What are the detail errors that are easily overlooked during the lubrication and sealing stage of WHS180-50-1 worm gear reducer?

The most easily overlooked detail errors in the lubrication and sealing stages of the WHS180-50-1 worm gear reducer include: failure to change the oil in a timely manner, improper oil level control, impurity mixing, vent plug blockage, and lubricant errors.

These details may seem small, but they can easily lead to cascading failures such as oil leakage, overheating, and increased wear and tear, affecting the life of the equipment.

‌1. The first oil is not replaced in time‌After
a new machine or the worm is replaced, the first lubricating oil must be replaced within 7-14 days of operation. Many users ignore this step, resulting in metal shavings remaining during the running-in period and accelerating wear.

‌2. Oil level control deviation‌The
oil level should be maintained at 1/2 to 2/3 of the viewing window. If it is too high, it will increase oil churning loss, temperature rise and risk of leakage; if it is too low, there will be insufficient lubrication, resulting in dry wear of the tooth surface.

3‌. Impurities are mixed during the refueling process.
Failure to pay attention to cleaning when refueling, checking or changing the oil will cause moisture, dust or metal shavings to enter the fuel tank, destroying the performance of the oil and exacerbating component wear.

‌4. The breather plug is clogged and not cleaned.
The internal pressure of the reducer increases during operation. If the breather plug is blocked by sludge or dust, it will cause sealing ring deformation and oil leakage. It needs to be checked regularly and kept clear.

‌5.
Improper lubricant Selection ‌ Failure to select special worm gear oil according to the instructions, and misuse of ordinary engine oil or grease, resulting in insufficient extreme pressure and anti-wear properties, which can easily lead to tooth surface gluing or pitting corrosion.

‌6. Ignore temperature rise monitoring‌If
the oil temperature exceeds 85℃ or the temperature rise exceeds 60℃ during continuous operation, the machine should be stopped immediately for investigation. Long-term high temperatures will accelerate oil aging and reduce sealing performance.