The drive system is the heart of the wind energy transmission device and will convert the kinetic energy of the rotor into electrical energy. According to today's order form and the full load of the company's production, Flanders has made the necessary investments in the processing of wind energy shells to rebuild the new plant. , and specifically purchased the Wohlhaupter's rough composite boring tool for the manufacture of new wind energy shells. Flanders is one of the world's leading manufacturers of high-speed range mechanical transmission systems and mechanical parts. In Flanders, Germany, it specializes in the production of transmission housing parts ranging from 3kg to 50t and processing for wind energy equipment.
The rework of wind energy installations is not allowed, and therefore higher requirements and standards are imposed on this processing. Flanders pays great attention to this project and considers higher requirements on the quality, precision and reliability of hole processing. For this reason, he has given up the old tools and the old processing technology. And in the future and in the future, we will use Woolwell's wind rough composite boring tool to meet the needs of processing and production.
Figure 1 Wind energy components
The use of a modular structure is a simpler combination of boring tools. After the improvement measures and the modular structure are adopted, rough finishing of 3 to 2000 mm holes can be completed.
This versatile file system thus offers a wide range of possibilities and can be applied to a wide variety of hole-shape processing requirements. Flanders processed the GG20 with an aperture of 730mm, a tolerance of 0.04mm, and we roughed it to 2mm. The holes are continuously machined and the cutting process is completed in accordance with the size requirements, but no more adjustment of the tools is required, since Votech's rough-machining Combi-Line can be completed in one operation.
What makes Flander excited is a very precise fine-tuning spindle, because the 0.01mm adjustment can achieve good accuracy and extremely stable reliability, thus making the operator of the machine tool more convenient and faster. All kinds of aperture size processing of wind power equipment can meet the requirements, and do not have to worry about the weight limit of the boring tool mounted on the machine tool. Volvo Alu-Line light aluminum structure has great advantages.
Fig. 2 Voith Tool is processing large equipment holes
For users, the tool is always wearable, but the lifespan of a trowel with a modular system is much longer than ordinary tools. The investment by the user is very necessary. Repairing such a large hole is not feasible, and the value of its large wind energy casing is very expensive. Therefore, it is necessary to avoid the production of waste products during manufacture, and the use of the German Warholt's boring knife will greatly reduce the cost and save a lot of time waste, that is, reduce the processing time. Flanders confirmed: Absolutely stable when machining with Wormette blades with a tip radius of 0.8 to 1.2 mm. But the initial use of 0.4 ~ 0.2 blade processing to achieve the desired cutting amount.
Unlike traditional windshield wipers, the boneless windshield wipers do not have the support of the skeleton. Instead, they are assembled with 4 parts including wiper strips, boneless wiper blades, wiper sheaths, and plastic parts. Under this design, not only the wiper is more flexible, compared with the traditional wiper, the force and wear are more uniform, which can achieve a better wiping effect, and it also further improves the driving safety.
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