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  • 2P 63A AC Interlocking Circuit Breaker

    2P 63A AC Interlocking Circuit Breaker

    The YRO 2P 63A AC Interlocking Circuit Breaker is a type of manual transfer switch, with a rated current of 63A and is suitable for AC circuits. It complies with the IEC 60898 - 1 standard and adopts the iron rail mounting.
  • 3 In 1 Out 600V DC Solar Distribution Box

    3 In 1 Out 600V DC Solar Distribution Box

    The 3 In 1 Out 600V DC Solar Distribution Box is to meet the integration needs of multi module PV systems. With the three input merge function, the product can help users to efficiently integrate the power output of multiple PV modules, and at the same time ensure that each input has an independent protection mechanism, reducing the risk of overall failure caused by wiring problems. The product is constructed with a high strength housing, which is not only durable, but also adaptable to a variety of complex installation environments. In addition, the modular port design facilitates installation and expansion, making the product widely used in distributed energy projects and medium sized solar power systems.
  • 2 In 1 Out 1000V DC Solar Distribution Box

    2 In 1 Out 1000V DC Solar Distribution Box

    The YRO 2 In 1 Out 1000V DC Solar Distribution Box features a transparent cover design, meeting high voltage power distribution needs while providing users with an intuitive and convenient way to observe the interior. It integrates high quality electrical components within a waterproof and dustproof enclosure, suitable for various complex operating conditions and offering safe, stable, and efficient power distribution solutions for high voltage power systems in industrial and electrical fields, significantly enhancing the convenience and reliability of power management.
  • 18 Way Waterproof Box

    18 Way Waterproof Box

    The YRO 18 way waterproof box has realized the optimization of adding locks, and updating appearance on the basis of keeping the price unchanged. The box can accommodate a variety of commonly used components, flexible configuration to meet diverse needs. With high transparency PC cover, the internal condition is clear at a glance.
  • 1P 32A Copper with Flame Retardant AC Fuse

    1P 32A Copper with Flame Retardant AC Fuse

    YRO 1P 32A Copper with Flame Retardant AC Fuse are made of high quality copper and PBT material, comply with IEC 60947-3 standard and hold CE certificate, providing reliable overcurrent protection for all types of equipment.
  • 4P 32A AC Disconnector Switch

    4P 32A AC Disconnector Switch

    YRO 4P 32A AC Disconnector Switch is a component with excellent protection and electrical performance, with CE certificate, protection level up to IP66, strong insulation, shell flame retardant and UV protection, suitable for a variety of wet, outdoor and other complex environment circuit control and disconnector needs.
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  • What Is a Disconnector Switch, and How Does It Work?

    During routine maintenance of power systems, technicians frequently encounter a challenging situation: How to safely interrupt electrical flow when servicing equipment, while preventing accidents like arc flashes or explosions due to operational errors?It is precisely based on this actual situation that the disconnector, a dedicated device, has been developed and applied.

  • How Does an Isolating Switch Work?

    An isolating switch (also known as an isolator or disconnecting switch) is a high-voltage electrical component designed to provide a reliable, visible disconnection point in a power system. Its core function is to safely isolate a section of equipment—such as a transformer, capacitor bank, or cable—from the live power grid for maintenance, inspection, or circuit switching. Unlike circuit breakers, isolating switches cannot interrupt load current or fault currents (e.g., short-circuit currents). They must be operated only after the circuit has been de-energized or the current has been cut off by a circuit breaker. This makes them essential for creating a safe working environment in high-voltage applications, including renewable energy power stations, substations, and industrial plants.

  • What Electrical Components Are Typically Included in a Distribution Box?

    As a vital part of today's power grid, distribution boxes perform two important jobs: delivering power to where it's needed and guarding against electrical hazards. You'll find them in factories, office buildings, and even homes, with circuit breakers, fuses, and other important components installed inside. These components work together like a well coordinated team to achieve the same goal. While maintaining a steady supply of electricity, they constantly monitor for faults and act quickly to stop potential problems before they cause real harm.

  • How to Implement Overvoltage and Undervoltage Protection in New Energy Applications?

    Voltage fluctuations pose a significant risk to sensitive electrical equipment across various sectors, including the critical and growing new energy field. Implementing reliable overvoltage and undervoltage protection is crucial for safeguarding inverters, energy storage systems, and charging infrastructure, ensuring operational continuity and longevity. This article outlines the core concepts and effective solutions, highlighting the role of dedicated protectors like the YRO Adjustable over and under voltage protector.

  • What Makes the New YRO ATS a More Practical Power Switching Upgrade Solution?

    In critical power system applications, equipment reliability is a fundamental requirement. Although most automatic transfer switches mainly focus on meeting basic specifications, the new YRO ATS takes into account more practical usage factors in its design. Through three specific improvements, we rethought the functions that a power switching solution should possess to address the actual problems that electrical engineers, facility managers, and system integrators may encounter in their daily work.

  • What Is a Lightning Arrester?

    As cities grow rapidly, the use of electrical devices has expanded significantly, but traditional safety measures often fall short of meeting the heightened protection demands. A concern is that, a direct lightning strike on a building or infrastructure can produce a sudden surge of high voltage, damaging electronic parts and circuits, causing equipment to fail, and leading to data loss.

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