What is BS EN 60115-2 - Leaded fixed low power film resistors about?  
BS EN 60115-2 is a European standard that discusses fixed resistors for use in electronic equipment. It helps in resisting the heat of dielectric and helps in improving the quality of fixed capacitors.   
BS EN 60115-2 is a second part of the multi-series that is applicable to leaded fixed low-power film resistors for use in electronic equipment.
BS EN 60115-2 establishes standard terms, inspection procedures, and methods of test for use in sectional and detailed specifications of electronic components for quality assessment or any other purpose.
Who is BS EN 60115-2 - Leaded fixed low power film resistors for? 
BS EN 60115-2 on fixed capacitors for use in electronic equipment is relevant to: 
- Manufacturers of electronic equipment
- Sensor and monitoring device manufacturer
- Electrician
- Certification bodies
- Quality inspection authorities
- Automotive industry
Why should you use BS EN 60115-2 - Leaded fixed low power film resistors?  
In electric appliances or gadgets, a fixed capacitor aids in maintaining a steady charge and energy output. In general, fixed capacitors are characterized in terms of the dielectric material used to make them.
The object of BS EN 60115-2 is to prescribe preferred ratings and characteristics and to select from IEC 60115-1, the appropriate quality assessment procedures, tests, and measuring methods and to give general performance requirements for this type of resistor.
To represent typical changes in functional, performance, and reliability requirements and to allow the adoption of appropriate inspection and test schedules, BS EN 60115-2 gives guidance on determining performance criteria according to the conditions of the intended end-use application.
BS EN 60115-2 provides guidance on tests and test severities, preferred characteristics, visual examination, climactic sequence. As a result, BS EN 60115-2 helps ensure the terminations' robustness, solderability, resistance to increase in heat.
BS EN 60115-2 ensures that components receive the right voltage and protect them against voltage spikes. It will assist you in achieving great stability, a broad working range, minimal noise, and a low cost.
