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Home > Service > Commercial Service > Other Commercial Service > Power Strips: South African National Requirements IEC 60884-1 Test Report

Power Strips: South African National Requirements IEC 60884-1 Test Report

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Shenzhen Lcs Compliance Testing Laboratory Ltd.

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Power Strips: South African National Requirements IEC 60884-1 Test Report

In the wave of globalization, the cross-border flow of electrical products is becoming increasingly frequent. As a major economy on the African continent, South Africa has a continuous and considerable demand for various electrical products. Power strips, as indispensable electrical connection devices in daily life and work, must meet a series of stringent standards and testing requirements to successfully enter the South African market, among which IEC 60884-1 testing is a key component.

I. Overview of IEC 60884-1 Standard

IEC 60884-1 standard, developed by the International Electrotechnical Commission (IEC), is officially titled "Plugs and Sockets for Household and Similar Purposes - Part 1: General Requirements." This standard aims to regulate the design, manufacture, and performance of plugs, sockets, and adapters for household and similar purposes, ensuring the safety and reliability of products during use and promoting the safe interoperability of electrical equipment globally. Its scope of application covers plugs and fixed or mobile sockets with or without grounding contacts for indoor or outdoor use, AC only, rated voltage above 50V but not exceeding 440V, and rated current not exceeding 32A. For fixed sockets with unthreaded terminals, the maximum rated current is limited to 16A. This standard also applies to plugs with wire assemblies, plugs with extension cords, mobile sockets, and plugs and sockets as part of appliances (provided that the relevant appliances do not have other special standard provisions).

II. Detailed Explanation of IEC 60884-1 Test Items

(1) Structural Inspection

1. Dimensions and Interchangeability: The dimensions of the power strip must strictly comply with the standard to prevent mis-insertion of plugs of different national or regional specifications, ensuring compatibility with the mainstream plug specifications in the South African market. For example, the commonly used plug standard in South Africa is the SANS 164 series, and the power strip dimensions must be compatible with it to ensure normal consumer use.

2. Material Heat Resistance: The insulation material of the power strip must possess excellent heat resistance and flame retardant properties. A glow wire test simulates the power strip's performance under abnormally high temperatures, requiring the material to not ignite at a specified temperature (e.g., 750℃) or to self-extinguish quickly even if briefly ignited, preventing fire hazards.

3. Grounding Requirements: For power strips with grounding contacts, the grounding terminals must ensure a reliable connection. The grounding resistance test requires a sufficiently low resistance in the grounding path to ensure that current is quickly conducted to the ground in the event of an electrical fault, protecting users from electric shock.

(2) Electrical Performance Tests

1. Contact Resistance Test: The contact resistance between the plug and the power strip socket is measured using professional testing equipment. Low contact resistance effectively reduces heat generation when current flows. Standards require contact resistance to be kept at extremely low levels, for example, no more than 20mΩ per pole, to ensure the stability and safety of the power strip during long-term use.

2. Temperature Rise Test: The power strip is placed under rated current for an extended period to simulate actual usage scenarios. Temperature sensors are used to monitor temperature changes in key parts of the power strip (such as sockets, plug pin connections, etc.). Temperature rise must meet limits (generally ≤45K) to prevent material aging, performance degradation, or even safety accidents due to overheating.

3. Dielectric Strength (Withstand Voltage Test): A high voltage (e.g., 2000V AC) is applied to the power strip for 1 minute. During this process, the insulation system of the power strip should be able to withstand the voltage without breakdown or flashover, thus verifying whether the insulation performance meets the standards and avoiding the risk of electric shock to users during normal use.

4. Breaking Capacity (e.g., power strips with switches): If the power strip has a switch function, its ability to safely break the load current must be tested. Simulate frequent switching in actual operation to verify that the switch works normally within a specified number of cycles and does not generate excessive arcing at the moment of breaking, ensuring safe use.

