IEC 62115 Clause 19 Radiation and Similar Hazards Test System for Electric Toys

The LS-IEC62115C19 Radiation and Similar Hazards Test System for Electric Toys fully complies with Clause 19 of IEC 62115. This clause specifically regulates the photobiological safety performance of light sources in toys, aiming to prevent potential hazards such as photochemical and thermal damage to children’s eyes and skin caused by light sources.

Targeting the core requirements of Clause 19 of IEC 62115, the LS-IEC62115C19 Radiation and Similar Hazards Test System for Electric Toys establishes a professional detection system. It can accurately measure key parameters of various toy light-emitting devices, including radiation intensity, irradiance, photochromic expansion angle, peak wavelength, dominant wavelength, and bandwidth. By simulating the lighting scenarios when children normally use toys, it evaluates photobiological safety indicators such as the blue light hazard level of light sources and ultraviolet radiation intensity. Equipped with a high-precision spectral analysis module and an automatic control unit, the system can quickly capture changes in the photobiological characteristics of light sources under different operating conditions. For example, it can real-time monitor the spectral stability of light-emitting toys during continuous operation and the impact of the frequency and light intensity fluctuations of flickering light sources on children’s vision.

Relying on the strict implementation of Clause 19 of IEC 62115 through this testing system, toy manufacturers and testing institutions can scientifically determine whether toy light sources meet photobiological safety requirements, avoiding safety risks caused by light source design defects from the source, and building a technical defense line for the eye and skin safety of children when they come into contact with light-emitting toys.

System Configuration:

Specifications:
1.1 Photobiological UV hazard test system
•  Non-cross C-T structure high-precision array spectral measurement platform;
•  Spectral range: 200nm~400nm;
•  Measurement spectrum interval: 1nm;
•  Wavelength accuracy: 0.2nm
•  Ultra-high measurement dynamic range: 100,000:1

1.2 Photobiological visible near-infrared hazard test system
•  Non-cross C-T structure high-precision array spectral measurement platform;
•  Spectral range: 400nm~1000nm;
•  Measurement spectrum interval: 1nm;
•  Wavelength accuracy: 0.2nm
•  Ultra-high measurement dynamic range: 100,000:1 High measurement dynamic range: 100,000:1

1.3 Photobiological near-infrared hazard test system
•  Non-cross C-T structure high-precision array spectral measurement platform;
•  Spectral range: 1000nm~1700nm;
•  Measurement spectrum interval: 1nm;
•  Wavelength accuracy: 0.4nm
•  Ultra-high measurement dynamic range: 100,000:1

1.4 Flicker test module
•  Spectral range: 300nm~1100nm;
•  Fastest sampling speed: 100kS/s;

2.1 Programmable two-dimensional sample rotation stage
•  Maximum sample size: 150mm, 5kg
•  Sample rotation angle: -90°~+90° (horizontal), -90°~+90° (vertical)

2.2 System platform
•  Program-controlled switching of measuring probes
•  Program-controlled adjustment of measuring distance: 10mm~200mm

3.1 UV irradiance standard source
•  Spectral range: 200nm~400nm
•  Traceable to NIM, China National Institute of Metrology

3.2 Visible and near-infrared irradiance standard source
•  Spectral range: 380nm~1650nm
•  Traceable to NIM, China National Institute of Metrology

IEC 62115:2017 Clause 19