China top rated high current transformers Manufacturers, Suppliers, Factory

JDZ12-10 series Pouring type with power supply potential transformer is an outdoor voltage transformer designed for reliable and accurate voltage measurement in power distribution systems. It consists of a primary terminal, a pouring body, a secondary winding, an iron core, and primary and secondary frameworks. The primary terminal is positioned at the top of the pouring body and connected to the primary winding via a primary fuse. The secondary winding is wound separately on the secondary framework. The primary and secondary frameworks are placed on the core column of the cruciform iron core, with the secondary framework positioned inside the primary framework. To ensure durability and stability, the primary terminal, windings, and pouring body are integrated using resin pouring, creating a seamless and robust structure. The primary fuse is safely installed inside the pouring body to provide additional protection. This innovative design of the JDZ12-10 series transformer demonstrates scientific engineering, creativity, and practicality. It offers exceptional performance and reliable operation, meeting the high standards of the transformer production industry and electrical maintenance applications. The installation process is straightforward, and the operational cost is low, making it a cost-effective solution for power transformer manufacturers and electrical maintenance professionals. Its advanced features and ease of use make it suitable for various applications in the power industry. The JDZ12-10 series Pouring type with power supply potential transformer is designed to withstand harsh outdoor conditions. Its compact and robust construction ensures transportation and installation are hassle-free. Investing in the JDZ12-10 series Pouring type with power supply potential transformer guarantees accurate voltage measurement and dependable performance in various electrical applications. It complies with industry standards and regulations, ensuring the highest level of quality. Choose the JDZ12-10 series transformer for optimal voltage measurement and reliable operation in your power distribution system.

Introducing our 24KV high voltage cable branch box, model number DFW-24KV. This branch box is designed to provide reliable and efficient power distribution in high voltage applications. Constructed with durable stainless steel plate material, this branch box ensures long-lasting performance and protection against environmental factors. The green color adds a visually appealing touch, but customization options are also available to suit your specific needs. With a rated current of 630A and a rated voltage of 24KV, this branch box delivers stable and safe power transmission. It has obtained ISO CCC and IEC certifications, ensuring compliance with international quality standards. Featuring a protection level of IP33, this branch box offers superior protection against dust and splashing water, making it suitable for various indoor and outdoor installations. Additionally, the protection degree of IP33 guarantees the safety of the electrical components and minimizes the risk of accidents. This branch box supports a frequency of 50/60Hz, making it compatible with various power systems. It is also available for OEM customization to meet your specific requirements. Whether you need one piece or more, our branch box is available with a minimum order quantity of 1 piece. Choose our 24KV high voltage cable branch box to ensure efficient power distribution and reliable performance in your high voltage applications.

It can be processed according to the drawings and samples, receive oem orders, accept wholesale and customization. Provide a complete set of motor protection system solutions. Apply Motor power：5000～10000KW，Diameter Size（mm）：10600×2480×1500 or Customized

The ZN63(VS1)-12 assembly type indoor vacuum circuit breaker is a state-of-the-art high-voltage switchgear device designed to provide reliable protection and control for power equipment in electrical grids, as well as in industrial and mining enterprises. With a rated voltage of 12kV and operating at a frequency of 50Hz, this circuit breaker is specifically engineered to meet the demanding requirements of indoor high-voltage applications. This product features a compact and integrated design, combining the main circuit of the circuit breaker with a spring operating mechanism. It is equipped with a dedicated propulsion mechanism, forming a cart unit that can be used independently or according to user requirements. The integration of the main circuit and the operating mechanism not only ensures seamless operation but also contributes to space-saving efficiency. Furthermore, the main insulation of the ZN63(VS1)-12 circuit breaker adopts a composite insulation structure. This innovative design not only minimizes its overall size but also provides effective protection for the vacuum arc extinction chamber, shielding it from the impact and collision. The composite insulation also enhances the circuit breaker's overall durability, ensuring a longer service life. In conclusion, the ZN63(VS1)-12 assembly type indoor vacuum circuit breaker offers outstanding performance and optimal space utilization. It provides reliable and efficient protection and control for electrical networks, as well as power equipment in industrial and mining enterprises. With its advanced features and robust design, this circuit breaker proves to be a valuable asset in ensuring the safe and continuous operation of high-voltage systems.