(3) Mechanical Performance Test

1. Insertion and Removal Force Test: An insertion and removal force tester is used to measure the force required to insert and remove the plug from the power strip. The force applied should be neither too loose, which could cause poor contact, overheating, or even power outages; nor too tight, which could make it difficult for the user to operate or even damage the plug or power strip. Generally, the insertion and extraction forces should be controlled within a reasonable range, such as an insertion force not exceeding 40N and an extraction force between 10-30N.

2. Mechanical Strength:

Drop Test: The power strip is dropped freely from a certain height (e.g., 0.5m) onto a hard surface to simulate accidental drops that may occur during daily use. After the drop test, the power strip should not show any signs of cracking, loosening, or damage to internal components, ensuring that the product can still function normally after withstanding a certain degree of mechanical impact.

Impact Test: An impact hammer is used to simulate mechanical impact on the power strip's casing to test its strength. By setting different impact energies and number of impacts, the protective capability of the power strip's casing under external impact is tested to ensure that the internal electrical components are not damaged.

Durability Test: Simulate the insertion and removal operations during long-term use of the power strip, conducting numerous insertion and removal cycles (e.g., 5000 cycles). After the test, check the wear condition of the power strip. The sockets and plug pins should not show excessive wear or deformation, ensuring the power strip maintains good electrical and mechanical performance after long-term use.

(4) Safety Protection Test

1. Electric Shock Protection: Use a standard test finger to simulate a human finger to conduct a comprehensive inspection of the power strip, ensuring that under normal use and foreseeable abnormal conditions, fingers cannot touch the live parts inside the power strip, effectively preventing electric shock accidents.

2. IP Protection Rating (e.g., Outdoor Power Strips): For power strips that may be used in outdoor environments, their dustproof and waterproof performance must be tested. For example, a power strip with an IP44 protection rating should be able to protect against the ingress of solid foreign objects larger than 1.0 mm in diameter, while also preventing water splashing from all directions, ensuring normal use and safety in harsh outdoor environments.

3. Child Protection (e.g., power strips with safety shutters): If the power strip is designed with child protection features, such as safety shutters, the effectiveness of the safety shutters must be tested. The safety shutters should effectively prevent children from inserting metal objects into the sockets, avoiding the risk of electric shock. Generally, a certain external force (e.g., not less than 30N) is required to open the safety shutters.

(4) Special Environmental Testing

1. Heat and Flame Resistance: In addition to the glow wire test, some power strips may also require a needle flame test. Within a specified time, a small flame (needle flame) is applied to a specific part of the power strip, and the burning of the material is observed. The material should quickly stop burning after the flame is removed, and the spread of combustion should be within acceptable limits.

2. Aging Resistance Test: This simulates the effects of environmental factors (such as ultraviolet radiation, temperature changes, etc.) on the power strip during long-term use. Through ultraviolet aging testing, the power strip is exposed to ultraviolet light of a specific wavelength and intensity for a certain period of time, and the aging of the power strip material is checked, such as whether discoloration, embrittlement, or performance degradation occurs, to assess its reliability after long-term use.

3. Corrosion Resistance Testing (e.g., Metal Components): For metal components in power strips, a salt spray test is used to assess their corrosion resistance. The power strip is placed in a salt spray chamber and, under specified time and conditions, the surface of the metal components is observed for corrosion, rust, or other signs of corrosion. This ensures the power strip can still function normally in harsh environments such as humidity and salt content, extending the product's lifespan.

III. IEC60884-1 Testing Process for Power Strips Exported to South Africa

1. Finding a Qualified Testing Organization

Select a third-party testing organization with extensive experience, complete qualifications, and international accreditation in the IEC60884-1 testing field. This includes organizations with CNAS (China National Accreditation Service for Conformity Assessment) and CMA (China Metrology Accreditation) qualifications, as well as laboratories that meet South African accreditation requirements. Suitable testing organizations can be selected through online searches, industry recommendations, and verification of certification body websites.

