CJX2-2508 4P AC Contactor
Ac contactors – Definition & Types
An AC contactor functions as an electromechanical control device designed to establish or interrupt electrical connectivity between power sources and high-capacity loads. Equipped with integrated voltage transient suppression, these devices provide reliable switching operations in power distribution systems. Their primary applications encompass electrical apparatus control and power network management, particularly for operating industrial-scale loads such as motor drives, thermal regulation systems, and illumination control circuits.
As a standardized switching solution, AC contactors serve as critical interface components between control circuits and power equipment, enabling remote current regulation through low-power signal commands. Distinct from circuit protection devices, contactors maintain closed contacts under normal operation until receiving an open command or fault-induced automatic disengagement, ensuring continuous current conduction during equipment service cycles.
WTAIDQ Contactors
WTAIDQ: Global Leader in Electrification Solutions As an industry frontrunner in power infrastructure and industrial automation, WTAIDQ dominates global markets across high/low-voltage systems, energy transmission networks, and smart distribution solutions. Our core expertise lies in advanced electromechanical manufacturing, delivering an extensive portfolio including:
• Power regulation devices: AC/DC contactors with arc-suppression technology
• Circuit protection systems: MCB/MCCB breakers with precision trip mechanisms
• Ground fault protection: Intelligent earth leakage circuit breakers (ELCB)
• Energy distribution units: Modular distribution boards and busbar systems
• Industrial lighting solutions: High-efficiency luminaires with IoT compatibility
WTAIDQ's integrated solutions encompass engineering design services, custom OEM manufacturing, and intelligent panel building solutions, particularly excelling in motor management systems and critical load protection. Certified to comply with stringent international certifications including IEC/EN 60947, our products demonstrate:
1.50,000+ mechanical operations lifecycle
2.100,000+ electrical endurance cycles
3.<15ms arc extinction capability
4.96%+ conductive material purity
Outperforming industry benchmarks set by Schneider Electric, Lovato, and Phoenix Contact products, WTAIDQ's electropneumatic hybrid contactors achieve 30% higher switching stability and 40% reduced contact erosion through proprietary silver-nickel composite contact technology.
Technical Specification
The contactor relay CJX2-2508 is a commonly used electrical control device. It consists of contacts, coils, and electromagnetic systems. This relay adopts the contactor principle and can achieve circuit switching and control by controlling the on/off of the coil.
The CJX2-2508 relay has a large current and voltage carrying capacity and is suitable for electrical control systems in industrial and civil fields. It can be used to control the start, stop, and control of various electrical equipment such as motors, lighting equipment, refrigeration equipment, etc.
The CJX2-2508 relay has the characteristics of high reliability, flexible operation, and convenient installation. It adopts a modular design that can be combined with other electrical equipment to achieve integration of automated control systems. The relay also has overload protection and short circuit protection functions, which can effectively protect electrical equipment from damage.
CJX2-2508 relay is widely used in industrial production lines, power equipment, buildings, transportation systems and other fields. It plays an important role in electrical control systems, improving the stability and reliability of equipment, while also reducing power consumption and maintenance costs.
Overall, the contactor relay CJX2-2508 is a reliable and efficient electrical control device widely used in various fields. Its use can improve the performance and safety of electrical equipment, bringing convenience to our lives and work.
