What is BS EN 60730-2-14:2016?

The technical standard BS EN 60730-2-14:2016 is an important regulation that governs the safety and performance requirements of automatic electrical controls used in household appliances. This standard ensures that these controls operate reliably and safely, protecting both the consumers and the appliances themselves.

Background

BS EN 60730-2-14:2016 is part of the BS EN 60730 series which defines the general requirements for automatic electrical controls. It specifically focuses on the requirements for electrically operated door locks used in household appliances like washing machines and dishwashers. The standard was developed by the European Committee for Electrotechnical Standardization (CENELEC) to establish a common set of safety requirements across Europe.

Scope and Requirements

The standard covers various aspects related to electrically operated door locks. It defines the types of locks, their operating conditions, and the necessary tests to demonstrate compliance. The requirements include mechanical strength, electrical safety, resistance to corrosion, and protection against unauthorized access or tampering. Additionally, the standard specifies performance criteria such as response time and reliability of operation.

Benefits and Compliance

Compliance with BS EN 60730-2-14:2016 offers several benefits. First and foremost, it ensures the safety of users by mandating that the door locks operate reliably and without any potential risks. It also provides manufacturers with clear guidelines to develop reliable products with standardized quality. Complying with this standard enhances consumer confidence in the products and minimizes the likelihood of product recalls or legal issues.

In conclusion, BS EN 60730-2-14:2016 plays a crucial role in maintaining the safety and functionality of electrically operated door locks used in household appliances. Manufacturers, designers, and consumers alike should be aware of this technical standard to ensure the products they produce or use comply with the highest safety requirements.