Two Way Synchronous Tensioning Jack For Box Girder Intelligent Tensioning Equipment

Intelligent tensioning is a tensioning technique that does not rely on physical control but instead uses computer intelligent control technology to automatically operate devices to bend steel strands. Bridge prestressed tensioning and grouting construction are two critical steps in prestressed engineering. The two are mutually supportive and important. The prestressed tensioning technology effectively ensures the quality of the prestressed tensioning structure, whereas the circulation intelligent grouting technology can assure the fullness and compactness of the prestressed grouting structure. This comprehensive combination of technologies ensures the quality of the two essential procedures of the prestressed project. Offer safe and dependable technical support and quality assurance for bridge structures.

Therefore, to ensure the safety and durability of the bridge structure, a complete set of intelligent tensioning and prestressing intelligent grouting technology should be adopted.

1: Control module (1 control 4).
2: On-site monitoring of computer.
3: Data transmission module (200M range between the main pump and the auxiliary pump, within 2KM between the main pump and the on-site monitoring computer).

1. Master-slave machine control mode: the system consists of a master machine and a slave machine. One master machine can control the creation of several slave machines, allowing for any combination.
2. Built-in computer system - without the need for an external computer, it can directly operate the master and slave machines, ensuring that both function simultaneously.
3. Language guiding function: During the tensioning process, the tensioning status will be broadcast in real time to guide the next operation and confirm the tensioning program.

4. Soft start function - frequency conversion control, reliable tensioning start, with no impact; two-way tensioning synchronization is feasible.
5. Economical and practical - the slave machine costs less than the master machine, which helps to minimize the overall system cost when several slave machines are coupled.