Quality Electrical Appliance Testing Equipment & Energy Efficiency Lab factory

To address the rising global demand for higher safety and durability requirements in electric vehicle charging connectors and industrial plug accessories, our company is proud to announce the launch of the Non-Rewireable Accessories Mechanical Strength Flexing Testing Apparatus. Designed in full accordance with IEC 62196-1:2022 and IEC 60309-1:2012, the new system provides a comprehensive solution for mechanical load and flexing endurance testing of EV plugs, socket-outlets, couplers, and other non-rewireable accessories.   This upgraded model focuses on improving testing accuracy, operational intelligence, and long-term stability. Equipped with a PLC-based intelligent control system and a 7-inch color touch interface, the apparatus uses a high-performance servo motor to provide precise control over flexing angle, motion speed, and test cycles. Testing laboratories can easily configure parameters and execute automated test sequences, significantly improving workflow efficiency and consistency.       To simulate real-world operating conditions, the system integrates a built-in adjustable load power module, capable of supplying up to 250V phase voltage and up to AC 400A current during testing. The modular fixture design, along with a centering measurement tool, offers excellent compatibility with various connector types, ensuring accurate alignment and secure sample installation.   The new apparatus has already gained positive feedback from several certification bodies and enterprise laboratories. Its high repeatability, robust construction, and user-friendly interface make it an ideal choice for quality inspection departments, EV charger manufacturers, and plug-and-socket testing facilities.   As we continue advancing our testing technologies, our commitment remains unchanged: delivering reliable, standards-compliant, and high-efficiency testing solutions to support the evolving needs of global electrical safety verification.

During the 2025 Canton Fair, our company sincerely invited distinguished customers from around the world to visit and engage with us. This event provided a valuable opportunity for our guests to gain an in-depth understanding of our extensive product lines, advanced testing equipment, and comprehensive service solutions.   We highlighted several newly developed testing devices, which, with their innovative designs and high performance, attracted significant attention and positive feedback from our visitors. In addition to product demonstrations, we organized Chinese cultural experience activities, including interactive exchanges and souvenir gifts, creating a warm and welcoming atmosphere that further strengthened our relationships with our customers.   During the visits and discussions, our team engaged in in-depth exchanges with multiple clients, covering product applications, technical requirements, and potential cooperation opportunities. Several customers signed orders and cooperation agreements on-site, marking a new stage in our partnership and laying a solid foundation for long-term mutual success.   We warmly welcome more customers to visit and engage with us. If you are interested in learning more about our products and services, or would like to explore potential business cooperation, please feel free to contact our professional sales team. We look forward to meeting you in person and exploring the unlimited possibilities for future collaboration.    

With the rapid growth of the electric vehicle (EV) charging industry, ensuring the safety and reliability of plugs and sockets has become a top priority for manufacturers and testing laboratories. One of the critical challenges is verifying that connectors can withstand short-time high current and maintain safe temperature rise levels under rated load conditions.   A leading EV charging equipment manufacturer approached us to find a comprehensive testing solution that could not only meet IEC 62196-1 requirements but also improve testing efficiency and reliability.     The customer needed to conduct temperature rise tests on EV plugs and sockets under continuous high-current operation. They also required short-time withstand current testing for grounding contacts up to 6500A, with precise monitoring of terminal heating. Traditional testing setups were time-consuming, lacked automated data analysis, and could not guarantee repeatable accuracy.     We provided the IEC 62196-1 Short-time Test Current and Temperature Rising Test System, fully compliant with: IEC 62196-1 Ed.4CDV 2020 (Clauses 12.3, 24, 34.2, 34.4, 35.4) IEC 62916-2 & IEC 62916-3   The system delivered adjustable DC current up to 6500A with high stability, allowing precise short-time current tests. 16-channel temperature measurement ensured accurate monitoring of contact and surface heating. The computer-controlled interface allowed automated test sequences, real-time data visualization, and report generation in CSV/XLSX formats. With automatic ambient compensation and overload protection, the system minimized risk and improved operator safety.   The Results The customer successfully completed temperature rise compliance testing on multiple charging connector designs. They reduced test preparation and reporting time by over 40% thanks to automated data collection and analysis. The system enabled them to identify critical design flaws in terminals at early stages, avoiding costly redesigns later. Their products achieved faster IEC compliance certification, helping them enter international markets ahead of schedule.       Why This Matters This case demonstrates how a specialized test system can significantly improve the accuracy, efficiency, and compliance of EV charging connector testing. For manufacturers, it means faster time-to-market and improved product reliability. For laboratories, it ensures standardized and repeatable testing processes.

