Quality Electrical Appliance Testing Equipment & Energy Efficiency Lab factory

At SINUO, we are committed to providing innovative testing solutions that enhance efficiency and accuracy. We are excited to introduce our latest development – the Adjustable Built-in Oven Test Corner, designed to adapt seamlessly to a variety of test samples.     Key Features   Modular Design – Like building blocks, the test corner can be freely combined to accommodate different oven sizes and configurations. Customizable Adjustments – Easily modify the structure to match specific testing requirements. Robust & Durable – Engineered for stability and longevity under rigorous testing conditions. Efficiency-Boosting – Speeds up testing setups, reducing downtime and enhancing productivity.     Technical Specifications   1. Inner dimensions: 1300x800x1700mm length*width*height, Outer dimensions: 1450x950x1850mm; 2. Size of movable plate: 800*900*150mm？; 3. Total number of temperature measuring points: 313 (side plate 77, bottom plate 70, back plate 110, movable plate 56); 4. Center distance of temperature measuring points: 100*100mm, square; 5. Temperature measuring brass sheets: diameter 15mm, thickness 1mm; 6. Linan plywood: plywood with a thickness of about 20mm, matte black paint on both sides; 7. Contains copper sheets; 8. OMEGA thermocouple K type (pre-installed in the test board); 9. 6 pcs of 2.5-inch casters with brakes; 10. Contains thermocouple connection sockets     Use Cases & Benefits   Our Adjustable Built-in Oven Test Corner is an ideal solution for: Safety Compliance Testing – Ensuring built-in ovens meet regulatory safety standards. Thermal Performance Evaluation – Measuring heat distribution and efficiency. Design Validation – Testing prototypes for durability and performance.     Why Choose Our Adjustable Test Corner?   Traditional testing setups often struggle with adaptability, leading to time-consuming adjustments and limited flexibility. Our Adjustable Built-in Oven Test Corner eliminates these challenges by offering a highly flexible, easy-to-assemble solution, ensuring smooth and efficient testing for various oven models.   Whether you're conducting performance validation, safety assessments, or thermal efficiency tests, this solution provides unmatched convenience and reliability.     Visuals & Demonstration   To further illustrate its functionality, we provide: Photos of the test corner in different configurations. Step-by-step assembly illustrations for easy setup. Diagrams showing flexibility and adaptability. An example of an oven setup using the test corner.   Ready to upgrade your testing process? Contact us today to learn more about how our innovative test corner can enhance your lab's efficiency!

We are thrilled to announce the launch of the newly redesigned Temperature and Humidity Test Chamber, now more advanced and versatile than ever before. This cutting-edge equipment has been expertly engineered to meet the rigorous demands of product qualification testing across a wide range of industries, from electronics to automotive to pharmaceuticals. Thanks to the positive feedback from our customers, we are excited to bring this upgraded model to businesses looking for precision, reliability, and efficiency.     Why the Temperature and Humidity Test Chamber? The Temperature and Humidity Test Chamber is a crucial tool for any company involved in product testing and quality assurance. Whether you're testing the durability of electronic components, validating the reliability of automotive parts, or ensuring pharmaceutical products withstand a variety of environmental conditions, this chamber provides the controlled environment needed for comprehensive testing.     Key Features: Precise Temperature & Humidity Control: Achieve accurate and consistent testing conditions, ensuring your products are prepared for real-world conditions. Customizable Volume: Tailor the chamber’s size to your specific needs, making it adaptable to a range of applications. Energy-Efficient Design: Our new design optimizes power consumption, reducing operating costs without sacrificing performance. Enhanced Durability: Built to withstand rigorous daily use, ensuring long-term reliability for your testing needs. Industry Applications The versatility of the Temperature and Humidity Test Chamber makes it indispensable for many industries, including: Electronics: For testing circuit boards, semiconductors, and components to ensure they perform well under varying environmental conditions. Automotive: To simulate temperature and humidity extremes, ensuring vehicle components maintain their integrity under harsh conditions. Pharmaceutical: For testing the stability and shelf-life of products, ensuring that they meet regulatory standards for environmental performance. Aerospace: For simulating extreme conditions that materials and components must endure during flight.     The Temperature and Humidity Test Chamber is available now. Contact us to learn how this innovative solution can help you optimize your product testing process, improve quality assurance, and meet regulatory standards.   Interested in seeing the Temperature and Humidity Test Chamber in action? Request a demo or consultation today to see how it can enhance your testing capabilities! The Temperature and Humidity Test Chamber is available now. Contact us to learn how this innovative solution can help you optimize your product testing process, improve quality assurance, and meet regulatory standards. Interested in seeing the Temperature and Humidity Test Chamber in action? Request a demo or consultation today to see how it can enhance your testing capabilities!

