跳至主要内容

IEC60350 - 2 and Pego's Standardized Cookwares

1. IEC60350 - 2: The Benchmark for Electrical Hob Performance

IEC60350 - 2 is a cornerstone standard in the realm of household electrical hobs. It meticulously defines the methods to measure the performance of these essential kitchen appliances. This standard encompasses a vast array of aspects, with a strong emphasis on dimensions, mass, cooking zones, and cooking area.

When it comes to evaluating the cooking zones and area of an electrical hob, standardized cookware becomes an indispensable tool. It is crucial for accurately assessing energy consumption, heating time, and the hob's ability to precisely control load temperature. By adhering to IEC60350 - 2, electrical hobs can ensure they meet the highest performance benchmarks, providing users with an efficient and trustworthy cooking experience.


2. Standardized Cookware: Precision - Engineered for Testing

2.1 Design Features

Our standardized cookware is crafted with distinct features. It sports a cylindrical shape devoid of handle protrusions, making it perfect for a variety of testing procedures. Depending on the test requirements, it can be filled with either water or fresh sunflower oil.

2.2 Bottom and Side Wall Construction

The bottom plate of our cookware is extremely flat, fabricated from high - quality stainless steel AISI 430 with a base thickness of 6mm±0.2mm. The side wall, made from stainless steel AISI 304 with a thickness of 1mm±0.05mm, is firmly attached to the bottom plate using heat - resistant glue. Additionally, three welding points further reinforce the connection, guaranteeing durability and stability during use.

2.3 Lid and Temperature Sensor Setup

Each cookware comes with a lid designed to house a temperature sensor at its center. The lid, made of aluminium with a thickness of 2mm±0.05mm, has evenly - spaced φ16mm holes around its circumference. The temperature sensor is precisely positioned 15±1mm above the inner bottom of the cookware, enabling highly accurate temperature measurement.

2.4 Precise Dimensions

The dimensions of our standardized cookwares are clearly detailed IEC60350-2 table 3, ensuring consistency and reproducibility with diverse testing needs.


3. Why Choose Pego's Standardized Cookwares?

3.1 Uncompromising Quality in Material Selection

At Pego, we take pride in our strict adherence to standard requirements when selecting materials. Every single piece of our cookware is crafted to meet the highest quality standards.


3.2 Rigorous Testing and ISO17025 Compliance

Our standardized cookwares have undergone rigorous testing and can pass the measurements conducted by ISO17025 accredited labs. This assures our customers that they are investing in products of the utmost precision and reliability.


3.3 Customizable Options for Your Convenience

We understand that every customer has unique needs. That's why we offer the flexibility to purchase desired sizes separately, catering to your specific requirements and preferences.

Choose Pego's standardized cookwares today and experience the seamless blend of quality, accuracy, and convenience. Upgrade your cooking - related testing processes with our top - notch products.

标签：

评论

发表评论

此博客中的热门博文

vertical impact hammers

The vertical impact hammer is designed according to IEC60068-2-75 test Ehc, the hammer consists by a striking element which falls freely from rest through a vertical height on to the specimen surface held in a horizontal plane, and the fall of the striking element shall be along a guideway, the guideway shall not rest on the specimen and the striking element shall be free of the guideway on the striking the specimen , the mass of striking element is equal to equivalent mass . 2J striking element equip with Φ 40 mm*4 71 mm guideway, 5J striking element equip with Φ6 8 mm*3 85 mm guideway, 10J striking element equip with Φ8 9 mm* 337 mm guideway, 20J striking element equip with Φ10 8 mm* 520 mm guideway, 50J striking element equip with  Φ12 9 mm* 650 mm guideway. 
发表评论
阅读全文

JIS D0203 rain nozzle and spray nozzle test chamber

https://www.pegotester.com/JISD0203_rain_and_spray_test_chamber.html The spray nozzle and rain nozzle test chamber is designed to meet the test requirements of JISD0203 R1/R2 rain test and S1/S2 spray test. The rain nozzle has 2 holes and spray nozzle has 40 holes. Type Symbol Test Purpose Test Method Rain Test R1 Auto parts against water direct contact water pressure: 0.01Mpa, water flow: 1.9L/min, water temperature: ordinary temperature, test time: 10min R2 Auto parts against rain or spray water   indirect contact water pressure: 0.03Mpa, water flow: 3.2L/min, water temperature: ordinary temperature, test time: 10min Spray Test S1 Auto parts against rain or jet water direct contact water pressure: 0.10Mpa, water flow: 24.5L/min, water temperature: ordinary temperature, test time: 30min S2 Auto parts against riptide water pressure: 0.30Mpa, water flow: 39.2L/min, water temperature: ordinary temperature, test time: 1h  
发表评论
阅读全文

The relationship between standards IEC62262 and IEC60068-2-75

  The IK code is a coding system to indicate the degree of protection provided by an enclosure against harmful external mechanical impacts. The standard IEC62262 defines the impact energy corresponding to different IK codes. In general, the degree of protection applies to the complete enclosure. If parts of the enclosure have differing degrees of protection, the latter shall be indicated separately. IK00 IK01 IK02 IK03 IK04 IK05 IK06 IK07 IK08 IK09 IK10 IK11 0 0.14J 0.2J 0.35J 0.5J 0.7J 1J 2J 5J 10J 20J 50J IK00 - no protection IK01 - withstands 0.14J impact force (equivalent to the impact of an object weighing 0.25KG falling from a height of 56mm on the surface) IK02 - Withstand 0.2J impact force (equivalent to the impact of an object weighing 0.25KG falling from a height of 80mm on the surface) IK03 - Withstand 0.35J impact force (equivalent to the impact of an object weighing 0.2KG falling from a height of 140mm on the surface) IK04 - Withstand 0.5J impact force (equivalent to t...
发表评论
阅读全文