackers are magnetic and vacuum options, buttons for width and length adjustment, buttons for scrap discharge as well as side/ end pack discharge, and fast speed. For surface critical materials and sheets, stackers have non-marking rollers and an air float cushion.
Various types of coil handling equipment are commercially available, as each equipment caters to a specific industry and/ or type of coil to be handled and processed. Each of the equipment mentioned in this page will have a separate article and will be thoroughly discussed.
http://www.metformintl.com/products/individual-equipment/automatic-stackers-for-metal-forming-equipment.html
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When moving the coils through the storage space, one option is to move them on transfer carts.
Transfer carts have many advantages for handling any coil: they cause low noise levels and are safe and easy to operate and maintain.
There are two types of transfer carts with which you can move all kinds of coils, such as metal coils, paper coils, etc.
Both of them can have a JIB to lift the materials without needing overhead cranes.
For handling coils, the most common option is a battery-powered transfer cart with four-wheel drive, but, in Crosby Airpes, we can adapt the design to almost any use, like for special ATEX applications. Transfer carts can also be designed considering de inclination degree of the floor in the case that the warehouse has ramps.
We can also adjust the operation parameters, components, and vehicle options to your custom needs under request. Look at this on-demand solution: a transfer cart for 60 tones coils.
A C-Hook lifter is easy to maneuver and needs less maintenance since there are no moving parts.
For comfortable control, the aisles in the warehouse where it is used must be as wide as the lift arm, plus a few inches of clearance. It must also ensure enough space for the C-Hook to move in all necessary directions without being obstructed.
Crosby Airpes’ C-Hook-style lifters are safe, efficient, and quick devices for handling coils. They are designed to meet every customer’s load configuration, weight, lifting area, and headroom requirements. Also, you can transform your C-Hook on a scale with our weighing systems.
Find out more about our C-Hooks for lifting metal coils.
A coil lifting tong is one of the most efficient ways to handle coils of different sizes, thanks to its adjustable arms. They are perfect for increasing the number of coils you can store in designated floor space. The only space requirement is a little margin for each arm of the grab on each side of the coil.
Their designs are scalable in lifting capacity. The only limit is the crane’s lifting capacity, where the tong will be installed. Another factor to consider is the headroom when the grab has to work in indoor spaces.
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