Filling machinery usually has the characteristics of high-frequency start and stop, continuous operation, and extremely high hygiene requirements. This makes the reducer, as the core transmission component, relatively harsh in working conditions. To effectively extend its service life in filling machinery, it is recommended to start from five key dimensions: correct installation, standardized installation, scientific lubrication, daily maintenance and environmental control:
1. Make sure Selection matches the working conditions
Leave sufficient safety margin: The filling line will generate a large impact load at the moment of startup or bottle jamming. When Selection, not only the rated torque must be calculated, but the peak torque and radial/axial load must also be checked. It is recommended to retain a safety factor of 1.5 to 2 times to avoid gear fatigue breakage caused by long-term overload.
Consider special working conditions: If you are filling corrosive liquids (such as acid-base cleaning agents), you need to choose a reducer with anti-corrosion coating or stainless steel shell; if you are in an explosion-proof workshop (such as alcohol and solvent filling), you must choose explosion-proof motors and reducers that meet the corresponding level.
2. Strictly control installation accuracy
Coaxiality and alignment: When the reducer output shaft is connected to the filling actuator (such as cam, turntable, conveyor belt), extremely high coaxiality must be ensured. Severe misalignment will cause severe vibration, accelerate bearing wear and oil seal aging. It is recommended to use a laser alignment tool for calibration.
Tightening and shock absorption: The base bolts must be tightened to the specified torque and checked regularly to prevent loosening. For filling machines with high-frequency vibrations, a shock-absorbing pad can be installed at the base of the reducer to block the transmission of vibration to the reducer.
Violent knocking is strictly prohibited: When installing a coupling or pulley, it is absolutely prohibited to use a hammer to directly hit the shaft extension of the reducer. Hot-fitting methods or special hydraulic tools should be used to avoid damaging the pre-tightening force of the internal bearings and gears.
3. Implement scientific lubrication management (core link)
Choose the right oil: Strictly follow the instructions and add the specified brand of lubricating oil/grease. If filling machinery involves food contact, it must use food-grade lubricants that comply with national food safety standards (such as NSF H1 certification) to prevent cross-contamination.
Control the oil level and oil temperature: too much oil will cause stirring and heating, and too little oil will result in poor lubrication. Keep the working temperature within a reasonable range (generally not exceeding 80°C-90°C). High temperatures will accelerate oil oxidation and seal failure. If necessary, a cooling fan or water cooling system must be installed.
Regular oil change: New oil should be replaced after the first 300-400 hours of operation of the new machine to discharge metal particles during the running-in period; thereafter, it should be replaced regularly every 3000-5000 hours according to the working environment. Don’t just add something without replacing it.
