Know how to use the welded wire mesh machine? Let us tell you step by step!


1. The welded wire mesh machine closes the power switch to supply power to the welded wire mesh machine.


2. Check whether the pulling net platform is the starting position, if it is the third step, if not, press the "forward" or "backward" key to adjust it to the correct position.


3. Turn the "welded mesh control switch" and "pull mesh control switch" boards to the off position.


4. Put in the diameter wire.


5. Press the "ON" button to start the spindle motor.


6. Rotate the "Speed" button to make the machine turn.


7. The machine rotates and lays down the first weft wire, first turn on the "welding net control" switch, then turn on the "pull net control" switch, the machine will automatically weld.


△Note: It is necessary to transfer the weft to the weft placement device in time!


8. After the welding is completed, the machine will automatically stop.


9. Take off the mesh and insert the diameter wire for the next piece of welded mesh.


10. Repeat steps 6-10. Work normally.


△Note: Before the power of the welded wire mesh machine is turned off, the drawing platform should return to the original drawing position.

Welding mesh machine is mainly used for welding construction mesh, football field, railways, highways, bridges, buildings, residential areas and other fence nets as well as shelves and storage cages.
Welding mesh machine mainly produces reinforcing steel mesh for concrete pouring in bridges, water conservancy, highways, national key projects, etc. The maximum width of welding mesh can reach 2.5 meters, the maximum length can reach 12 meters, and the welding diameter is 6 mm to 12 mm.
Using synchronous control technology, welding time and separate control welding are managed by industrial computer control system. The control software is based on Windows operating system, man-machine interface, and the operation is more intelligent and humane.
1. Transformer thermistor failure, resulting in false alarm (or inappropriate temperature set by thermal relay). New thermistor components can be replaced for test performance (thermal relay type adjustment or replacement parameters).
2. Overheat protection caused by welding overload or other factors. Welding machines are not allowed to work with diseases, so it is necessary to stop welding and check the cause of overheating. Only then can it be re-welded.
Above are the related matters of the welding machine. I hope it will be helpful to you.

Brief Analysis of Severe Heating Problem of Welding Mesh Machine
A. Check whether the insulation effect of the distance between the electrode base and the body of the welding machine is good or not, which leads to a part of the short circuit.
B. Inspecting the pressure, flow rate and degree of water supply is inappropriate. Inspecting the procedure of water passage is blocked by impurities, which results in the excessive heat of the electrode arm and the electrode head because of the bad cooling effect.
C. Inspection of copper flexible coupler and electrode arm, as well as the contact of the electrode head where the oxidation is not serious, making the contact resistance to strengthen the fever is serious.
D. See if the cross section of the electrode head is caused by too much friction, which makes the overload heating.
E. See if the thickness of the welding and the lasting effect of the load-bearing have exceeded the allowable limit, which causes the overload to heat up.