Dear Valued Customers,   As the Chinese New Year approaches, we would like to take this opportunity to express our heartfelt gratitude for your continued trust and support throughout the past year. Your cooperation has been instrumental in our growth and success, and we are truly thankful for the relationship we share.   Please be informed that our office will be closed for the Chinese New Year holiday from January 25 to February 5, 2025. During this time our team will not be able to process orders, however we are available to respond to inquiries or provide technical advisor support. We will resume to work on February 6, 2025.   To ensure a smooth transition during this period, we kindly ask you to place any urgent orders or make necessary arrangements in advance. Our team will be happy to assist you with your needs before the holiday.   We're sorry for any inconvenience occurred, please do drop us an email at sales@sinuotek.com or call us at +86 13527656435 if you have any urgent matters.   Should you have any questions or require assistance before our holiday begins, please do not hesitate to contact us. We are here to help. Once again, thank you for your unwavering support. We wish you and your loved ones a joyful and prosperous Chinese New Year filled with happiness, health, and success.   Warm regards, Sinuo Team

SINUO is proud to announce the launch of our latest innovation – the IEC 62196 Connector Temperature Rise Testing Equipment. This cutting-edge solution is designed to ensure the safety and performance of electrical accessories by precisely measuring surface heating when connected to load currents, ensuring compliance with the renowned IEC 62196 standard.   As the demand for safer and more efficient electrical systems grows, our new testing equipment provides manufacturers, laboratories, and research facilities with the tools they need to meet the highest safety and quality standards.   About IEC 62196 and Its Importance: The IEC 62196 standard outlines the safety requirements for connectors in electric vehicle (EV) charging and other electrical systems. It focuses on ensuring that connectors and accessories perform reliably under load currents, preventing excessive temperature rise that could lead to overheating, failures, or safety hazards.   Temperature rise testing, as specified by IEC 62196, is essential for: Preventing Overheating: Ensuring that connectors and accessories can handle the required electrical load without risk of failure. Compliance with Safety Standards: Verifying that temperature rise meets international standards to ensure long-term product reliability.     Key Features of the IEC 62196 Connector Temperature Rise Testing Equipment: Our new equipment is designed with precision, efficiency, and reliability in mind, offering the following key features: High Accuracy: The equipment precisely measures the surface temperature rise of electrical accessories when subjected to load currents. Compliance with IEC 62196: Fully meets the rigorous temperature rise testing requirements of the IEC 62196 standard, ensuring safety and performance validation. Customizable Testing Parameters: Flexibility to adjust settings for testing various connector types and electrical load conditions. User-Friendly Interface: Easy-to-use controls for seamless operation and data analysis. Durability and Reliability: Built to withstand intensive testing environments, offering longevity and minimal maintenance. Why Choose Our IEC 62196 Connector Temperature Rise Testing Equipment? This testing equipment provides unparalleled accuracy and reliability in evaluating the temperature rise of electrical connectors and accessories. By adopting this solution, manufacturers can: Ensure safety and compliance with global standards. Prevent product failures due to overheating, improving long-term reliability. Streamline quality control processes, saving time and costs. Applications: The IEC 62196 Connector Temperature Rise Testing Equipment is ideal for: Manufacturers of electrical connectors and accessories, especially in the electric vehicle and renewable energy industries. Quality assurance labs testing compliance with international safety standards. Research and development teams focused on improving electrical component design and testing.     The launch of the IEC 62196 Connector Temperature Rise Testing Equipment marks a significant advancement in the electrical safety testing industry. As we continue to innovate and provide solutions that meet the highest safety standards, we invite manufacturers, laboratories, and R&D facilities to explore the capabilities of our new equipment and ensure the reliability and compliance of their products. Ready to take your product testing to the next level? Learn more about our IEC 62196 Connector Temperature Rise Testing Equipment and how it can help you meet global safety standards. Contact us today for a consultation or request a demo. Customer Testimonials: Leading companies in the electrical industry have already adopted our testing equipment to improve their product testing processes.

