10.1 Inch LCD Digital Microscope (HY-AD210) 10.1 Inch Super IPS Digital Microscope Featuring a large 10.1” IPS display with a 178° viewing angle and support for 1080P video and 12MP photo capture, this microscope ensures clear and detailed images every time. Explore Coins Like Never Before Experience the enhanced viewing capabilities of the Andonstar AD210 coin microscope. With its upgraded 10.2” working distance metal stand, you can observe both the overall and intricate details of coins, including silver dollars measuring 38.1 mm (1.5 in). A Must-Have Soldering Microscope for Electronics Repair Conquer various soldering repair scenarios effortlessly with the Andonstar AD210 soldering microscope. It provides more space and durability, making electronics repairs easier than ever. Unlock the World of Extraordinary Magnification Embark on a journey of discovery with our microscope equipped with a biological slide kit and a bottom light stage. Explore the hidden treasures of the microcosmos and marvel at the microscopic world. The Ultimate All-Purpose Winner Digital Microscope Kit With an impressive range of 1cm to 26cm adjustable working distance, and a comprehensive set of accessories, including a microscope bottom light stage for observing biological slides, makes it to a variety of purposes, including coin collecting, electronics repairs, and biological slide observation. Its versatile design ensures it meets all your needs. Upgraded Super Strong Stand We have enhanced the traditional Andonstar stand with a larger base and a maximum height of up to 12.6 inches. It offers direct vertical movement and easy height adjustment, making it perfect for coin observation and soldering. Easy Digital Microscope Camera Capture and share your discoveries effortlessly with the included 32GB memory card and card reader. Take photos/videos and upload them to your computer with ease. read more

Testing an EV Charging Station / E-charging Station The quite natural everyday handling of electric current and the high safety precautions common in this country mean that users are not always aware of the dangers of the electric current. Not only some mistakes in planning and installation of the electrical systems, but also wear and tear, ageing, environmental influences and defects with other causes can lead to protective measures becoming ineffective. To prevent personal injury and damage to property and to ensure the intended function of the electrical installations, there are therefore a number of mandatory regulations. An EV charging station is usually connected to the three-phase alternating current with 400 volts in order to be able to generate high charging power. So that the installation or operation of the charging stations did not lead to endangering people, overloading the grid or to the failure of the power-operated equipment and systems, the Charging Station Ordinance was passed in 2016 for publicly accessible charging points in addition to the requirements that apply to every EV charging station. It lays down the minimum technical requirements for safety and also for general accessibility. Initial and repeat tests Every EV charging station belongs to the electrical installations on which the initial tests according to DIN VDE 0100-0600 (IEC 60364-6) and repeat tests according to DIN VDE 0105-0100/A1 (IEC 60364-6, Clause 6.5) and VDE 0122-1 (IEC 61851-1) must be carried out by the qualified electricians. The tests of the e-charging station include inspection, measurement and testing in accordance with the standard specifications with additional consideration of the specifications in the manufacturer's technical documentation. The performance of the tests and their results must be documented in a test report. The tests are primarily intended to determine safety against electric shock and thermal effects, against the effects of lightning and over-voltages, but also the functionality of the system. They are intended to ensure that any defects that may exist are discovered early on and can be remedied before any damage occurs. The first test steps include the visual inspection, the test of continuity and low impedance of the protective conductor and the insulation test. After that, the active measurements are taken at the set charging voltage, including the loop impedance and, for the residual current devices, the RCD tripping time and the RCD tripping current. If a counter is present, the rotating field direction and the correct counter start-up are also checked. To ensure that the communication with the connected vehicle functions correctly, the transmitted CP signal is also checked. Adapter for simulating charging processes and faults for the measurements When testing the e-charging station, all the charging states that actually occur should be tested reliably and with the repeatable accuracy without a vehicle. Without the vehicle being connected, however, the charging station must not emit any voltage. Special test adapters can not only simulate the various vehicles charging levels and charging cables. The EVSE adapters also enable convenient measurement of the voltage and signal cables with conventional installation testers simply via the plug connection of the EV charging station. CP traffic jams – vehicle charge levels Resistance CP-PE A   No vehicle connected open B   Vehicle connected 2700 Ohm C   Vehicle ready for charging (without ventilation) 880 Ohm D   Vehicle ready for charging (ventilation required) 240 Ohm E   CP error CP-PE short circuit PP status - charging cable type Resistance PP-PE NC – no cable connected   open 13 amps 1500 ohms 20 amps          680 ohms 32 Amps         220 Ohms 63 Amps 100 Ohms As a rule, the EVSE adapters are additionally equipped with a function to simulate an earth fault / PE fault. In the event of this and a CP fault (CP status E), the charging process must be interrupted immediately and the plug-in connection of the EV charging station must be disconnected from the power supply. Some adapters also have a manual PE pre-test, which allows the user to check whether the PE line of the EV charging station is safely earthed by pressing a button before the actual tests. read more

