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Heavy duty connector Modular and innovative design reduces offshore wind power operation and maintenance costs

Heavy duty connector Modular and innovative design reduces offshore wind power operation and maintenance costs

Equipping wind turbines with industrial connectors is an important way to reduce costs, because the production and installation time of wind turbines can be shortened by optimizing the wind turbine manufacturing process and reducing installation errors, resulting in lower labor costs. Connectors can be used in many locations within wind turbines, where corrosion resistance and electromagnetic shielding are typically required. Depending on the usage environment and application requirements, SMICO offers three typical modular fan connectors. These modular connectors enable side-by-side transmission of power, signal and data, saving space and material by optimizing the total number of interfaces, thereby achieving cost savings. In general, connectors account for less than 0.3% of the total cost of a wind turbine..

How to order heavy duty connector

How to order heavy duty connector

Male insert with screw terminal or crimp terminal (order contacts separately) or cage-clamp terminal Female insert with screw terminal or crimp terminal (order contacts separately) or cage-clamp terminal

SMICO heavy duty connector

SMICO heavy duty connector

Strong structure, stable performance, safe and durable. Although the heavy-duty connectors currently on the market can meet this standard. However, with the development of the industry made in China, the requirements for connectors of intelligent terminal equipment are becoming more and more diverse.

Heavy duty connector hood housing

Heavy duty connector hood housing

A set of 24-pin connectors is used as a basis for comparison. The picture below shows the 24-pin ferrule + rear panel mounting base with Han connection. From this calculation, the installation time can be reduced by up to 90%. The overall production efficiency has increased by at least 37%. Once the user needs to perform multiple assembly and disassembly, each assembly and disassembly can save 27% of the production cost.

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