Referenced Standards:

GB/T 4288-2018 "Electric Household and Similar Usehers"

GB12021.4-2013 "Efficiency and Water Consumption Limits and Grades for Electric Household Washers"

 60456:2011 "Methods of Performance Testing for Domestic Electric Washers";

IEC 60456-201 EN 60456:2016 prAA:2019

AS NZS2040.1-2021 Australian Energy Cons

GB 4706.1-2005; EN 60335-1 2012;

IEC 6035-1 2010 "Safety of Household and Similar Use Electrical Appliances - Particular Requirements for Washing Machines"

GB 470.24-2008; EN 60335-2-7 2010; IEC 60335-2- 2012 "Safety of Household and Similar Use Electrical Appliances - Particular Requirements for Washing Machines"

ISO/IEC 1702 Laboratory System Requirements

The layout is based on the site layout diagram provided by the original customer, with two independent test rooms, 6 workstations for safety testing   energy efficiency, and two test rooms with constant temperature and humidity testing structure. The constant temperature and pressure water supply system is located at the back of the room, and the safety testing   energy testing share a set of constant temperature and pressure water supply system. Two sets of constant pressure pumps are used for independent constant pressure water supply for each workstation, one of which high pressure constant pressure water supply, suitable for high water pressure testing. Two of the workstations are equipped with 32 thermocouple temperature sensors. The flow collectionstation is 6 workstations (two of which are small flow collection, using brand Yokogawa flow sensors for independent collection) suitable for small flow functional testing. Constant water supply is provided to each workstation through a circulating return pipe. The water outlet is not higher than 80CM above the normal use height, and the lower part of water outlet is the position of the flow sensor for actual flow collection, which effectively improves the accuracy and stability of the flow meter.