Author: Site Editor Publish Time: 19-03-2026 Origin: Site
After the trial operation, the JZQ500-40.17-4 gear reducer needs to be shut down for inspection, parameter recording and status confirmation to ensure that there are no abnormalities before it can be delivered for use.
After the trial run, the following steps should be followed:
1. Safe shutdown and coolingAfter
power outage, wait for the equipment to completely stop and cool to room temperature naturally. Forced cooling is prohibited. Hang a 'No closing for equipment maintenance' warning sign on the electrical control box to ensure safe operation.
2. Comprehensive inspection after shutdown
Check whether the connecting bolts (anchor bolts, end covers, etc.) are loose and retighten if necessary.
Open the observation window and check whether there are metal debris, abnormal wear or unbalanced load on the gear meshing surface.
Check the status of the grease/oil. If it is black, emulsified or contains impurities, replace it immediately and replenish the oil to 1/2~2/3 of the oil mark.
Check whether there is leakage at the seal, whether the oil seal is too tight or there is shaft interference problem.
3. Comparison and record archiving of operating parameters
Completely record the current, temperature (bearing temperature rise ≤ 40°C, maximum temperature ≤ 80°C), vibration (double amplitude ≤ 0.05mm), noise and other data during the no-load and load stages, and compare them with the factory or pre-maintenance data to confirm that the performance is up to standard. If there is any deviation, the reasons and adjustment measures must be noted.
4. Labeling and DeliveryPost
a 'Debugged Qualified' label on the reducer body, indicating the commissioning date and the person in charge to facilitate subsequent traceability management. If it is commissioning after maintenance, the delivery procedures need to be completed to ensure that the equipment can be put into normal operation.
What impact does installation error have on the performance and life of non-standard reducers?
What is the normal oil level of YCJ112-4.6-15 reducer lubricant?
How to extend the service life of R87-Y5.5KW-4P-15-M1 gear reducer in high temperature environment
What are the operating specifications of the WD125 worm gear reducer?
How to avoid damaging the reducer cycloidal wheel during assembly
What are the differences between ZSY, ZDY and ZLY gear reducers?
How to judge whether the tooth thickness wear of ZD10-31.5 gear reducer has reached 10%
How long does it take to run in after the cwu63-6.3-Ⅲ reducer shaft is repaired for wear?
What are the steps for cleaning the interior of ZSC600-77.5-4 hard-tooth surface reducer?
Can you provide detailed parameters of R138-V30-6P-27.86-M1 reducer?
How to improve the assembly accuracy of R97-5.5-53.47 hard tooth surface gear reducer
What damage will overload cause to the XLD5-3KW-87 cycloidal reducer?
What are the advantages and disadvantages of reducers made of cast steel compared with alloy steel?
How to deal with the BWD8-29-30-6P cycloidal reducer that fails the load acceptance
How to reduce the risk of reducer box rupture through routine maintenance
What are the main ways for impurities to enter the interior of the BLEY2715-5133-0.75KW reducer?
What are the reasons why the ZSY315-80-2 gear reducer cannot be started?
Explain the application scenario examples of ZDY315-2.63-2 hard tooth surface gear reducer