In extreme working environments such as shipbuilding and mining, equipment reliability faces severe challenges.
ABB's ACS880LC liquid-cooled inverter has become the ideal choice under harsh working conditions with its excellent environmental adaptability and stable performance.
As ABB's new-generation low-voltage liquid-cooled inverter, ACS880LC adopts
compact structural design and IP66 high protection level. The innovative dual-pump cooling system greatly improves heat dissipation efficiency, ensuring the equipment operates continuously and stably in extreme environments such as high temperature, high dust, and high humidity, effectively solving the failure problems of traditional air-cooled inverters in harsh environments.
In the shipbuilding industry, this inverter can be perfectly adapted to ship shaft generator, new energy hybrid power and ship propulsion systems. Its space-optimized design is particularly suitable for the limited installation space of ships, and its high corrosion resistance can resist seawater erosion and salt spray effects, ensuring reliable operation of the equipment throughout its life cycle.
Targeting the high dust and strong vibration characteristics of mining working environments, the enclosed structure of ACS880LC can effectively prevent dust from invading the interior of the equipment, avoiding wear of moving parts and circuit short-circuit problems. The stable cooling system enables the inverter to maintain stable performance even under long-term full-load operation, reducing equipment failure rate by more than 40%, significantly reducing maintenance costs and downtime losses.
ACS880LC liquid-cooled inverter has
wide compatibility and system integration, which can be perfectly matched with various types of motors, and also has excellent applications in heavy-duty equipment such as automated rail-mounted cranes and large overhead cranes, providing system integrators and OEM customers with energy-efficient, low-harmonic pollution feedback-capable drive solutions.
