The Schneider LC2K0610P7 is a high-quality reversing contactor designed to facilitate the control of motor operations in various industrial applications. This compact and robust unit is part of the TeSys K range and is engineered to handle AC-3 and AC-4 utilisation categories, making it suitable for frequent switching and reversing of motors.
With a 3-pole configuration and a power pole contact composition of 3 NO (Normally Open), the LC2K0610P7 is capable of managing rated operational currents of up to 6 A at voltages up to 440 V AC in AC-3 applications. It is equipped with a control circuit voltage of 230 V AC at 50/60 Hz, ensuring compatibility with standard industrial power supplies in the UK and Europe.
The device boasts a preassembled structure with a reversing power busbar, streamlining installation and maintenance processes. Its auxiliary contact composition includes 1 NO, providing additional switching capabilities. The contactor's rated impulse withstand voltage of 8 kV and an overvoltage category of III, ensure reliable operation under various electrical disturbances.
Constructed with an eye on sustainability, the LC2K0610P7 is a Green Premium product, complying with environmental regulations such as REACh and RoHS, ensuring it is free from harmful substances and is mercury-free. The contactor's mechanical durability is rated at 5 million cycles, and it has an operational rate of 3600 cycles per hour, highlighting its ability to perform in demanding industrial environments.
The LC2K0610P7's compact dimensions and screw clamp terminal connections make it an easy fit in control panels, while its IP20 degree of protection according to VDE 0106 ensures safety during operation. Its ambient operating temperature range of -25 to 50°C and storage temperature range of -50 to 80°C, along with the ability to operate at altitudes up to 2000 m without derating, make it versatile for various working conditions.
Overall, the Schneider LC2K0610P7 reversing contactor is a reliable and efficient solution for motor control applications requiring robust performance and compliance with environmental standards.