Kollmorgen TD-500 - Densitometer
The Kollmorgen TD-500 is a high-performance servo drive designed to meet the stringent demands of power industry, petrochemical, and general automation applications. Renowned for its robust input/output capacity and exceptional durability, the TD-500 sets a benchmark in precision control and reliability. With an input voltage range optimized for industrial environments and advanced output power capabilities, the TD-500 delivers seamless torque control and rapid response times, essential for processes requiring exact motion regulation. One of the standout technical features of the Kollmorgen TD-500 is its wide input voltage tolerance paired with high current output, enabling it to drive a variety of servo motors with optimal efficiency. The TD-500 supports advanced feedback mechanisms and features integrated protection against overvoltage, overheating, and short circuits, enhancing operational safety and longevity. Its compact yet rugged design withstands harsh industrial conditions, ensuring dependable performance in environments typical of the petrochemical sector and power generation plants. In practical terms, the application of the TD-500 in the power industry is evident in turbine control systems where precise speed and torque regulation are crucial for maintaining stable energy output.
Within the petrochemical industry, the TD-500 excels in controlling pumps and compressors that demand consistent, reliable motion control to optimize process flows and safety protocols. In general automation settings, the TD-500 supports complex manufacturing lines requiring synchronized multi-axis control with minimal downtime. When compared to other Kollmorgen automation products, the TD-500 distinguishes itself through its balance of high input/output capacity and ruggedness. For instance, while the Kollmorgen AKM13D-BNSNR-02 motor excels in compact, high-speed applications, the TD-500 offers superior drive capabilities tailored for heavy-duty environments. Similarly, compared to the Kollmorgen BDS4A-210J-0001-WO servo drive, which is optimized for compact machine tools, the TD-500’s enhanced durability and power handling make it a preferred choice for petrochemical and power sectors. The TD-500 also integrates well alongside the Kollmorgen AKM54K-CCCN2-00 and Kollmorgen AKM41H-EKSNEH02 motors, providing a versatile solution for various torque and speed demands. Alongside the Kollmorgen TD-500, we also offer complementary products such as the Kollmorgen TT2931-1011-AA and Kollmorgen TTE-2953-1010-A-15, which provide additional servo drive options for lighter automation tasks or specialized control needs.
For applications requiring precise feedback and compact design, the Kollmorgen BDS4-MC4-10AZA-93361PR11A and Kollmorgen S20630-VTS serve as ideal companions. Moreover, the Kollmorgen PE205560 and Kollmorgen PRDr73LAM0V-01 expand the portfolio for enhanced modularity and scalable automation architectures. The Kollmorgen TD-500’s integration capabilities are further enhanced when paired with control modules like the Kollmorgen AKI-CDA-MOD-04T, enabling streamlined communication within complex industrial networks. For applications that demand extreme reliability in hazardous environments, the Kollmorgen SCR PAK and Kollmorgen HSM5655-1.8-8-02-00 offer ruggedized options that complement the TD-500’s robust design philosophy. Overall, the Kollmorgen TD-500 stands as a pivotal component in the portfolio of Kollmorgen automation products, particularly excelling in the application of TD-500 in power industry, petrochemical, and general automation sectors. Its superior input/output capacity, durability under tough industrial conditions, and precise motion control capabilities make it an indispensable tool for engineers seeking reliable and scalable automation solutions. Whether integrated with high-performance motors like the Kollmorgen AKM31H-SSS2S-03 or alongside compact drives such as the Kollmorgen SBL4-0260-2-24/T0BPV, the TD-500 provides unmatched versatility and power for a wide array of industrial automation challenges.




