Although the wet wire drawing machine is not a very complicated piece of equipment, it must be operated by a dedicated person, and the operator must be trained in professional safety operating procedures and operating skills. Operators should check the equipment accordingly before working. For details, please refer to Preparation before Working.
To keep it in good working condition, clean the water tank of the wet wire drawing machine regularly and add lubricating oil to the lubricating parts. If any noise, vibration, or other abnormal phenomena are found during work, stop the machine immediately for inspection. If necessary, notify professional maintenance personnel to inspect and repair or notify the manufacturer to send personnel for repair.
The power must be turned off and the equipment and surroundings must be cleaned before each shift. If the automatic water mill wire drawing machine is temporarily out of service due to holidays or other reasons, the equipment must be thoroughly cleaned, lubricated, and simply sealed. The wire drawing machine is prohibited from direct contact with water or other corrosive items to avoid unnecessary damage. damage.
The control system of the wet wire drawing machine can be divided into three types, one is the constant linear speed control of the wire unwinding servo: the wire unwinding motor needs to be able to resist interference and needs to run at a stable speed. The equipment needs to be at a relatively low speed when it is started. It runs at a high speed and requires a smooth speed reduction when stopping.
The other is to adjust the following control of the servo. It needs to follow the pay-off speed according to a certain electronic gear ratio, and the speed of the wire output needs to be done. The stability of the system tension control also needs to be paid attention to.
There is also a constant tension control of the winding servo, which is suitable for maintaining and adjusting the linear speed of the servo when the radius continues to increase. It is necessary to detect the actual linear speed of the winding wheel through a feedback loop, to obtain the comfort of the line. is relatively accurate.