We are excited to announce the launch of our newest innovation—the Climatic Chamber. Designed to meet the highest standards of environmental testing, our Climatic Chamber provides precise control over temperature, humidity, and volume, making it the ideal solution for a wide range of applications in industries such as pharmaceuticals, electronics, materials science, and more. What sets our Climatic Chamber apart is its customizability. Whether you need specific volume capacity, precise temperature ranges, or tailored humidity conditions, we offer the flexibility to design the perfect solution to meet your testing requirements.   This test chamber is used for cold, heat, humidity and dryness testing of raw materials and devices such as electronics, electricians, electrical appliances, plastics, etc. The purpose is to confirm the products reliability of storage and transportation under high and low temperature alternating heat and humidity. It conforms to standards: IEC60068-2-1:2007 “Environmental Testing-Part 2-1: Tests-Test A: Cold, IDT” IEC60068-2-2:2007 “Environmental Testing-Part 2-1: Tests- Test B-Dry heat, IDT” IEC60068-2-78:2012 “Environmental Testing-Part 2-78: Tests-Test Cab: Damp heat, steady state, IDT” IEC60068-2-30:2005 “Environmental Testing-Part 2-30: Tests-Test Db: Damp heat, cyclic (12h+12h cycle), IDT”     Key Features: Customizable Volume: Tailor the chamber size to suit your unique needs. Temperature Control: Achieve and maintain precise temperature conditions for testing. Humidity Regulation: Create the perfect environment with adjustable humidity levels. High Performance & Reliability: Built for accuracy, consistency, and long-lasting use. Technical Parameters:   Inner box size 1000×1500×1000 mm(W*H*D) Outer box size Approx. 1275mm* 2100mm*3050mm (W*H*D) Temperature Range -40 to +150°C Temperature rise rate From -40°C to 150°C, linear, 10°C/minute without load Cooling rate From 150°C to -40°C, linear, 10°C/minute without load Temperature deviation ≦±1.0℃   Temperature uniformity ≦±1.0℃   Temperature fluctuation ±0.5°C Humidity range 10%RH to 99%RH Temperature and humidity comparison table Humidity deviation ≤±3% Work noise A sound level≤70dB(A) (Measured in a soundproof room with an ambient temperature of 25°C and low echo; using A weighting, test the average of 9 points; each test point is 1 meter away from the noise source horizontally and 1 meter above the ground.)     Our Climatic Chamber is designed to provide a stable, controlled environment to help you conduct reliable and reproducible tests. Contact us today to learn how we can help you optimize your testing process with our innovative solution. Contact Us for more information, or to discuss your specific requirements and request a quote.

Overview   A major appliance manufacturer faced challenges in conducting efficient and flexible testing for built-in ovens. Their existing test setup was rigid, time-consuming to adjust, and unable to accommodate various oven designs. In response, [Your Company Name] introduced the Adjustable Built-in Oven Test Corner, a modular and adaptable solution that streamlined their testing process.     The Challenge   The manufacturer needed a testing setup that could: Adapt to different built-in oven sizes without extensive modifications. Provide a stable and consistent testing environment. Reduce the time and cost associated with setting up multiple test configurations. Our Solution: The Adjustable Built-in Oven Test Corner To address these challenges, we developed a highly flexible test corner that features: Modular Assembly – Components can be easily rearranged to fit different oven models. Adjustable Dimensions – The structure can expand or contract as needed. Tool-Free Setup – Quick adjustments without specialized tools. Durable Construction – Built to withstand repeated testing cycles and high-temperature environments.     Implementation & Results   After integrating the Adjustable Built-in Oven Test Corner, the manufacturer experienced immediate benefits: 50% Faster Setup Time – Modular design allowed quick reconfiguration. Improved Testing Accuracy – Enhanced stability ensured consistent test conditions. Cost Savings – Eliminated the need for multiple dedicated test rigs. Scalability – Easily adjusted for future product variations.     Client Feedback   The manufacturer praised the adaptability and ease of use of the test corner, noting a significant improvement in operational efficiency and the ability to test a wider range of products without additional investments.     Conclusion   By implementing our Adjustable Built-in Oven Test Corner, the client transformed their testing process, achieving greater flexibility, cost savings, and faster test cycles. This case demonstrates how innovative design can lead to more efficient and scalable testing solutions.   Interested in optimizing your testing setup? Contact us today to learn how our innovative test corner can transform your lab’s efficiency!