Introducing our latest product, the Intelligent Solid Insulation Switchgear. Designed with a focus on solid insulation and intelligent features, this switchgear offers unrivaled performance in electrical systems. The key feature of the Intelligent Solid Insulation Switchgear lies in its innovative solid insulation technology. Unlike traditional switchgears that rely on liquid or gas insulation, this product utilizes solid dielectric materials. This groundbreaking approach eliminates the risks of leakage, explosion, and environmental contamination, ensuring maximum safety for users. With solid insulation, the switchgear guarantees a reliable and uninterrupted power supply, making it ideal for critical applications such as data centers, hospitals, and manufacturing facilities. In addition to its advanced insulation, the Intelligent Solid Insulation Switchgear incorporates intelligent features that set it apart from conventional counterparts. By integrating smart technologies, this switchgear enables real-time monitoring, remote control, and diagnostics. These capabilities empower users to proactively maintain and detect faults, optimizing the system's efficiency and minimizing downtime. Vital information such as the switchgear's condition, energy consumption, and operational parameters is readily accessible, facilitating efficient planning and resource allocation. Due to the rapidly growing demand for solid insulation technology and intelligent electrical systems in the market,and our Intelligent Solid Insulation Switchgear is tailored to meet these market needs. Combining enhanced safety with advanced technology, this product offers customers a cutting-edge solution. With its solid insulation and intelligent features, the Intelligent Solid Insulation Switchgear is set to revolutionize the electrical industry. Its robust design, along with the ability to monitor and control operations remotely, provides customers with a cost-effective and future-proof solution. Whether you are upgrading existing infrastructure or planning new installations, trust in the Intelligent Solid Insulation Switchgear to safeguard your electrical systems and optimize performance for years to come. Experience the power of innovation with our Intelligent Solid Insulation Switchgear.

TBBZ High Voltage Switchgear Automatic Compensation Device is an advanced power system equipment designed to improve the stability and reliability of high voltage switchgear. The device's primary function is to monitor and regulate power voltage and power factor in real-time, ensuring optimal performance of high voltage switchgear and safe operation of the power system. The following article will discuss the features, working principles, and benefits of the TBBZ High Voltage Switchgear Automatic Compensation Device. Features: The TBBZ High Voltage Switchgear Automatic Compensation Device is designed with several advanced features that significantly improve the functionality of high voltage switchgear. The device is capable of precise power voltage and power factor regulation and comes equipped with advanced measuring and control technologies. It is also built with intelligent protection systems that prevent device failure and protect the system from overloads, short circuits, and other electrical hazards. Working Principles: The TBBZ High Voltage Switchgear Automatic Compensation Device operates on the principle of reactive power compensation. It measures the power factor and voltage of the electrical system using a digital controller and adjusts the capacitance or inductance of the device accordingly. By doing so, the device efficiently mitigates power loss and regulates the power factor, improving the stability and reliability of high voltage switchgear. Benefits: The TBBZ High Voltage Switchgear Automatic Compensation Device offers several benefits to power system operators. It enhances the system's performance, improves voltage regulation, increases energy savings, reduces power loss, and mitigates power surges, preventing equipment damage. It also improves the lifespan of high voltage switchgear and reduces maintenance requirements, making it a highly cost-effective and practical power system equipment. Overall, the TBBZ High Voltage Switchgear Automatic Compensation Device is a highly advanced and reliable system equipment that can significantly improve the stability and performance of high voltage switchgear systems. Its advanced features, precise control, and intelligent protection systems make it a highly desirable asset for power system operators, enabling them to efficiently regulate power voltage and power factor, mitigate power loss, and improve the lifespan of high voltage switchgear.