2. Submitting an Application and Product Information

Submit a formal testing application to the selected testing organization, completing a detailed application form including the brand, model, specifications, intended use, and manufacturer information of the power strip. Simultaneously, provide the power strip's product manual, circuit diagram, parts list, and material certificates for key materials, etc., so that the testing organization can fully understand the product characteristics and prepare for subsequent testing.

3. Sample Submission

Provide power strip samples for testing according to the quantity and specifications required by the testing organization. Samples should ensure they are from normal production batches, of qualified quality, and representative of the characteristics of actual marketable products. During sample submission, ensure proper packaging to avoid damage during transportation, which could affect the accuracy of test results.

4. Test Execution

The testing organization will conduct various tests on the power strip samples according to the IEC60884-1 standard. During testing, strictly adhere to the standard's specified test methods, equipment requirements, and environmental conditions to ensure the scientific rigor and impartiality of the test results. If any non-compliance is found during testing, the testing organization will promptly communicate with the applicant, explain the problem, and may provide rectification suggestions.

Report Issuance and Rectification (if required)

1. Report Issuance: If the power strip sample successfully passes all tests, the testing organization will issue an IEC60884-1 test conformity report. The report details the basic information of the power strip, test items, test results, test standards, test dates, and other key information. It is authoritative and legally valid, serving as an important document for power strips entering the South African market.

2. Rectification: If a power strip sample fails some test items, the applicant must rectify the issues raised by the testing agency. Rectification measures may include adjusting product design, replacing non-conforming parts, and optimizing production processes. After rectification, the sample must be resubmitted for retesting until all test items meet the standard requirements. Only then will the testing agency issue a final certificate of conformity.

Power strip with USB ports

IV. Other Certification Requirements and Precautions for Power Strip Exports to South Africa

(1) Other Certification Requirements

1. SANS Certification: In addition to the IEC60884-1 test, power strips exported to South Africa typically also need to meet the relevant requirements of the South African National Standard (SANS). For example, products must meet the requirements of the SANS 164 series standards regarding plug and socket dimensions, safety performance, etc. Some products may also require factory inspections and testing arranged by SABS (South African Standards Bureau), with two annual reviews required after certification. If the power strip also has a USB port (as shown in the image above), it may also need to meet the requirements of the IEC 62368-1 standard.

2. ICASA Certification (for power strips with wireless functionality): If the power strip has wireless communication capabilities (such as WiFi, Bluetooth, etc.), a type approval application needs to be submitted to the Independent Communications Authority of South Africa (ICASA). It is worth noting that ICASA certification can only be issued to registered companies or representative offices in South Africa. Therefore, domestic manufacturers typically apply for ICASA certification through local importers, but the testing can be completed domestically.

(2) Precautions

1. Labeling Requirements: The label on the power strip and its packaging must include the product name, model number, manufacturer's name, technical parameters (such as rated voltage, rated current, frequency, etc.; voltage markings should comply with South African market requirements, such as 220V-240V), safety symbols, and country of origin (Made in China). The label content should be clear, accurate, durable, and not easily faded or peeled off.

2. Outer Packaging Requirements: In addition to the label information, the outer packaging may also need to indicate the energy efficiency rating, RoHS testing mark, product quantity, dimensions, etc. Specific requirements can be determined according to local South African regulations and the importer's needs. At the same time, test reports issued by laboratories with CMA, CNAS, and ILAC.MRA accreditations should be selected to ensure the report's legal validity.

3. Market Access and Regulatory Updates: Closely monitor updates and changes in South African market access policies and related regulations and standards. South Africa's technical regulations and certification requirements may be adjusted based on updates to international standards and market feedback. Exporting companies should stay informed and ensure their products continuously meet the latest requirements to avoid risks such as products being unable to enter the market or facing recalls due to regulatory changes.

For power strips exported to South Africa, undergoing IEC 60884-1 testing is a crucial prerequisite for ensuring product safety and smooth market entry. Exporting companies need to thoroughly understand the various testing requirements of this standard, strictly follow the testing procedures, ensure product quality meets standards, and also consider other certification requirements and precautions to establish a foothold in the South African market and achieve sustainable development.