G1.2B.DK71K4BTW

Product Description:

The G1.2B.DK71K4BTW by KEB is a three-phase synchronous motor. It is suitable for applications requiring high reliability. It uses neodymium iron boron magnetic material. It features a self-cooling system. A self-cooling system offers significant advantages including energy efficiency, environmental safety, and user-friendliness. Energy-efficient features such as self-cooling systems utilize outside air, reducing the need for mechanical equipment and saving energy. This cooling is an efficient approach, boasting low failure rates. This system can effectively lower CO2 emissions, contributing to a green environment. Additionally, closed cooling systems minimize issues like biological fouling and corrosion, enhancing their reliability. Overall, self-cooling systems represent a sustainable solution that balances efficiency and environmental stability.

This motor also incorporates KTY 84-130 winding protection and radial groove ball bearings with lifetime lubrication. The G1.2B.DK71K4BTW synchronous motor from KEB offers high reliability with a temperature rise class F and an IP54 housing. The motor supports precise operation and ensures a long life span. The motor is a three-phase synchronous motor with a compact construction length. It is designed for robust performance. It features IP54 housing protection, suitable to work at ambient temperatures of up to 40 degrees C and at 1,000 meters altitudes above sea level.

Utilizing neodymium iron boron as the magnetic material, the motor works efficiently in S1 operations with a nominal speed. Vibration severity is set to level B. This severity level ensures smooth industrial operation. It has flange accuracy denoted by N. The motor is insulated with a temperature rise class F (155 degrees C) and includes KTY 84-130 winding protection. Additionally, it offers a rotatable connector for encoder system connections and is protected with a powder coating for durability.