Reasons for the motor failure of a precision leveling machine.
Release time:
2021-11-08
We can see a variety of precision leveling machines in the market, as many daily activities require the use of precision leveling machines.
We can see various types of precision leveling machines in the market, as many daily activities require the use of precision leveling machines. Using precision leveling machines can greatly improve production efficiency and reduce the likelihood of malfunctions. If we frequently encounter motor burnouts while using precision leveling machines, there must be a reason. We need to identify and address the cause before repairing it. Let's take a look at the reasons for motor burnouts in precision leveling machines.
1. During use, the thickness of the leveling material exceeds the specified range of the precision leveling machine. If the material thickness exceeds the specified range, it will increase the load on the motor, potentially causing the leveling rollers to jam. Long-term leveling of excessively thick materials can lead to motor burnout.
2. Another situation is when the waiting area between the material rack and the precision leveling machine is too long, causing the material rack to overload the leveling machine due to heavy movement, which can also result in motor burnout.
3. The material thickness is not too thick, but the feeding rack in front of the precision leveling machine is a non-powered device. If the precision leveling machine has to pull the material for unwinding, this will also increase the load on the precision leveling machine's motor, and long-term use in this manner can lead to motor burnout.
4. There are metal shavings inside the drive gears of the precision leveling machine, causing the gears to jam or not operate smoothly, which can also lead to frequent motor burnouts.
5. The roller bearings of the precision leveling machine are excessively worn, leading to poor transmission, which will also increase the load on the precision leveling machine's motor, causing frequent motor burnouts.
The above five reasons can lead to motor burnouts in precision leveling machines. Users can use this knowledge to determine the cause of their precision leveling machine's motor burnout, allowing them to replace the motor and avoid these issues, preventing frequent burnouts in the future. I hope the knowledge shared above is practically helpful to everyone.
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