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KEB Brushless Servomotor SIN J236/01 24.4 KW PRICE 6200 EURO
KEB Brushless Servomotor SIN J236/01 , produced in Italy and dating back to November 2019, is a high performance motor designed for precise control of motion, speed and torque, suitable for various industrial applications. This motor features a robust and compact structure, with a design that includes rotatable connectors for greater installation flexibility. It is particularly suitable for harsh environments thanks to the IP54 protection, which offers resistance to dust and splashes of water, ensuring long life even in demanding conditions of use.
The servomotor is composed of a magnetic rotor with neodymium permanent magnets, which offers high torque density, and a stator which houses the electrical windings. The motor integrates a feedback system with TS2640N181E100 encoder, which provides precise information on the position and speed of the rotor, essential for accurate movement control.
The KEB Brushless Servomotor SIN J236/01 is mainly used in motion control systems where precision and dynamic response is required, such as machinery for metalworking, packaging, industrial automation, and robotics. For optimal use, it is necessary to set the control parameters according to the requirements of the specific application, monitoring the operating conditions through feedback from the encoder system.
Maintenance of the KEB Brushless Servomotor SIN J236/01 focuses on regularly checking the electrical connections, visual inspections for signs of wear, and checking the cooling system. To evaluate whether a used example is in good condition, it is essential to test the functionality of the brake, check the feedback of the encoder, and check the resistance of the electrical insulation.
The servo motor is widely used in industries such as metalworking, industrial automation, and packaging, thanks to its ability to perform precise and fast movements. Buying it used represents a significant economic advantage, offering high performance at reduced costs, especially for applications where reliability and precision are crucial, but the budget is limited.(
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