中文版

The CBE company has designed a special bolt tightening tool based on the advantages of hydraulic torque wrenches and the specific installation conditions of wind power equipment bolts. It overcomes many drawbacks of traditional one-hose-two-or-four hydraulic wrenches that require manual operation.

Main features:

1. Significantly reduces the labor intensity during the installation of the fan

2. Improved the installation efficiency of the fan

3. Avoid any cases where bolts are not tightened properly or where the tightening force is inconsistent.

4. The wrench does not require external counter-support.

5. Avoid damaging the flange due to the tight bolts.

6. By using the integrated wrench method, multiple bolts (4 to 9 or more) can be tightened simultaneously, ensuring uniform force distribution on the flange.

Performance Features:

An integrated bolt tightening system; with a portable design, compact structure, flexible assembly, and easy operation, it has strong applicability; the number of synchronous wrenches can be configured as needed. Compared to the traditional one-to-many hydraulic wrench system, the tightening function can simultaneously operate 4 or more hydraulic torque wrenches, achieving their synchronous positioning, twisting, and repositioning operations; this not only reduces the labor intensity and personnel number during operation, but also improves the installation efficiency of wind power equipment; the wrenches are symmetrically distributed, and the relative wrenches provide mutual reverse support. The operation of the wrenches will not cause any damage to the flange; a large-flow hydraulic pump is used, which can meet the synchronous operation of multiple wrenches, with reliable performance, high efficiency, and the ability to work continuously for a long time, meeting the usage requirements of wind power equipment manufacturing; various CBE hydraulic wrenches can be integrated for use; the entire machine adopts an integrated module design, making the use and maintenance more convenient.