Eland Cables has one of the most comprehensive portfolios in the industry, including power, data, control and fire performance cables. We supply cable manufactured in accordance with British, European, and international standards. Search our electrical cable portfolio by type, standard or industry, or look for the right cable accessory, and download the technical specification. For support on size and specification calculations, speak to our sales or technical team for support or for low voltage applications use our Cable Calculator.

Use network analyzers to test the components to verify specifications of building blocks for more complex RF systems. Testing these systems ensures distortion-free transmission of communication signals and ensures a good match when absorbing power.

Cable testing used to determine tensile strength is used to determine the mechanical properties of insulation and sheath compounds. The standard BS EN 60811-501 determines the testing methods for cables applied to cross-linked and thermosetting insulation and sheathing materials.

Cable testing used to determine the mechanical properties of insulation and sheath compounds for measuring tensile strength and elongation. The standard BS EN 60811-501 determines the testing methods for cables applied to cross-linked and thermosetting insulation and sheathing materials.

Several measurement methods are crucial for the construction of cables and their compliance with relevant standards. These are some key cable tests conducted by our professional technical personnel as part of our internal quality assurance process, but also provided as third-party services to determine compliance with standards.

A cable withstand voltage test is a way to find faults in the presence of cables. It is easily affected by various factors during the test, resulting in problems such as failure and short circuits.

The conductor resistance cable test shall be conducted on a full length cable or at least 1 meter long cable sample and measured in accordance with BS EN 60228. This test determines the DC resistance of Class 1, Class 2, Class 5, and Class 6 conductors, used for ordinary circular or irregular copper, metallized copper, aluminum, and aluminum alloys.

It is expected that the cable will continue to operate and execute in accordance with relevant cable standards, with an extended service life of up to 25 years. In order to ensure that long-term use does not have a negative impact on the cable, it is important to conduct tests after the accelerated aging process. Aging tests determine any changes in mechanical properties, especially when cross-linking and thermal compounds are used as insulation and sheath materials.

Salt spray testing is used to assess the durability of finishes and coatings on metal surfaces. The test can be used to evaluate the impact of different exposure conditions, such as humidity and temperature, on a coating's ability to resist corrosion.

RoHS Compliance Testing, also called RoHS Directive Testing, has become standard procedure for most manufacturers, sellers, distributors and recyclers of electrical and electronic components or equipment sold or used in the European Union.