We are pleased to announce the launch of our IEC 62196-3 EV Plug Mechanical Lock Endurance Test Equipment, specially designed for electric vehicle charging interfaces testing. This advanced test machine fully complies with IEC 62196-3:2022, IEC 62196-1:2022, and IEC 60309-1:2012, ensuring high precision and reliability in verifying the mechanical, electrical, and thermal endurance of EV plugs, sockets, and couplers.     Key Applications The equipment is used to test whether EV charging connectors, industrial plugs, and couplers can withstand repeated insertion and withdrawal operations, electrical stress, and thermal stress under normal usage conditions. With this machine, manufacturers and laboratories can verify product safety, durability, and reliability in accordance with international standards.   Main Features Servo motor drive system with precision ball screw and synchronous belt transmission Programmable settings: plug-in/out speed, stroke, test angle, conduction time, and number of cycles (0 ~ 999,999) Force sensor (0–500 N) with real-time monitoring of insertion and extraction force, including force-time curve analysis Automatic flip mechanism (90°) for solution dip testing per IEC 62196-1:2022 clause 23.3.2 Mitsubishi PLC intelligent control with a 7-inch color touch screen, supporting both manual and program-controlled operation Three-axis adjustable clamp, suitable for AC/DC charging connectors of different standards (EU/US/GB) Solution tank for salt or dust water simulation tests       Test functions include: Breaking capacity test Normal operation endurance test Why Choose Our EV Plug Endurance Test Machine? 100% compliance with IEC 62196-3 and IEC 62196-1 test clauses Suitable for EV charger manufacturers, testing laboratories, and certification bodies Enhances product quality assurance and safety compliance Designed for long-term reliability testing with customizable test parameters   This EV plug mechanical lock endurance test equipment is the ideal solution for ensuring the performance, safety, and reliability of EV charging connectors, supporting the fast-growing electric vehicle charging infrastructure worldwide.   For more information or a detailed quotation, please contact us directly.

We are proud to introduce our latest IEC 60068-2-11 compliant Compound Salt Spray Test Chamber, model SN8810C-1m³ — a state-of-the-art solution for cyclic corrosion testing in salt-contaminated outdoor simulation environments.   Why Choose Compound Salt Spray Corrosion Testing? Corrosion of metallic materials is influenced by numerous environmental variables, and standard accelerated tests like NSS, AASS, and CASS often fall short in reproducing real-world degradation. Our SN8810C chamber overcomes this by integrating salt spray, high temperature, dryness, and humidity cycles to more accurately simulate outdoor atmospheric corrosion.   Whether your product is coated, uncoated, galvanized, or painted, this chamber provides comparative data essential for materials research, quality control, and reliability validation in sectors like automotive, marine, electronics, and construction materials.   Key Technical Features Standard Compliance: Meets IEC 60068-2-11 1M3 standard for environmental salt spray testing.   Multi-Environment Simulation: Alternating hot, humid, dry, and salt spray conditions in one cycle.   Flexible Customization: Test chamber volume and configuration can be customized according to your product size and testing needs — whether you need a smaller compact version or a large industrial-grade system.   Safety First: Emergency stop switch for instant shutdown in abnormal situations.   Intelligent Software:   English & Chinese bilingual interface   Real-time data recording & automatic saving   Graph generation for temperature-time and humidity-time   User access control & administrator privileges   Post-test data processing, filtering, and X-Y axis customization   Product Specifications Item Specification Model SN8810C-1m³ Inner Volume 1m³ (excluding sloped roof) Inner Dimensions 1000×1000×1000 mm (W×D×H) External Dimensions Approx. 1600×2400×2000 mm Weight Approx. 500kg Max Load Approx. 80kg Custom Size Available upon request       IEC 60068-2-11 corrosion test, compound salt spray test chamber, customizable corrosion chamber, cyclic corrosion chamber, salt fog test equipment, environmental corrosion simulation, accelerated corrosion testing equipment, salt spray chamber with humidity control   Tailored for Your Needs We understand that every test scenario is different. That’s why we offer flexible chamber volume customization based on your samples, testing standards, and site conditions. From R&D labs to full-scale production environments, we deliver solutions built around your workflow.   Interested in learning more or requesting a quote? Feel free to contact our team — we’re ready to support your environmental simulation needs with professional equipment and dedicated service.

