How to correctly debug the vulcanization rubber machine?

How to correctly debug the vulcanization rubber machine?
Debugging the vulcanized rubber machine is a very important task, which can ensure the normal operation of the rubber machine, improve production efficiency, and ensure product quality. The following will introduce how to correctly debug the vulcanization rubber machine, providing you with some guidance and reference.
Firstly, conduct a safety check. Before debugging, it is necessary to ensure the safety of the rubber machine. Check if the electrical facilities such as power supply, grounding, and wiring of the machine are normal, and check if all components are fixed and connected properly. At the same time, it is necessary to clean the work area to ensure a clean and tidy environment, creating a safe environment for work.
Secondly, check the lubrication of various parts of the machine. Check whether the oil level in the lubrication area meets the standard requirements, and whether the lubricating oil has expired or deteriorated. If the oil level is insufficient or the oil quality is poor, lubricating oil should be added or replaced in a timely manner to ensure normal lubrication of the friction parts of the machine during operation.
Next, conduct testing and debugging of the electrical system. Firstly, check if the wiring of the electrical system is correct, and check if the main control power supply, solenoid valve, contactor, circuit breaker and other electrical components are working properly. Then, through testing the electrical system, ensure that the switch actions of each component are flexible and reliable, and that all indicator lights are on normally. If any faults or abnormalities are found in the electrical system, they should be promptly eliminated and repaired.

Next, proceed with testing and debugging of the mechanical part. Firstly, debug the transmission system of the mechanical part, including gears, chains, belts, etc. Check the tightness of the transmission parts, adjust and ensure that the transmission effect meets the requirements. Then, debug the feeding system and discharging system of the mechanical part. Check if the conveyor belts, rollers, and other components of the feeding and discharging systems are operating properly and meet the set speed and position requirements. If there is any deviation, make timely adjustments.
Then, conduct testing and debugging of the heat treatment system. Check the heat transfer medium of the heating system to ensure good temperature conduction. Debugging the control equipment of the heating system to ensure the accuracy and stability of temperature control. Check the smoke exhaust system of the heating system to ensure that the smoke exhaust channels are unobstructed and that the smoke emissions meet environmental requirements.
During the entire debugging process, attention should be paid to the following aspects: first, be patient and careful, carefully check the condition of each part. Secondly, it is necessary to comply with relevant regulations and operating procedures to ensure the safety of the operation. Once again, timely record the parameters and results during the debugging process to facilitate maintenance and adjustment of the machine in the later stage. Then, it is necessary to maintain good communication and collaboration with other personnel to jointly solve problems and ensure the smooth progress of debugging work.