Goodrive20-09 frequency converter: a drive upgrade solution for port lifting equipment
Optimization of Port Operating Conditions Adaptation
GD20-09 is a Goodrive20-09 crane specific frequency converter launched by INVT, which has been specially optimized for high load and long-term operating conditions of port lifting equipment. The product has strong resistance to salt spray and wind interference, supports wide voltage fluctuation operation, and can adapt to the complex environment of port power grids, meeting the driving needs of port lifting equipment such as gantry cranes, shore bridges, and yard bridges.
Stable support for overloaded tasks
Port lifting equipment generally has heavy loads and high operating frequencies. Goodrive20-09 lifting dedicated frequency converter can provide continuous and stable heavy-duty torque output. During the frequent start stop process of container lifting and bulk cargo loading and unloading, the product can maintain timely torque response without performance degradation due to continuous operation, ensuring the efficiency and stability of port loading and unloading operations.
The Path to Improving Port Energy Efficiency
The INVT GD20-09 series can help port lifting equipment achieve energy efficiency upgrades. The energy feedback function of the product can convert the potential energy of heavy objects falling into electrical energy feedback to the power grid, significantly reducing the energy consumption cost of port lifting equipment. At the same time, precise load regulation algorithms can reduce energy waste during the no-load phase and help port enterprises reduce operational energy consumption expenses.
Compatibility capability of intelligent ports
The GD20-09 crane specific frequency converter supports multiple industrial communication protocols and can be integrated with the intelligent control system of ports to achieve remote monitoring, operation data collection, scheduling linkage and other functions. To meet the automation upgrade needs of ports, the product can be integrated into the industrial control system of smart ports, providing reliable driving support for the intelligent and unmanned upgrading of port lifting equipment.