To meet the high standards of product durability in the home appliance industry, we are proud to introduce the Intelligent Door System Durability Tester. This professional equipment is developed specifically for testing door systems of appliances such as microwaves, ovens, and refrigerators, strictly following IEC international standards. It leverages innovative technology to help enhance product quality. Key Advantages: 1.Intelligent Control: Driven by PLC and servo motors to ensure accurate and reliable testing 2.Triple Testing: Provides one-stop testing for left/right doors, flip doors, and drawers 3.Flexible Adjustment: Adjustable robotic arm height accommodates different sample sizes 4.Safe and Reliable: Equipped with power detection; automatically stops if the sample shows abnormalities Technical Highlights:The device features a 7-inch touchscreen with presettable test parameters for easy operation. A unique vacuum suction design ensures the sample surface remains undamaged during testing. Three independent test stations allow simultaneous testing of different samples, greatly improving testing efficiency. Application Value:This equipment is an ideal choice for home appliance manufacturers for quality control and product development. It comprehensively evaluates the durability of key components such as door hinges, seals, and interlock mechanisms, providing reliable assurance of product quality.

In modern lighting systems, self-ballasted LED lamps are widely used due to their high efficiency and long lifespan. However, switches controlling these LED circuits are often exposed to high inrush currents and thermal stress, which may cause contact welding, arcing, or shortened switch life. To ensure switch reliability and compliance with IEC 60669-1 and GB/T 16915.1 standards, manufacturers need a precise and stable load testing solution.   A well-known electrical switch manufacturer required a testing system that could: Reproduce the real-world LED load conditions specified in IEC 60669-1. Support multi-channel testing to improve efficiency. Provide accurate measurement of Ipeak and I²t values for performance verification. Operate safely and stably over long test cycles.   We provided our newly developed Self-Ballasted Lamp Load Cabinet, which can be directly connected to the customer’s Switch Endurance Test Machine.         The system features: Three independent test stations, allowing simultaneous testing of multiple switches. Preset LED load conditions fully compliant with standard requirements. Built-in voltage regulator (115V~125V) — no external regulator needed. Real-time digital monitoring of voltage, power, Ipeak, and I²t values. Dedicated metering mode with a 90° closing plate for waveform verification and calibration. Long-on/long-off protection function with alarm safety mechanism.   After implementing the system, the customer successfully: Reduced test preparation time by over 30%. Improved accuracy and repeatability of inrush current measurements. Streamlined certification testing for multiple switch models. Enhanced testing efficiency through the three-station configuration. The equipment operated stably under continuous long-term endurance tests and received excellent feedback from the customer’s engineering team.   The Load Cabinet for Switches Intended for Self-Ballasted Lamp Loads has become a trusted solution for switch manufacturers seeking reliable, compliant, and efficient testing of LED load performance.   Its modular design, built-in voltage regulation, and multi-station capability make it ideal for laboratories, certification centers, and R&D departments in the electrical industry.

This multifunctional durability testing equipment complies with various of IEC standards. Featuring a three-station synchronous testing design, it enables simultaneous high-precision durability testing of three linear switches, plugs, or sockets. This significantly improves testing efficiency and consistency, providing reliable assurance for the mechanical and electrical performance evaluation of fixed electrical installations for household and similar purposes.   The equipment strictly follows IEC 60335-1 Annex H, IEC 60065:2014 Clauses 14.7 and 15.1, IEC 60884-1:2013 Clauses 20 and 21, IEC 61058-1, and IEC 60669-1. When used together with a load cabinet (optional), it can fully perform endurance tests of on/off capability and normal operation for plugs, sockets, and linear switches. The core testing objective is to verify whether the specimen exhibits mechanical wear, electrical fatigue failure, contact sticking, or abnormal on/off behavior during long-term operation, thereby scientifically determining whether the product reaches its failure threshold. Constructed with an aluminum alloy frame and stainless-steel sealing plates, the equipment is driven by a servo motor and ball screw system to ensure high-precision, low-noise, and stable operation. A 7-inch color touchscreen provides an intuitive interface, allowing users to flexibly set testing cycles, speed, stroke, and other parameters. The Mitsubishi PLC control system enables fully automated process management and automatically stops with an alarm in case of abnormal operation, ensuring testing safety and data reliability.   Technical Highlights Item Parameters Station 3 synchronous stations (3 linear stations for testing plugs, sockets, linear switches) Drive mode Servo motor + ball screw Control system PLC +7-inch color LCD touch screen Test times 0～999999 times, can be preset Conduction time 0～99.9s, can be preset Close time 0～99.9s,can be preset Test stroke Linear: 0～100mm, can be preset Test speed Linear: 0～100mm/s，can be preset     This equipment is widely used by electrical appliance manufacturers, quality inspection institutions, and R&D centers to enhance product quality and ensure industry compliance. For more information or a detailed quotation, please contact us directly.

