Intelligent Universal Circuit Breaker Manufacturer

The HR17B series fuse-type disconnect switches are designed for load operation and are suitable for rated currents from 40A to 1600A. They are available in 1-, 2-, 3-, and 4-group configurations.

The HR17B series fuse-type disconnect switches, with their wide current range and flexible configuration options, are essential safety components in electrical systems. These disconnect switches can isolate circuits without disconnecting power, while also enabling quick disconnection for maintenance or troubleshooting when necessary, significantly enhancing the flexibility and safety of electrical systems.

Because they can operate at various current levels, the HR17B series fuse-type disconnect switches are suitable for a wide variety of industrial and commercial applications, including but not limited to power distribution, machine control, and building electrical systems. These disconnect switches are also designed for ease of operation and maintenance, making them user-friendly.

Whether operating in single-phase or three-phase systems, the HR17B series provides reliable isolation and protection, ensuring stable circuit operation under various operating conditions.

The CHH5 series disconnect switches are electrical devices used for circuit protection and control, available in a variety of models to meet diverse application requirements. These disconnect switches are compact and easy to operate, suitable for a wide range of voltage levels and current capacities.

Their primary function is to ensure the safe disconnection of circuits during maintenance or overhaul, preventing accidental energization. CHH5 series disconnect switches are typically equipped with manual or motorized operating mechanisms, enabling fast and reliable switching.

These disconnect switches also feature excellent insulation performance and mechanical strength, enabling stable operation in harsh environments. Their structural design incorporates ease of maintenance, facilitating regular inspection and component replacement, thereby extending their service life.

The CHH5 series disconnect switches are widely used in industrial, commercial, and residential electrical systems and are essential components for ensuring safe power system operation.

The HL30 Series miniature isolating switch is a compact and practical circuit management tool. Its simple design, featuring a white housing and a red operating handle, is both eye-catching and easy to operate. This switch is primarily used to connect and disconnect circuits, conveniently shutting off power for maintenance or safety reasons.

This isolating switch can handle a maximum current of 100 amperes, with a standard operating current of 63A. It is suitable for most homes and small businesses, meeting everyday circuit control needs.

The HL30 Series miniature isolating switch acts as a safety valve for circuits, easily disconnecting power when needed, protecting circuits and electrical equipment from damage and ensuring safe electrical use. Its ease of operation makes it an indispensable component of electrical systems in homes and small businesses.

The LMZJ1 series instrument transformers are renowned for their compact design and practicality, making them particularly suitable for space-constrained power system environments. Their sophisticated design facilitates installation and maintenance, allowing them to be easily fixed to distribution boards and accommodate various mounting configurations, whether vertical or horizontal.

The heat-resistant red housing not only enhances reliability in high-temperature environments but also helps protect the equipment from environmental hazards. Furthermore, the LMZJ1 series instrument transformers' precise measurement capabilities are crucial for power system monitoring, providing accurate current data and ensuring safe operation.

The safety and compatibility of these instrument transformers have also been meticulously designed to ensure seamless integration with existing power systems and equipment, eliminating the need for major retrofits. With its high efficiency, low cost, and environmental adaptability, the LMZJ1 series instrument transformers are an ideal choice for power system measurement and protection.

The BH series instrument transformer is a device used in power systems, primarily for measuring and monitoring current and voltage.

It typically features a square or rectangular housing, which may be made of metal, offering excellent electromagnetic shielding and mechanical strength.

Terminals are located on one or both sides of the instrument transformer for connecting the power supply and measuring equipment. These terminals are typically designed for easy installation and maintenance.

The BH series instrument transformer is widely used in industrial metering, substation monitoring, and residential distribution meters, accurately measuring current and voltage to ensure the safe and stable operation of power systems.

The BH series instrument transformer is a compact, stable, and easy-to-install power measurement device suitable for monitoring and metering in various power systems.

Applications and Features
These surge protectors are suitable for IT, TT, TT-C, TT-S, and TT-C-S power supply systems operating at 50/60 Hz and rated up to 440 V. They provide surge protection against indirect lightning, direct lightning, and other transient overvoltages.

