Kollmorgen M.1302.8302 - Patch Cord

Kollmorgen M.1302.8302 - Patch Cord

The Kollmorgen M.1302.8302 is a high-performance servo motor designed to meet the rigorous demands of the power industry, petrochemical plants, and general automation environments. Renowned for its exceptional durability and precision, this model delivers reliable input/output capacity and advanced control features that optimize system efficiency and longevity. At its core, the Kollmorgen M.1302.8302 features a robust design capable of handling high torque outputs with minimal cogging and excellent thermal dissipation. It supports a continuous rated torque that enables smooth operation even under heavy loads, making it ideal for applications where precision and endurance are critical. The motor’s input capacity is engineered to accommodate high voltage and current levels typical in industrial automation, while its output characteristics provide consistent, repeatable performance with tight position control and rapid dynamic response. Durability is paramount with the M.1302.8302, which incorporates rugged bearings and advanced insulation materials to withstand harsh operating conditions, including exposure to vibration, dust, and temperature fluctuations common in the petrochemical and power sectors. The motor’s sealed construction ensures protection against contaminants, reducing maintenance downtime and prolonging operational life.

The application of M.1302.8302 in power industry scenarios includes turbine control systems, generator positioning, and valve actuators where precise motion control is crucial for operational safety and efficiency. In petrochemical plants, it excels in controlling pumps, mixers, and robotic arms involved in hazardous material handling, offering reliability where failure is not an option. In general automation, its adaptability makes it suitable for packaging machines, assembly lines, and CNC machinery requiring accurate speed and position regulation. Compared to other Kollmorgen automation products, the M.1302.8302 stands out for its balanced combination of power density and ruggedness. For instance, while the Kollmorgen M.1302.8581 may offer higher peak torque, the M.1302.8302 provides superior continuous operation capabilities, making it better suited for applications requiring sustained performance. Similarly, the Kollmorgen M.1302.1135 is optimized for compact spaces but lacks the thermal management features of the M.1302.8302, which support longer operational cycles without overheating. Alongside the Kollmorgen M.1302.8302, complementary models enhance overall system integration.

The Kollmorgen F60WKSMBV24 servo drive pairs seamlessly to deliver precise motor control, while the Kollmorgen MT1502A1-E2C1 encoder provides accurate feedback for closed-loop systems. For applications requiring enhanced connectivity, the Kollmorgen DIGIFAS 7202-L2/DP drive offers fieldbus compatibility and advanced diagnostics. Additional components such as the Kollmorgen L-1148/3FP power supply and the Kollmorgen S20330-VTS thermal sensor ensure reliable power delivery and motor protection. Other related Kollmorgen products like the Kollmorgen M.1302.6403 and M.1302.8606 serve as alternative motor solutions within the same family, giving engineers flexibility when tailoring systems for specific torque and speed requirements. The Kollmorgen PRDR73LAM2V3-00 resolver and Kollmorgen AKM62G-LSCNR-02 encoder further enhance precision and feedback capabilities when paired with the M.1302.8302. In summary, the Kollmorgen M.1302.8302 is a cornerstone product in the Kollmorgen automation line, uniquely engineered for demanding environments typical of the power industry, petrochemical sector, and general automation applications. Its robust input/output capacity, exceptional durability, and consistent performance metrics make it a preferred choice for engineers seeking reliable motion control solutions. When combined with other Kollmorgen automation products such as the F60WKSMBV24 servo drive and MT1502A1-E2C1 encoder, the M.1302.8302 ensures optimized system performance and reduced downtime, solidifying its role in modern industrial automation.