Product Description

The MAC090B-0-JD-4HC/110-A-0/WR262XX motor operates at a speed of nominal) 3000 min-1, delivering a torque (continuous) at standstill of 6.7 Newton-meters, which can tip at 10.5 Nm under specific conditions. The rotor's current (continuous) at standstill is 18.2 Amperes, with a max current rating of 28.5 A. The motor moment of inertia rating is 36 x 10^-4 kilograms-meter, and the constant torque at 20 degrees of Celsius is 0.41 Nm/A. With windings resistance of 0.38 Ohm & inductance rating of 2.0 mH, the rotor can withstand a maximum tip pulse current limit of 137 Amperes. The time constant (thermal) is 60 mins, or 45 mins in certain settings, and the rotor has a mass assessment of 18 kilograms, indicating a solid and robust design.

The MAC servo motors, including the MAC090B-0-JD-4HC/110-A-0/WR262XX, are suitable for applications involving extreme demands such as punching, pressing, and press feeds, provided they are mounted with shock-dampening or shock-decoupling measures. While a universally applicable solution for shock-dampened mounting is not recommended due to dependency on machine construction and metrological test results, a shock-damped variant for incremental encoders is available. This variant has been tested and proven effective for punching, pressing, and press feed applications, ensuring reliable performance under high-stress conditions.

The housing of the MAC090B-0-JD-4HC/110-A-0/WR262XX motor is coated with a black prime coat, which is resistant to weathering, yellowing, chalky build-ups, and diluted acids and lyes. While an additional layer of paint can be applied, it should not exceed 40 mm in thickness to avoid peeling from frequent cleaning with a steam cleaner. The mounting flange design allows for mounting as per design B5, which involves a flange with through holes. Additionally, mounting as per design B14, which includes a flange with windings, is possible for MAC 090, MAC 093, MAC 112, and MAC 115 motors. This flexibility in mounting options, as per DIN 42950 standards, ensures ease of integration into various machine setups, enhancing the motor's adaptability and usability in diverse industrial applications.