The BS1363-1 Screwless Terminals Thermal Stress Test Equipment was developed to address the increasing demand for precision testing in the electronics industry. With the need for higher reliability in electrical components, this equipment offers a solution for testing screwless terminals under thermal stress conditions. In this case study, we explore how our innovative equipment helped a leading electronics manufacturer overcome their testing challenges and improve product quality. Our client, a prominent electronics manufacturer, was facing significant difficulties in testing screwless terminal components under thermal stress. Their previous testing equipment was slow, lacked precision, and couldn’t meet the required standards for BS1363-1 compliance. As a result, the company was experiencing longer testing cycles, reduced efficiency, and inconsistent results, which impacted their time-to-market and product reliability.     Our BS1363-1 Screwless Terminals Thermal Stress Test Equipment provided the perfect solution. With customizable temperature ranges, automated testing procedures, and enhanced precision, the equipment allowed the client to test components more effectively and accurately. The intuitive interface simplified operation, reducing the need for extensive training, and the equipment’s reliability ensured that each test met the stringent BS1363-1 standards. Since implementing our thermal stress test equipment, the customer has seen remarkable improvements in both testing efficiency and product quality: 40% reduction in testing time: Faster testing cycles allowed for more components to be tested within the same timeframe, increasing production efficiency. 30% reduction in component failures: Enhanced accuracy resulted in fewer failures during final production, ensuring higher-quality products. Improved compliance: The equipment helped the customer meet BS1363-1 compliance more reliably, reducing the risk of non-compliance penalties. The BS1363-1 Screwless Terminals Thermal Stress Test Equipment has proven to be a game-changer for our customer, delivering faster testing times, better accuracy, and improved product quality. By addressing the unique challenges faced by manufacturers, it has become an essential tool in the testing and validation of screwless terminals. Interested in learning how the BS1363-1 Thermal Stress Test Equipment can improve your testing process and boost product quality? Contact us today for a demo or more information.

