Product Description

The MAC112C-0-HD-2-C/130-A-2 servo motor is a paragon of the MAC series, tailored for industries that demand both strength and precision. Furnished with a formidable nominal speed of 2000 min-1 and a torque capacity that peaks at 27.0 Nm, this motor is the definition of high-powered efficiency. Crafted for resilience, the MAC112C-0-HD-2-C/130-A-2 boasts an advanced cooling design, which ensures its continuous operation by effectively dissipating heat, reflected in its impressive thermal time constant. Its inherent thermal management capabilities ensure that even under strenuous conditions, performance remains uncompromised. A mass of 48 kg underscores its robust construction, indicative of the premium materials chosen for durability and stability. Its rotor inertia of 170 x 10-4 kgm2 allows for quick acceleration and deceleration, critical for applications requiring fast dynamic responses. The 'A-2' in its model designation signifies an advanced feature set, possibly indicating refinements over its predecessors for enhanced performance and integration. With its enclosure rating at IP 65, the MAC112C-0-HD-2-C/130-A-2 is well-protected against the incursion of particulates and moisture, thus promising longevity in the most challenging of operational environments. Accommodating an ambient temperature spectrum of 0 to +45 °C, this servo motor guarantees reliability across varying climatic conditions, a testament to its versatility. The standard 130 mm centering diameter ensures easy installation, granting compatibility with diverse equipment configurations. The motor also features an integrated holding brake, a fail-safe that provides absolute control and safety by maintaining the motor’s position firmly when power is lost. This attribute is crucial for automated systems where precision and safety are inseparable. Altogether, the MAC112C-0-HD-2-C/130-A-2 Servo Motor is an epitome of innovation and robustness, engineered to elevate operational standards in industrial automation through its unmatched torque strength and superior thermal regulation.