formed from steel, a sort of alloy predominantly formed of iron and carbon, steel wire is a commonly used and adaptable material. Because of its strength, resilience, and flexibility, steel wire is well-suited for a wide range of industrial applications. To suit different applications, steel wire is available in a variety of diameters, compositions, and coatings. Its qualities can be improved by alloying it with other metals, coating it for insulation, or galvanizing it to resist corrosion.
When building and assembling electrical machinery, such as motors, generators, and transformers, steel wires are used to band armatures and rotors. These cables are made especially to protect and strengthen the main parts of these devices, guaranteeing their longevity and correct operation.
For armatures and rotors with certain magnetic properties to be banded together and achieve maximum performance, efficiency, and compliance in a variety of electrical machinery applications, steel wire is essential. It is an essential part of contemporary electrical engineering and technology because of its ability to regulate magnetic fields and minimize energy losses.
To make sure that the wires fulfill the requirements for their particular uses, manufacturers and users of these wires should consult the pertinent industry standards and specifications.
Under IS standard - IS 8510 (Part-2): 1977, all steel wire for banding of armatures and rotors has been included in the required ISI Certification Scheme for magnetic banding wires.
Without the ISI Mark, this product cannot be marketed, imported, or exported into the Indian consumer market.
Indian Standards Institute, or ISI was renamed the Bureau of Indian Standards (BIS) in 1987. The official mark that the Bureau of Indian Standards provides for manufacturers of various goods is the ISI Mark. It is used to indicate compliance with Indian standards (IS) set by the Bureau of Indian Standards (BIS) and has been used as a conformity marking for industrial products. Manufacturers received permission from BIS to use the ISI Mark on items that comply with relevant Indian requirements through the product certification program.
Only manufacturers (domestic or foreign) who produce the finished product will be awarded ISI Certification. This will not be given to any product importers, traders, dealers, or distributors.
The following documentation is required to get an ISI certification:
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There are two approaches for Indian manufacturers to become certified with the ISI Mark:
Regular Procedure
With the possible exception of cases deemed "All India first," which might take up to 180 days, the licensing procedure is expected to be finished in 120 days. This timeline starts on the day the application is received, assuming that at different points in time the documentation, unit assessment, and product conformance are all deemed acceptable.
Step 1: Manufacturing Unit Customization in Compliance with Applicable Indian Standards
Step 2: Submission of the Application Form
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Simplified Procedure
This is a much faster process than the standard procedure. After a factory inspection is deemed satisfactory and the initial evaluation establishes that the sample complies with the applicable Indian Standard(s), the license application process is expected to be finished in 30 days.
Step 1: Adapting the Manufacturing Unit to Comply with the Relevant Indian Standard
Step 2: Sample Testing
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The process of obtaining ISI Mark Certification for Foreign Manufacturers typically includes the following steps:
Step 1: Application
Step 2: Query Raised (If Any)
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Brand Liaison provides helpful support for achieving ISI Mark Certification. Among our offerings are:
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