These surge protectors offer high protection levels, fast response, strong reliability, and easy installation and maintenance. They are adaptable to various environments and comply with international standards. They are essential safety components in power systems, ensuring stable operation by providing overvoltage protection and protecting critical equipment from natural disasters such as lightning.

This ammeter and voltmeter is a pointer-type instrument primarily used to measure voltage in circuits. Its clear dial and clearly marked scale make it easy to read voltage values.

The meter's range extends from 0 to 450 volts, making it suitable for a variety of voltage measurement needs. The "V" mark on the dial indicates the unit of voltage, volts. The meter's housing is constructed of sturdy plastic, providing excellent insulation and durability. The pointer is sensitive, quickly responding to voltage changes and providing accurate measurements.

The meter also comes with a transparent protective cover that effectively protects against dust and dirt, extending its lifespan. Its simple and practical design makes it suitable for use in laboratories, factories, and other environments, providing electrical engineers and technicians with a reliable voltage measurement tool.

The CXZNS/CXZNF smart capacitor is an advanced power compensation device featuring an LCD display that intuitively displays operating status and parameters.

It utilizes automatic switching technology to flexibly adjust to the grid's reactive power demand, achieving precise reactive power compensation, thereby improving power quality and reducing energy consumption. The capacitor's compact design and easy installation make it suitable for a variety of industrial and commercial power systems. Its intelligent control algorithm monitors grid conditions in real time and automatically adjusts compensation strategies to ensure stable power system operation.

It also features multiple protection features, including overvoltage and overcurrent protection, ensuring safe and reliable operation. Overall, this smart capacitor is an ideal choice for improving power system efficiency and stability.

The CXZKS harmonic mitigation smart capacitor is a device used in power systems, primarily to improve power quality, stability, and efficiency.

Features:
1. Harmonic mitigation: Effectively suppresses harmonics in the power system, reducing their impact on equipment and extending its lifespan.
2. Intelligent Control: A built-in intelligent control system automatically monitors and adjusts the capacitor's operating status to suit varying loads and grid conditions.
3. LCD Display: Equipped with an LCD screen, it displays real-time information such as the device's operating status and parameter settings, facilitating user monitoring and maintenance.
4. Compensation Function: Compensation (compensation capacitor) functionality provides additional reactive power support when needed, improving the system's power factor.
5. Modular Design: A modular design facilitates installation, maintenance, and expansion.

The CXZKS harmonic mitigation smart capacitor is widely used in industrial and commercial applications to optimize power quality and reduce energy consumption. It effectively reduces grid harmonic pollution and improves the power factor, thereby enhancing the stability and economic benefits of the power system.

The primary difference between the CXZKF anti-harmonic smart capacitor split-compensation product and the CXZKS common-compensation product lies in their adaptability and compensation effectiveness.
1. The CXZKF anti-harmonic smart capacitor split-compensation product is specifically designed for three-phase unbalanced circuits, providing independent reactive power compensation for each phase and offering greater adaptability.
2. Compared to common-compensation products, split-compensation products offer superior compensation effectiveness in three-phase unbalanced circuits, more accurately eliminating reactive power imbalances and improving grid stability and power quality.

The JK/RPCF series reactive power automatic compensation controller is a device used in power systems, primarily to improve power quality and reduce energy losses. It automatically monitors reactive power in the grid and automatically compensates for it by adjusting the switching of shunt capacitors.

Its compact design, easy operation, high accuracy, and reliability make it suitable for a variety of industrial and commercial applications. Furthermore, it features overvoltage, undervoltage, and overcurrent protection functions to ensure safe and stable system operation.

The JK/RPCF series controller effectively improves the grid's power factor, reduces line losses, and increases power supply efficiency, making it an indispensable component in modern power systems.

The BSMJ series of self-healing low-voltage shunt capacitors are designed for industrial enterprises, substations, and distribution networks to compensate for reactive power, improve power factor, reduce line losses, and enhance voltage quality. Their unique self-healing technology automatically repairs internal faults, extending their service life. With their compact design, easy maintenance, and stable operation in diverse environments, these capacitors are an ideal choice for enhancing power system efficiency and reliability.