Electric and optical fibre cables. Test methods for non-metallic materials - Electrical tests. Measurement of the permittivity at 23°C of filling compounds

Electric and optical fibre cables. Test methods for non-metallic materials - Electrical tests. Measurement of the permittivity at 23°C of filling compounds

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What is BS EN 60811-301 – Measurement of filling compounds permittivity about? 

BS EN 60811-301 is an international standard on electric and optical fibre cable. BS EN 60811-301 is 301st part of IEC 60811. BS EN 60811-301 gives the procedure to determine the permittivity at 23 °C which typically applies to filling compounds used for optical cables, communication cables and optical fibre cables.  

The IEC 60811 series specifies the test methods to be used for testing non-metallic materials of all types of cables. These test methods are intended to be referenced in standards for 

cable construction and for cable materials. 

Who is BS EN 60811-301 - Measurement of filling compounds permittivity for? 

BS EN 60811-301 on measurement of filling compounds permittivity is relevant to: 

  • Optical fibre cables manufacturer 
  • Cable wires manufacturer 
  • Non-metallic material manufacturer 
  • Manufacturers of applications that require electrical transference   
  • Electrical engineers  
  • Mechanical engineers 

Why should you use BS EN 60811-301 - Measurement of filling compounds permittivity? 

Electric cables are designed to continue to operate in a designated manner whilst subjected to a specific source of heat for a specified period of time under specified conditions. 

BS EN 60811-301 provides you test method which includes a general specification measuring procedure, apparatus, sample, and measurements with a test report that ensures you the classification of non-metallic electric cables of filling compounds. 

Compliance with BS EN 60811-301 can benefit you by providing accurate and necessary tests to demonstrate compliance as permittivity plays an important role in determining the capacitance of a capacitor. This not only ensures the operational efficiency of communication cables but also measure the amount of energy from an external electrical field stored in the material.