Other Electrical Devices

Our multi-function meter product line includes several different types of electricity meters, primarily used to measure and monitor parameters such as current and voltage in power systems.

1. Single-Phase Ammeter/Voltmeter:
- Used to measure current or voltage in a single-phase circuit.
- Commonly used in homes and small commercial environments.
- Features a simple display interface for easy reading.

2. Three-Phase Ammeter/Voltmeter:
- Suitable for three-phase power systems, capable of simultaneously measuring three-phase current and voltage.
- Commonly used in industrial and large commercial facilities.
- Provides accurate measurement data to help monitor power usage.

3. Three-Phase Combination Current/Voltage Meter:
- Combines current and voltage measurement functions.
- Suitable for applications requiring simultaneous current and voltage monitoring.
- Compact design saves installation space.

4. Multi-Function Power Meter:
- Provides multiple measurement functions, including current, voltage, and power.
- Suitable for complex power monitoring needs.
- Typically features a digital display, providing detailed information on power parameters.

These meters play an important role in power management and energy conservation, helping users monitor power usage in real time and optimize power resource allocation.

Applications and Features:
The CHGQ self-resetting overvoltage and undervoltage protector is designed for use in applications with single-phase AC voltages of 220V/380V, a frequency of 50Hz, and a rated operating current of 100A or less. It is primarily used in electrical circuits in offices, residences, and similar buildings. It quickly and reliably cuts off power during high-voltage surges and undervoltage events, protecting household appliances. It automatically restores power when the voltage returns to normal.

The CXCPS series intelligent control protection switch is a multifunctional, all-in-one device that integrates overload, short-circuit, and phase loss protection, along with motor control. This modular design integrates multiple functional components, including circuit breakers, contactors, and thermal relays, providing comprehensive protection and precise control of motors.

Key Features:

Multiple Protection Functions - Featuring core protection functions such as overload inverse-time protection, short-circuit instantaneous protection, and phase loss protection, it effectively prevents the risk of motor burnout.

Intelligent Control - Supports manual and automatic operation modes. Select models feature an LCD display and remote communication interface for convenient status monitoring and parameter adjustment.

High Reliability - Utilizing rapid arc extinguishing technology and high-precision protection algorithms, it ensures fast and accurate operation, minimizing false tripping.

Compact Structure - The integrated design saves installation space, simplifies wiring, and reduces system failure rates.

The CXCPS series is widely used in industrial equipment such as pumps, fans, compressors, and conveyors. It is particularly well-suited for harsh environments like those in metallurgy, petrochemicals, and mining. It significantly improves the safety and reliability of motor control systems, making it an ideal upgrade solution for traditional protective devices.

The JR series protective relay is a key device for fault detection and control protection in power systems, widely used in low- and medium-voltage distribution systems. It provides a variety of protection functions, including overcurrent, undervoltage, phase failure, phase sequence, imbalance, and overload, effectively preventing damage to electrical equipment caused by abnormal operation or faults.

The JR series protective relay features fast response, high sensitivity, and reliable operation, making it suitable for monitoring and automatically protecting equipment such as distribution transformers, motors, and capacitors. Flexible installation allows for easy integration into various control systems, and it can be combined with circuit breakers and contactors to implement tripping or alarm functions, enhancing the safety and stability of power system operations.

Energy-saving smart lighting products are primarily designed to improve the energy efficiency and convenience of lighting systems.

Features:

Through an integrated intelligent control system, users can automatically adjust and remotely manage lighting equipment, optimizing energy usage.

Supporting multiple lighting scene presets, users can quickly switch between them as needed to meet the lighting needs of different occasions.

Some products support dimming, adjusting brightness based on ambient light or user preferences, further improving energy efficiency.

Some products are equipped with sensors that automatically adjust lighting based on ambient light or human activity, reducing unnecessary energy consumption.

Intuitive user interfaces, such as touchscreen panels, facilitate manual control and settings.

Applications:
These smart lighting products are suitable for a variety of locations, including homes, offices, and commercial spaces. Through intelligent control, they help users achieve energy savings and improve lighting comfort and convenience.

The CXFK combination switch, model CXFK-400-63A, is an intelligent power device that integrates mechanical switching and electronic control technologies. This switch supports remote intelligent management, allowing users to monitor and control power equipment regardless of location, improving management efficiency.

