AC contactor CJX2-0910K LC1K-0910 220V

The AC Contactor CJX2-0910K (LC1K-0910) is a compact and reliable switching device designed for motor circuits and general electrical loads in industrial and commercial applications. Operating at 220V/60Hz, this contactor is rated for AC-3 and AC-4 utilization categories, making it well-suited for demanding inductive load switching tasks. With clearly labeled terminals including 1L1, 3L2, 5L3, 13NO on the input side and 2T1, 4T2, 6T3, 14NO on the output side, wiring is straightforward and efficient. Its modular construction saves valuable panel space while allowing easy installation on standard DIN rails. Built for long-term dependable performance, this contactor boasts a mechanical life of up to 10 million operations. It is also compatible with a wide range of auxiliary contacts and accessories, offering flexible system expansion to meet evolving application needs. Rated at 20A (Ith) with a maximum voltage of 660V (Ue), this contactor delivers solid performance across a variety of load conditions. Whether used in control panels, motor starters, or automation systems, the CJX2-0910K is a dependable choice for professionals seeking a compact yet capable contactor solution.

• AC CONTACTOR MODEL CJX2-0910K (LC1K-0910): Operates at 220V, 60Hz coil voltage, rated for up to 660V and 20A thermal current for versatile industrial use.
• 3-POLE MAIN CONTACTS PLUS 1 NO AUXILIARY: Features terminals labeled 1L1/2T1, 3L2/4T2, 5L3/6T3, and 13NO/14NO for straightforward wiring and circuit control.
• HIGH MECHANICAL DURABILITY: Built to withstand up to 10 million operations, ensuring long-term reliable performance in demanding industrial and commercial environments.
• DIN RAIL COMPATIBLE: Compact modular design mounts easily on standard DIN rails, saving valuable panel space and simplifying installation in control panels.
• MULTI-STANDARD CERTIFIED: Complies with IEC 60947, GB/T 14048.4, VDE 0660, and NFC 63110 standards, supporting AC-3 and AC-4 utilization categories for inductive load switching.