​Tips to Extend the Service Life of Crawler Anchor Drilling Rig

Tips to Extend the Service Life of Crawler Anchor Drilling Rig

Ensure Normal Working Load

The magnitude and nature of the working load significantly impact the wear process of the Crawler Anchor Drilling Rig. Generally, the wear of components increases proportionally with the load. When parts are subjected to loads higher than the average design load, wear accelerates. Additionally, under otherwise identical conditions, stable loads result in less wear, fewer failures, and longer service life compared to dynamic loads.

Minimize the Effects of Working Temperature

The Crawler Anchor Drilling Rig utilizes various hydraulic oils and lubricants. During operation, the temperature of all components should remain within the normal range. For instance, the general cooling water temperature should be between 80-90°C, and the hydraulic oil temperature in the transmission system should be between 30-60°C. Temperatures below or above these ranges will accelerate component wear, cause lubricant degradation, and lead to changes in material properties.

Reduce the Impact of Environmental Contaminants

Environmental contaminants typically refer to non-metallic substances such as dust and soil, as well as metallic particles and wear products generated during the operation of engineering machinery. Once these contaminants enter the interior of the machinery and reach the mating surfaces, they can cause significant harm. They not only hinder relative motion and accelerate component wear but also scratch mating surfaces, destroy the lubricating oil film, and cause temperature rise and lubricant degradation. Regular and thorough cleaning is the best way to prevent contaminant-induced wear.

Mitigate External Corrosion Effects on the Crawler Anchor Drilling Rig

Corrosion refers to the damage caused by chemical or electrochemical reactions between metal surfaces and surrounding media. This corrosion not only affects the normal operation of external equipment but can also damage internal components. For example, rainwater, chemicals in the air, and other corrosive agents can enter the machinery through openings, gaps, and other pathways, corroding internal parts, accelerating wear, and increasing the frequency of failures. Since this type of corrosion is often invisible and unnoticeable, it is easily overlooked, making it particularly hazardous. Although exposure to rainwater and chemicals is inevitable for the Crawler Anchor Drilling Rig, timely and effective cleaning measures can significantly reduce the impact of corrosion on the machinery.