Analysis of 6 Maintenance Methods for IKO Imported Bearings in Sowing Machinery

2022-06-10

Sowing machinery is almost always operated in the field, where moisture can easily cause rusting—leading to corrosion, damage, and even loss of critical mechanical components. That’s why it’s essential to take proactive measures to maintain your sowing equipment. Regularly clean and properly care for the machinery before and after each use. Below, we’ve compiled some key tips for maintaining your sowing machine, designed to help you keep your equipment running smoothly and worry-free!

(1) Before operation, the seeder should be promptly lubricated at all greasing points to ensure that moving parts are adequately oiled. Any missing or damaged parts must be replenished, replaced, or repaired without delay. Note: Avoid applying oil directly to gears and chains, as this could attract dirt and mud, leading to increased wear.

(2) Each seed-metering wheel has an equal working length and consistent seeding rate. The seed-metering adjustment mechanism is flexible, with no slipping or unintended movement allowed.

(3) The disc opener's disc should rotate smoothly without any wobbling, and it must not rub against the opener body.

(4) Before and after each shift, as well as during operation, all parts must be thoroughly cleaned of dirt, paying special attention to removing mud and oil buildup from the transmission system.

(5) After each class, the fertilizer in the fertilizer box should be thoroughly cleaned to prevent fertilizer corrosion of the box and the fertilization mechanism. Also, check whether the seeding shaft and fertilization shaft rotate smoothly and freely.

(6) After each day's work, the seeder should be parked in a dry, covered shed. If left outdoors, make sure to securely close the seed and fertilizer box. When parking, lower the furrow opener and place the support feet firmly on the ground to stabilize the machine, thereby reducing unnecessary stress on the seeder’s frame.

Analysis and Solutions for IKO Bearing Vibration: Steps to Address the Issue

Summary: Generally, the rolling elements within IKO bearings do not generate noise on their own. What is commonly perceived as "IKO bearing noise" is actually caused by the bearing—either directly or indirectly—interacting with its surroundings.

The enclosure creates a vibrating sound effect.

Bearing vibrations are highly sensitive to damage in IKO bearings—issues such as spalling, pitting, rusting, cracking, and wear can all be detected through vibration measurements. Therefore, by using specialized bearing vibration detectors (such as frequency analyzers), it’s possible to quantify the vibration levels and, via frequency analysis, pinpoint the specific nature of any abnormalities. However, the measured values will vary depending on factors like the bearing’s operating conditions or the sensor’s installation location. As a result, it’s essential to first analyze and compare the measurement data from each individual machine before establishing clear diagnostic criteria.

Generally, the rolling elements within IKO bearings themselves do not generate noise. The "IKO bearing noise" often perceived is actually the sound effect caused by vibrations—directly or indirectly—transmitted from the bearing to the surrounding structure.

Deep Groove Ball Bearing Knowledge Encyclopedia

Physical Properties of High-Temperature-Resistant Materials for SKF Bearings