Enhance your industrial control systems with this high-performance AC Contactor, model CJX2 2510, designed with a durable PC engineering plastic housing that offers excellent flame retardance, high sensitivity, and strong bearing capacity. Engineered for reliable and efficient operation, this contactor is ideal for frequent switching and controlling of AC motors and various industrial devices. Key Features: · Durable Plastic Housing: Crafted from high-quality PC engineering plastic, providing superior flame retardance and mechanical strength for long-lasting use. · Efficient Working Principle: Utilizes a robust resistance coil that generates a magnetic field when energized, enabling precise electrical load control. · Superior Conductivity: Equipped with silver alloy contacts ensuring excellent electrical conductivity and capability to carry high currents, while the 32 iron cores promote smooth operation and reliable suction. · 3 Poles Normally Open Contact: Features a 3-pole NO contact design for stable, high-temperature resistant switching, supporting an operating frequency of up to 1200 cycles per hour. · Easy Installation: Compact design with a portable crack-proof snap and standard 35mm guide rail mounting system allows for quick and secure installation. · Wide Industrial Applications: Perfect for long-distance circuit making and breaking, frequent starting, and controlling of AC motors within various industrial environments. Specifications: · Item Type: AC Contactor · Model: CJX2 2510 · Material: PC (Plastic), Copper, Silver · Rated Current: 25A · Coil Voltage (AC): 110V · Contact Type: Normally Open (NO) · Contact Material: Silver Alloy · Frequency: 50/60Hz · Thermal Stability Current: 40A · Insulation Voltage UI: 690V · Rated Impulse Withstand Voltage: 8kV · Ambient Temperature Range: -5°C to 40°C · Installation Method: Standard 35mm Guide Rail Package Includes: · 1 x AC Contactor This AC Contactor CJX2 2510 combines high-quality materials and advanced design to deliver reliable performance, easy installation, and excellent operational stability, making it an ideal component for industrial electrical control systems.