Multi scenario adaptation: INVT GDS800 high-performance universal frequency converter highlights
1. Flexible scalability across all scenarios
The INVT GDS800 frequency converter, with its rich expansion options, can be widely used in multiple industries such as machine tools, lifting, textiles, fans and pumps, packaging machinery, etc. Provide sine cosine PG card and spindle positioning function for the machine tool industry; Provide rotary PG card and torque control function for the lifting industry; Provide 4G expansion cards and remote monitoring platforms to meet the needs of the Internet of Things. This industry-specific expansion solution enables GDS800 to accurately match the process requirements of different industries.
2. High precision multi-mode control performance
The GDS800 series adopts a 32-bit high-performance DSP processor, which has fast computing speed and high control accuracy. The vector control algorithm has been optimized and can still output 150% of the rated torque at a low frequency of 0.5Hz, solving the problem of insufficient low-speed torque in traditional frequency converters. Simultaneously supporting functions such as automatic torque boosting, slip compensation, and anti oscillation, it can adapt to various complex load characteristics and ensure smooth operation of the equipment.
3. Comprehensive safety and reliable protection
The INVT GDS800 frequency converter adopts an independent air duct design, which has excellent heat dissipation effect and can operate stably even in harsh environments with high temperature and humidity. Its hardware circuit adopts an isolated design, which has strong anti-interference ability and can adapt to the complex electromagnetic environment of industrial sites. At the same time, it is equipped with functions such as input/output phase loss protection, ground fault protection, and motor overload protection, comprehensively ensuring the safety of equipment and motors.
4. Intelligent industrial interconnection capability
The GDS800 series supports real-time industrial Ethernet protocols such as PROFINET and EtherNet IP, with a communication cycle of up to 1ms, which can meet the synchronous control requirements of high-speed production lines. Through the INVT industrial Internet platform, users can view the running status, energy consumption data and fault information of equipment in real time, generate visual reports, and provide data support for enterprise production management and energy saving optimization.
