Automatic Rebar Bending Machine

LYWG-13 Automatic Rebar Bending Machine
It integrates straightening, sizing, bending and cutting functions, suitable for stirrup, hook bar, and plate bar forming processing. It is classified according to the straightening method, including curve straightening type and straight straightening type, widely used in railways, highways, Bridges, airports, housing construction, steel processing plants and other fields.

LYWG-13 Automatic Rebar Bending Machine
It integrates straightening, sizing, bending and cutting functions, suitable for stirrup, hook bar, and plate bar forming processing. It is classified according to the straightening method, including curve straightening type and straight straightening type, widely used in railways, highways, Bridges, airports, housing construction, steel processing plants and other fields.

Video

Parameters

Equipment Model	LYWG-13
Single line processing range	Φ6-12
Double lines processing range	Φ6-10
Straightening method	Curve straightening
Maximum stirrup diagonal side length	1500mm
Maximum feed speed	100m/min
Maximum bending velocity	1100°/s
Length accuracy	±1mm
Angular accuracy	±1°
Equipment power	34KW
Number of operators	1 Person
Production efficiency	1 ton/hour
Occupied area	3.3m×1.3m

The hardware structure of the servo controller will affect the rationality of the intelligent control information processing scheme. In the multi-loop control structure, the information processing scheme is limited by the hardware conditions such as data exchange between each processor and signal acquisition. For the position servo system with multiple loops of position, speed and current, the position loop is generally built on the basis of the speed loop, so the influence of various processor hardware structures is mainly reflected in the dynamic information acquisition and processing of the speed loop and current loop.

The information processing structure of CNC steel bar bending machine adopts multi-processor parallel information processing structure. The servo controller system with completely parallel structure uses multiple cpus to complete the control algorithm, and the control instructions are completed by the joint action of each CPU. From the point of view of information processing, hardware and software are integrated.