As the demand for electric vehicle charging stations (EVSE) continues to rise worldwide, ensuring product safety and durability has become a critical requirement for manufacturers and certification bodies. To address this, our company has recently developed and launched a new generation EV Charger Cable Anchorage Test Equipment, fully compliant with IEC 61851-1:2017, clause 11.6.   Our customer, an EVSE manufacturer, was seeking a reliable cable pull force and torque test machine to evaluate the mechanical strength of charging connectors. Their goal was to verify compliance with international safety standards while maintaining long-term reliability for their EV charging products.   We provided our latest model Cable Anchorage Pull Force and Torque Testing Machine, specifically designed for EV charger cable testing. The equipment offers: Pull force testing (160N, 200N, 240N, 250N, 500N options) Torque testing (0.6N·m to 16.3N·m, adjustable with weight combinations) PLC-controlled operation with touchscreen interface Automatic stop function once preset cycles or time limits are reached Universal clamping fixture for flexible sample holding     IEC 61851-1 Compliance – Meets the latest international standards for EV charger testing equipment. High Accuracy & Repeatability – Motor-driven system with precise control of tensile and torque loads. Durability & Safety Assurance – Ensures charging connectors can withstand long-term mechanical stresses. Customizable Testing Parameters – Pull cycles, torque application time, and test frequency can be preset to match customer requirements.   Technical Highlights Test content Supply plug and/or vehicle plug cable of EV charging station tension test and torque test Equipment structure schematic diagram Refer Schematic Control operation mode PLC automatic control, touch screen operation Drive mode Electric Pull apply Meet 160N, 200N, 240N, 250N, 500N specifications, realized by superposition of weights Torque apply Meet 0.6N·m, 0.7N·m, 1.4N·m, 2.7N·m, 5.4N·m, 11.0N·m, 16.3N·m specifications,realized by superposition of weights Torque wheel R100mm(Ф200mm) ±0.5mm Tensile frequency 1 time/s, the actual pull time is detected by electrical signal Pull cycles 1-999999 cycles, can be preset, default is 100±1 cycles Torque application time 0-99H59M59S,can be preset Power failure protection With power-off data storage memory function Fixture Universal clamp, one set Weight matching selection table     By adopting our newly designed EV Charger Cable Anchorage Test Equipment, the customer was able to streamline their product qualification process, achieve faster certification, and build stronger trust with their clients by demonstrating reliable safety compliance. This case highlights how our EV charger test solutions support manufacturers, test labs, and certification agencies worldwide to meet the growing demands of the electric vehicle charging industry.

Discover our customized 1000L IPX1–IPX6 waterproof test chamber compliant with IEC 60529. Ideal for lighting, appliances, and electronic product waterproof testing.   At SINUO, we are committed to delivering tailored testing solutions that meet our clients' unique product requirements. Recently, a customer approached us with specific waterproof testing needs for their product samples. In response, we provided a fully customized 1000L Comprehensive Water Ingress Testing Chamber, capable of performing IPX1, IPX2, IPX3, IPX4, IPX5, and IPX6 waterproof level tests according to IEC 60529 standards. Application Background Natural water sources such as rain, sea spray, and humidity cause significant material and electrical damage annually. These damages include corrosion, fading, deformation, and even short circuits in electrical devices, which may lead to fire hazards. That's why waterproof testing is critical for manufacturers of electronic and electrical products.       Equipment Highlights Comprehensive IP Testing: Compliant with IEC 60529:1989 +A1:1999 +A2:2013, supporting IPX1–IPX6 tests with figures 4 and 6 components. Durable Construction: Outer casing with high-quality steel and baking varnish finish; inner chamber and turntable crafted from rust-resistant SUS304 stainless steel. Optimized for Visibility: Transparent window and LED interior lighting allow for easy test observation. Flexible IPX34 Configuration: Oscillating tubes R200mm and R400mm meet IPX3/IPX4 requirements. Dedicated IPX56 Spray System: Nozzles designed according to figure 6 in IEC 60529 for high-pressure water testing. Intelligent Operation: 7-inch touch screen interface with PLC control; test duration adjustable from 0–999 minutes. Safe and Reliable: Built-in waterproof socket, short circuit, water shortage, and leakage protection included. Customization Capability This testing chamber was specifically designed according to the customer's product dimensions and test requirements. We understand that every product is different, which is why we offer flexible customization services — from chamber size to spray configurations and functional add-ons. Typical Application Areas Outdoor lighting Household appliances Automotive components Electronic and electrical products If you are looking for a professional and customizable waterproof testing solution, feel free to contact us. We are ready to support your R&D, quality inspection, and certification needs with reliable equipment and personalized service.