The CXFK combination switch is suitable for a variety of power systems, including industrial automation, smart grids, and smart buildings. In industrial automation, it controls power equipment to ensure production safety; in smart grids, it optimizes power distribution and improves stability; and in smart buildings, it reduces energy consumption and lowers operating costs.

With its intelligent and reliable design, this switch provides users with an efficient and flexible power management solution.

The CXZT series switch status indicator is a monitoring device designed specifically for power systems. It features high reliability, multi-function display, and a user-friendly interface.

This device monitors and displays switch status and fault alarms in real time, providing prompt alerts to operators. Its remote control function enhances operational flexibility, while supporting multiple communication interfaces facilitates system integration.

Widely used in industrial automation, smart buildings, and other fields, the CXZT series switch status indicator can effectively improve power system efficiency and safety while reducing operation and maintenance costs.

The CXCK series of intelligent switchgear control products are primarily used for switchgear control and monitoring in power systems.

1. CXCK-1 Digital Tube Display:
- Utilizes digital tube display technology to provide clear digital information.
- Suitable for applications requiring precise numerical display.

2. CXCK-2 LCD Display:
- Utilizes an LCD display to provide more intuitive graphical information.
- Suitable for applications requiring complex information display.

This product improves switchgear safety and ease of operation through intelligent control and display, and is suitable for various power equipment monitoring and management needs.

The CXVG series microprocessor-based protection device is an advanced power protection device designed specifically for the demands of modern power systems.

CXVG-1:
High-precision current/voltage measurement, rapid response to grid anomalies
Accurate fault identification and isolation, ensuring grid stability
Real-time status monitoring, improving system reliability

CXVG-2:
Integrated multi-protection features for overload, short circuit, and over/undervoltage
Adaptive adjustment of protection parameters to accommodate load changes
Support for remote communication, enabling centralized control

Suitable for protecting critical grid nodes, balancing precision and intelligent management requirements.

Both models feature a user-friendly interface, allowing operators to easily monitor and control power system operating conditions.

By integrating advanced microprocessor technology and software algorithms, the CXVG series microprocessor-based protection device provides a comprehensive and reliable power protection solution, helping to improve power system safety and efficiency.

The CXFG series anti-islanding protection device is designed to prevent the islanding effect, ensuring safe grid operation and avoiding equipment damage and safety hazards caused by the islanding effect.

Equipped with an LCD display and pushbuttons, users can easily set and monitor parameters, enhancing operational convenience and intelligence.

Strict quality control and testing ensure stable operation in various environments, minimizing failure rates.

Suitable for a variety of power systems, it can flexibly adapt to different application scenarios and meet diverse needs.

The CXDL series online power quality monitor is a device for monitoring and analyzing power quality. Its simple design features a clear display on the front panel, displaying various power parameters.

Multiple buttons are located below for easy operation and configuration. This device primarily monitors key grid indicators such as voltage, current, and power factor, providing real-time insights into power quality.

This monitor allows users to promptly identify grid anomalies, such as voltage fluctuations and harmonic distortion, allowing them to take appropriate measures for adjustment and optimization. This is crucial for improving the stability and reliability of power systems.

This device also supports data logging and analysis, facilitating long-term monitoring and trend analysis. It is suitable for a variety of industrial and commercial power environments.

The CKSG series reactor is a high-performance power device used to limit short-circuit current and improve power quality.

Key Features:

1. Compact Structure: The CKSG reactor features a compact design for easy installation and maintenance. Its housing is constructed of sturdy metal, offering excellent mechanical strength and heat dissipation.

2. High Efficiency: The internal windings are made of high-conductivity copper wire and the core is made of high-permeability silicon steel sheets, ensuring low losses and high inductance.

3. Excellent Heat Dissipation: It utilizes natural or forced cooling, with heat sinks or channels designed to improve heat dissipation efficiency and ensure long-term stable operation.

4. Reliable Insulation: The internal insulation material and design ensure reliable electrical insulation, preventing short circuits and breakdowns. The material is heat-resistant and aging-resistant.

5. Safety Protection: Equipped with overload and short-circuit protection, and built-in protection devices prevent abnormal equipment damage.

CKSG reactors play an important role in power systems with their high efficiency, reliable insulation and flexible installation. They are key equipment for ensuring power quality and system safety.