Upgrade of Korean KC 62619,
KC 62619,
Since 25th Aug., 2008,Korea Ministry of Knowledge Economy (MKE) announced that the National Standard Committee will conduct a new national unified certification mark — named KC mark replacing Korean Certification during the time between Jul. 2009 and Dec. 2010. Electrical Appliances safety certification scheme (KC Certification) is a mandatory and self-regulatory safety confirmation scheme according to Electrical Appliances Safety Control Act, a scheme which certified safety of manufacture and sale.
The difference between mandatory certification and self-regulatory (voluntary) safety confirmation:
For the safe management of electrical appliances, KC certification is divided into mandatory and self-regulatory (voluntary) safety certifications as the classification of danger of product.The subjects of Mandatory certification is applied to electrical appliances which its structures and methods of application may cause serious dangerous results or obstacle such as fire, electric shock. While the subjects of self-regulatory (voluntary) safety certification is applied to electrical appliances which its structures and methods of application can hardly causes serious dangerous results or obstacle such as fire, electric shock. And the danger and obstacle can be prevented by testing the electrical appliances.
All legal persons or individuals both at home and abroad who are engaged in manufacturing, assembly, processing of electrical appliance.
Apply for KC certification with product’s model that can be divided into basic model and series model.
In order to clarify model type and design of electrical appliances, an unique product name will be given according to its different function.
A. Secondary lithium batteries for use in portable application or removable devices
B. Cell is not subject to KC certificate whether for sale or assembled in batteries.
C. For batteries used in energy storage device or UPS (uninterruptible power supply), and their power which is greater than 500Wh are beyond the scope.
D. Battery whose volume energy density is lower than 400Wh/L comes into certification scope since 1st, Apr. 2016.
● MCM keeps a close cooperation with Korean labs, such as KTR (Korea Testing & Research Institute) and is able to offer the best solutions with high cost performance and Value-added service to clients from the point of lead time, testing process, certification cost.
● KC certification for rechargeable lithium battery can be gained by submitting a CB certificate and convert it into KC certificate. As a CBTL under TÜV Rheinland, MCM can offer reports and certificates which can be applied for conversion of KC certificate directly. And the lead time can be shortened if applying CB and KC at the same time. What’s more, the related price will be more favorable.
Korean Agency for Technology and Standard (KATS) released 2022-0263 circular on September 16th 2022. It notices in advance the amendment of Electrical and Household Goods Safety Management Operation Instruction and Electrical Appliance Safety Standards.The Korean government concerns that there lacks management system for ESS. For settled ESS, they still comply with Electrical Appliances and Household Products Safety Management Act, which means the cell of ESS should have safety certification, and BMU should have safety confirmation. However, removable ESS lacks a management framework, therefore Korean government plans to amend the policy and update the standard to support relevant industry.Amend Electrical and Household Goods Safety Management Operation Instruction, in which it amends the requirement of series model and component management, so as to cover more relevant products.Series model: For a lithium battery system with a single module and using the same battery management system, the maximum number of parallel cells instead of parallel structure.Terminology aligning with international standard, like the terms of battery management system, the definition of flame (sparks and arcing are not considered as flame), adding the definition of maximum charging current, etc.