Electrifying the Automotive Industry: The Rise of Electric Vehicles in Malaysia The global shift towards sustainable transportation has led to the rapid rise of electric vehicles (EVs) worldwide. Malaysia, as a developing nation with a growing automotive industry, is not far behind in embracing this electric revolution. In recent years, the country has witnessed significant developments in EV manufacturing, infrastructure, and policy support, signaling a promising future for the EV industry in Malaysia. The Malaysian government has shown strong commitment to promoting the adoption of EVs through various initiatives and policies. One notable effort is the National Electric Mobility Blueprint (EMB), which outlines a comprehensive roadmap for the development of EVs in the country. The EMB aims to establish a conducive ecosystem for EV manufacturing, charging infrastructure deployment, and consumer adoption. To encourage the purchase of EVs, the government offers incentives such as tax exemptions and rebates. Additionally, the Green Technology Financing Scheme provides financial support for EV-related projects, including manufacturing facilities and research and development activities. Malaysia has attracted significant investments from both domestic and international players in the EV manufacturing sector. Local companies, such as PROTON and Perodua, have ventured into the production of electric vehicles, contributing to the expansion of the industry. Foreign automakers, including BMW, Nissan, and Hyundai, have also recognized Malaysia's potential as an EV manufacturing hub. These companies have invested in the establishment of assembly plants and production facilities, leveraging Malaysia's skilled workforce and strategic location in the ASEAN region. An essential component of the EV ecosystem is the establishment of a robust charging infrastructure network. Malaysia has made notable progress in this regard, with the installation of public charging stations across major cities and highways. Initiatives by companies like ChargEV and GreenTech Malaysia have played a vital role in expanding the charging network and ensuring accessibility for EV owners. Moreover, the government has encouraged the integration of EV charging facilities in public parking lots, commercial buildings, and residential areas, promoting convenient and widespread charging options. To stay at the forefront of EV technology, Malaysia has been investing in research and development (R&D) activities. Collaborations between academia, industry, and research institutions have led to advancements in battery technology, electric drivetrains, and vehicle electrification systems. Research centers such as the Malaysia Automotive, Robotics, and IoT Institute (MARii) and the National Electric Mobility Laboratory (MyEVL) have been instrumental in driving innovation and knowledge sharing within the EV industry. The Malaysian market presents significant potential for EV adoption. Factors such as rising environmental consciousness, government support, and increasing fuel costs have contributed to the growing interest in electric vehicles among consumers. Furthermore, the affordability of EVs has improved over time, with advancements in battery technology and economies of scale. As prices become more competitive, coupled with government incentives, the barriers to entry for potential EV buyers are gradually decreasing. The electric vehicle industry in Malaysia is poised for significant growth. With strong government support, increased investments, the development of charging infrastructure, and ongoing research and development activities, the foundation for a sustainable and thriving EV ecosystem has been laid. As more Malaysians embrace electric vehicles, the country has the potential to become a regional hub for EV manufacturing and innovation. By leveraging its resources, skilled workforce, and strategic location, Malaysia can contribute to a greener and cleaner future, while driving economic growth in the automotive industry. read more

Benchtop Temperature  Humidity Chamber Model: LIB- T-50, T-80, TH-50, TH-80   Description: Benchtop Temperature humidity Test Chambers are Small, bench-top test chamber for simulating temperature and humidity environments. Included only temperature, temperature and humidity test chambers. Widely used in electronics, automotive, manufacturing, research and laboratories. Its very good advantages are small, desktop, small footprint, portable, stable performance and Full function. A Benchtop Environmental Chamber offers flexibility, uniformity, and control accuracy.  Small & Affordable. CHARACTERISTIC Small, portable, benchtop design Wide temperature ranges and volume selection Reliable performance Temperature control and display unit Humidity control and display unit Programmable color LCD touch screen controller Multi-language interface USB and Ethernet Mechanical compression refrigeration system Build-in water tank Adjustable and removable sample shelves Safety protection system CE mark, ISO17025 calibration Model: LIB-Temperature & Humidity Chamber   Model T-50 T-80 Internal dimension (mm) 320*350*450 400*400*500 Overall dimension (mm) 800*1050*950 900×1100×1000 capacity 50L 80L Temperature range A:-20℃ ～+150 ℃ Low type B: -40℃   C:-70℃   D: -86℃ Temperature fluctuations ± 0.5 ℃ Temperature deviation ± 2.0 ℃ Heating rate 3 ℃ / min Cooling rate 1 ℃ / min Controller Programmable color LCD touch screen controller, Ethernet , USB Cooling system Mechanical compression refrigeration system Safety device over-temperature protection; over-current protection; Refrigerant high-pressure protection;  Earth leakage protection; Exterior material Steel Plate with protective coating Interior material SUS304 stainless steel Standard configuration 1 Cable hole (Φ 50) with plug; 2 shelves Power Supply 220V 50HZ   Warranty   3 Years Warranty, Lifelong Follow-up Services All chambers product all provide a three-year long-term warranty, and provides free maintenance and after-sales service within three years from the date of purchase.   Service Professional customer service team, sales staff, after-sales team to solve customers’ problems online at any time.  We set up agent centers and local service centers to improve service efficiency. read more