CJX2-9511Z DC Contactor 95A
DC Contactors – Definition & Types
A DC contactor is an electromechanical switching device engineered to manage the connection or disconnection of electrical circuits between DC power supplies and high-current loads. Designed with specialized arc suppression mechanisms, these components ensure safe and efficient interruption of direct current flow, which inherently poses challenges due to the absence of natural current zero-crossings. Their core applications involve controlling heavy-duty DC systems, such as electric vehicle powertrains, battery management systems, renewable energy storage units, and railway traction networks.
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.
Short Description
The DC contactor CJX2-9511Z is a device widely used in the field of electrical control. It has high reliability and stability, and is widely used for circuit control in automation systems.
The CJX2-9511Z DC contactor is designed with advanced technology and can achieve reliable switching functions in DC circuits. It has a high rated current and rated voltage, and can withstand large current loads. In addition, it also has good durability and flame retardancy, ensuring that the equipment is not easily damaged during long-term use.
The DC contactor has a compact appearance design, convenient installation, and is suitable for various electrical control equipment. It has simple operation, high reliability, and low energy consumption and noise levels. At the same time, it also has overload and short circuit protection functions, which can timely cut off the current to protect the safety of the circuit and equipment.
CJX2-9511Z DC contactors are widely used in fields such as industrial automation, power control, and electrical equipment. It can be used to control the switches of various electrical equipment such as electric motors, lighting equipment, fans, air conditioning systems, etc. Its stable and reliable performance makes it play an important role in modern electrical control systems.
Specifications
Outline and Mounting Dimension
P1.CJX2-09~32Z
P2.CJX2-40~95Z
The ambient air temperature is: -5C+40°C.24hours its average does not exceed +35°C
Elevation: no more than 2000 meters.
Atmospheric conditions: At +40 when the relative humidity of not more than 50%. at a lower temperature can have a hicher relative humidity, the wettest month average minimum temperature does not exceed +25°C the average monthly maximum relative Humidity doesnot exceed 90%, And consider the occurrence of temperature due to condensation on the product.
Pollution level: 3 level.
Installation category: Ill category.
Installation Conditions: the installation surface and the vertical slope of more than + 50°
Shock Vibration: The product should be installed and used where there is no significant shaking, shock and vibration.
