During my years of customer service at Ming Diamond, I have discovered that proper maintenance can extend the service life of external spring shock absorbers by 2-3 times. Many customers neglect daily maintenance, which leads to premature failure of the shock absorbers and increases equipment operation and replacement costs. Today, I will share a set of proven maintenance methods that are applicable to both heavy-duty and stainless steel models, helping you effectively reduce maintenance costs and ensure stable equipment operation.
The indispensable daily inspection items
Daily inspections are the foundation for maintaining external spring shock absorbers, enabling us to promptly identify potential issues and prevent minor malfunctions from escalating into major damages. The following key inspection items require special attention:
Regularly inspect for leaks and damages
It is recommended to inspect the oil seal and spring condition of the external spring shock absorber once a week. Pay special attention to checking for any issues such as oil leakage, spring deformation, or cracking. If oil leakage is detected, it is likely that the oil seal has aged or been damaged, and it should be replaced promptly. Although our stainless steel external spring shock absorber has excellent corrosion resistance, we still need to pay attention to the aging of the sealing ring, especially in humid or corrosive working conditions. Additionally, it is necessary to check if the connecting components of the shock absorber are loose. If they are loose, they should be tightened promptly.
Monitor changes in vibration and noise
When abnormal vibrations or noises occur during equipment operation, it is often a sign of a malfunction in the external spring shock absorber. I usually recommend that customers use a simple vibration meter to regularly record data, such as vibration amplitude, frequency, etc. By comparing these with the initial operation data, one can intuitively detect changes in the shock absorber. If the vibration suddenly increases or abnormal noises occur, it may be due to loose springs or wear of internal parts. In such cases, the equipment should be stopped immediately for inspection. Our technical team can also assist in diagnosing the fault based on the data recorded by the customer remotely.
Correct maintenance methods under different working conditions
The working conditions of external spring shock absorbers vary greatly, and the maintenance methods also need to be adjusted accordingly. Blind maintenance will not achieve the expected results and may even damage the shock absorbers. The following are targeted maintenance methods for different working conditions:
Cleaning and Lubrication Standards
For situations with a lot of dust (such as construction sites and mines), it is necessary to clean the springs and cylinder bodies of the external spring shock absorbers monthly to prevent impurities from affecting the expansion performance. During cleaning, use a soft-bristled brush and neutral cleaner. Do not directly rinse with a high-pressure water gun to prevent water from entering the shock absorber and damaging the parts. Special lubricating oil should be used for lubrication. For heavy-duty external spring shock absorbers, it is recommended to lubricate once every 3 months, while for ordinary models, it is recommended to lubricate once every 6 months. The lubrication areas mainly include the spring connection points and the cylinder expansion parts. This can reduce friction and extend the service life.
Special maintenance in extreme environments
In high-temperature environments (such as near high-temperature furnaces or during outdoor operations in summer), it is necessary to check the spring elasticity every quarter. High temperatures can cause the spring elasticity to decrease. If the elasticity is found to be insufficient, it should be replaced promptly. In low-temperature environments (such as in cold regions during winter), pay attention to whether the sealing components have become brittle. Low temperatures can make the sealing components harden and become brittle, which may lead to oil leakage. For external spring shock absorbers used in extreme environments, we recommend that customers appropriately increase the inspection and maintenance frequency.
To lay the foundation for the installation guide
Many customers overlook the impact of installation on the maintenance of external spring shock absorbers. In fact, correct installation is the prerequisite for making the shock absorbers easy to maintain and prolonging their service life. The following key points in the external spring shock absorber installation guide (external spring shock absorber installation guide) must be kept in mind:
The installation surface must be flat, with an error of no more than 0.5mm. An uneven installation surface will cause uneven force distribution on the shock absorber, leading to premature damage and increasing the difficulty of maintenance.
2. The installation direction of the spring should be consistent with the direction of force application. If the direction is reversed, the shock absorption effect will be significantly reduced, and the spring is prone to fatigue and deformation.
3. Reserve sufficient maintenance space. During installation, ensure there is enough space around the shock absorber to facilitate subsequent inspections, cleaning, and replacement of parts. If the maintenance space is too small, the subsequent disassembly and assembly will consume a lot of time and cost.
Ming Diamond will provide detailed installation videos and instructions for each batch of products, and arrange professional technicians to answer any installation questions online, ensuring that customers install the products correctly.
Common maintenance mistakes to avoid
During the maintenance of external spring shock absorbers, many customers may make some incorrect operations, causing unnecessary damage to the shock absorbers. The following are common misunderstandings that need to be particularly avoided:
Avoid using a high-pressure water gun to directly rinse the shock absorbers, especially the sealed interfaces of the stainless steel models. The high-pressure water flow is likely to damage the sealing rings, causing corrosion.
2. Do not adjust the spring preload force by yourself. The spring preload force of the external spring shock absorber is set according to the design parameters. Any arbitrary adjustment will alter the shock absorption performance and affect the stability of equipment operation. If adjustment is needed, you can contact the technicians of Ming Diamond for guidance on the operation.
3. Do not delay the repair after a malfunction occurs. Minor issues such as slight oil leakage or loose springs, if not addressed promptly, will gradually escalate into major problems like spring breakage and cylinder damage, resulting in the complete failure of the shock absorber and increasing the replacement cost.
Proper maintenance of the external spring shock absorbers can not only extend their service life but also ensure the stability of equipment operation and reduce the overall operating costs. If any problems arise during the maintenance process or if replacement of original factory parts is needed, please feel free to contact Ming Diamond at any time. We provide original factory parts supply and technical support to solve your concerns.