Flame testing and glow wire testing are two approaches to determining the flame-retardant performance of materials like various plastics and the electronic devices that incorporate those materials. Flame testing are defined in IEC 60695-2-2, while glow wire testing is defined in IEC 60335 and IEC 60695. UL94 is another material burning test and can be either a horizontal burn (UL94 HB) or a vertical burn (UL94 V) test. This FAQ looks at glow wire testing, needle flame, and UL94 burning to test and compares the performance and testing requirements for the various approaches. These tests are designed to protect against fault conditions like excessive leakage currents, poor (high resistance) electrical connections, or outright short circuits that can cause overheating resulting in fire. Since connectors can be subject to all these fault conditions, they are among the components most often required to pass these tests. The glow wire and needle flame tests are sometimes used in combination. The glow wire test is administered first, and if the part fails, the extent of the burning hazard can be further assessed with the needle flame test.     Glow wire testing： Glow wire testing uses a heating element at a pre-determined temperature, depending on the specific test. The heating element is called the ‘glow wire.’ In addition, a fiber cloth called tissue paper is below the material or device being tested. After reaching the required temperature, the glow wire is pressed against the test specimen using a force of 1 N for 30 seconds (Figure 1). If the specimen catches fire, the ignition start time, duration, flame height, and, if the material drips, notes regarding if the fibers of the tissue paper are charred or ignited are recorded. The test is repeated three times using new specimens, changing the mounting orientation so each unique surface, like front or back, top or bottom, and left or right side, is tested. Test samples for glow wire testing should be at least 60 mm long and at least 60 mm wide with a thickness of 0.75 ±0.1 mm, 1.5 ±0.1 mm, or 3.0 ±0.2 mm.     Glow wire testing complies with IEC 60335-1 for household and similar electrical appliances for resistance to heat and fire and includes a glow wire ignition temperature (GWIT) of at least 775 C° as defined in IEC 60695-2-13 and a glow wire flammability index (GWFI) above 850 C° defined in IEC 60695-2-12. Glow wire performance requirements are defined in IEC 60335. Glow wire testing can be performed on raw materials and end products. Compliance is defined differently for the two cases.     Flame testing： The IEC needle flame and UL 94 tests take different approaches to certify material and product safety. The needle flame test uses a burner with a 0.9 mm tip and butane gas at an angle of 45°. It’s designed to evaluate the hazard of small flames caused by fault conditions. Needle flame tests are evaluated according to the requirements of the specific product standard. For product standards that don’t specify needle flame testing, the generic requirements are: The test sample does not produce flames, and the paper does not ignite, or a white pine board does not carbonize. After the needle flame is removed, the flame duration of the test sample, surrounding parts, and the bottom layer is less than 30 s, the parts surrounding the test sample does not continue to burn, the paper does not ignite, and a white pine board does not burn. UL 94 is a material burning test and can be a UL94 HB test or a UL94 V test (Figure 3). In both tests, an open flame is applied to the specimen for a set amount of time (see Table 1 below). UL 94 has been harmonized with IEC 60707, 60695-11-10, 60695-11-20, and ISO 9772 and 9773.     A material having a thickness between 3 and 13 mm will be classified as a UL94 HB (slow burning) material if it has a burn rate of 40 mm per minute or less. For material with a thickness of less than 3 mm, the burning rate can’t exceed 75 mm per minute. The material will also be rated as HB if it stops burning before the 100 mm mark, regardless of thickness. Vertical burn ratings are more nuanced (Table 1). The 5VA or 5VB ratings require testing with a flame ignition source about five times more severe than that used in the V-0, V-1, V-2, and HB. And 5VA and 5VB specimens may not drip any flaming particles.   If you are interested in learning more, feel free to contact us!  

Introduction: At SINUO, we are committed to delivering innovative solutions that meet our customers’ unique needs. Our recently launched Climatic Chamber has received exceptional feedback, demonstrating its ability to meet demanding requirements in industries such as electronics, electricians, electrical appliances, plastics, etc. This case study highlights the success of Environmental Testing Chamber, showcasing how our Climatic Chamber revolutionized their testing process.     The Challenge: Achieving consistent environmental conditions for product testing or complying with regulatory standards. They required a reliable, customizable solution capable of maintaining precise temperature and humidity control over extended periods.     The Solution: Climatic Chamber was tailored to meet these exact needs, offering: Customizable Configurations: Options to adjust volume, temperature, and humidity ranges. Advanced Technology: Features like intuitive controls, energy efficiency, or rapid recovery times. Reliability: Ensuring consistent performance under rigorous testing conditions. Our team worked closely with Customer to integrate the Climatic Chamber seamlessly into their workflow, providing training and support to maximize its benefits.         Conclusion: Whether you’re looking to optimize testing processes or achieve unparalleled environmental control, our Climatic Chamber is designed to exceed expectations. Ready to Revolutionize Your Testing? Discover how Climatic Chamber can benefit your operations. Contact us today for a consultation.  

Sinuo Testing Equipment Co., Limited has officially launched its latest series of battery testing equipment designed to meet the increasing demands of the battery industry. This innovative series aims to enhance the accuracy and efficiency of battery performance testing.   At present, this batch of equipment has been successfully accepted in the customer's laboratory, and we have received good customer feedback. They expressed great satisfaction with our equipment.     The new equipment features precision testing capabilities, utilizing advanced measurement technology to ensure reliable results. Its versatility allows compatibility with various battery types and testing standards, while a user-friendly interface simplifies operation for quick adaptation by users.     This series is ideal for battery manufacturers, research laboratories, and the automotive sector, providing essential support for electric vehicle and energy storage system development.     For more information, visit our website or contact our sales team. We will continue to innovate in the future and hope to design more advanced laboratory testing equipment for our customers.