GD20-09 crane specific frequency converter: key selection points for adapting to lifting equipment
Match voltage and power specifications
GD20-09 is a Goodrive20-09 series crane specific frequency converter launched by INVT. When selecting, it is necessary to first confirm the on-site power supply voltage and the rated power of the crane motor. The product covers mainstream industrial voltage levels and can be adapted to various motors from light load electric hoists to large tonnage gantry cranes in different power ranges. The corresponding specifications need to be selected according to the actual load redundancy requirements to ensure sufficient power margin.
Adapt to the type of lifting mechanism
The Goodrive20-09 crane specific frequency converter can be adapted to different lifting mechanisms such as lifting, large vehicle travel, and small vehicle travel. When selecting, it is necessary to distinguish the load characteristics of the mechanism: the lifting mechanism is under heavy load conditions and should focus on torque performance; The load fluctuation of the walking mechanism is relatively small, and it can focus on the smoothness of operation. INVT GD20-09 supports parameter configuration for different institutions, allowing for flexible selection based on their characteristics.
Match the on-site environmental conditions
When selecting the GD20-09 crane specific frequency converter, it is necessary to evaluate the protection requirements based on the on-site environmental conditions. For special working conditions with high dust and humidity, corresponding protective measures can be combined; For outdoor ports and other scenarios with large temperature differences, it is necessary to confirm the product's ability to operate at a wide temperature range. INVT series products are suitable for most conventional industrial scenarios, and can be customized and adjusted for special working conditions.
Balancing functional expansion requirements
When selecting Goodrive20-09, it is also necessary to consider future functional expansion requirements, such as remote monitoring, multi machine linkage, energy feedback, etc. This series of frequency converters supports the expansion of various communication modules and functional accessories, can be integrated with factory industrial control systems, meet the upgrading needs of automated lifting operations, and help users adapt to the intelligent transformation planning of future production lines.
