Main functions of intelligent tensioning equipment:
1. One controller controls two hydraulic pump stations, the jacks at both ends of the same bundle of prestressed tendons are automatically synchronized, balanced tensioning technology, the tensioning force automatically follows, and the tensioning mode of displacement auxiliary detection.
2. Movable single-pump and single-jack structure: two jacks driven by two sets of hydraulic stations are automatically synchronized, balanced tensioning technology, tensioning force automatically follows, and displacement sensor assists in the tensioning mode of detecting the elongation value.

4. Wireless data transmission function: wireless data transmission is adopted between the system's hydraulic stations and microcomputer control stations.
5. The prestressed beam tension information can be transmitted to the control station data service in real time through the wireless data transmission system.

The main configuration of intelligent tensioning
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)

Technical Parameter of Bridge Numerical Control Tensioning Machine

Advantages of Bridge Numerical Control Tensioning Machine
1. Master-slave machine control mode - the system is composed of a master machine and a slave machine. One master machine can control the construction of multiple slave machines to achieve any combination.
2. Built-in computer system - without an external computer, it can directly control the master and slave machines to ensure that they master and slave machines work at the same time.
3. Language guidance function - during the tensioning process, the tensioning status will be broadcast in real-time to guide the following operation and confirm the tensioning program.
4. Soft start function - frequency conversion control, stable tensioning start, no impact; two-way tensioning synchronization is reasonable.
5. Economical and practical - the cost of the slave machine is lower than that of the master machine, which is beneficial to reduce the overall cost of the system when multiple slave machines are combined.