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Automatic Lubrication System for Mining Wet-Spray Trolleys

Release time:

2026-06-30

Source:

Author:


Summary:

The automatic lubrication system for mining wet‑spraying rigs is a critical component of modern construction machinery, ensuring reliable operation under harsh working conditions through automated lubrication. This system effectively reduces equipment wear, extends service life, and enhances operational efficiency.

I. System Architecture

Lubrication Pump Station Unit

Core component of the system dynamics:

1. Electric lubrication pump: Provides stable lubrication pressure, with a working pressure of up to 20MPa

2. Oil storage tank: Capacity 20-50 Lift, with an oil level sight glass

3. Control System: PLC Control, enabling automated operation.

4. Safety devices: pressure switches, relief valves, and other protective components

Distribution and Conveying System

Lubricant Distribution Network:

Main pipeline system: stainless steel piping, pressure-resistant 30MPa

Diverter Module: Precisely Controls Oil Flow to Each Lubrication Point

Progressive distributor: ensures that each lubrication point receives adequate lubrication.

Quick-connect fittings: facilitate maintenance and inspection.

II. Work Control Mode

Automatic operation mode

Intelligent Operation Mode:

Timed Control: Automatically runs at the set time interval.

Quantitative Control: Precisely regulates the oil‑filling volume each time.

Condition-triggered: Automatically adjusts based on the device’s operating status.

Smart Memory: Records lubrication frequency and oil consumption.

Manual control function

Emergency and Debug Modes:

1. Manual start: Activate lubrication as needed at any time.

2. Jog control: Precise control of a single lubrication point

3. Test Mode: System Debugging and Troubleshooting

4. Emergency Operation: Manual Override in Case of Automatic System Failure

III. Monitoring and Protection Functions

Operational Status Monitoring

Real-time monitoring parameters:

System Pressure: Displays lubrication system pressure in real time.

Oil Level Monitoring: Low Oil Level Alarm for the Storage Tank

Operating Time: Records the cumulative operating time of the pumping station.

Lubrication Count: Records the number of lubrications at each lubrication point.

Fault Diagnosis and Protection

Security Assurance Function:

1. Clog Alarm: Automatic Detection of Pipeline Blockages

2. Leakage Monitoring: Timely Detection of System Leaks

3. Overpressure protection: automatic pressure relief in case of excessive pressure.

4. Motor protection: automatic shutdown in case of overload or overheating.

IV. Lubrication Point Layout

Critical lubrication points

Main lubrication point distribution:

Boom hinge points: Each hinge is equipped with an independent lubrication point.

Slewing bearing: the upper and lower raceways are lubricated separately.

Leg joint: Fully lubricated at both the telescoping and rotating sections.

Pumping mechanism: S Key components such as valves, agitators, and bearings

Special-Location Design

Harsh Operating Condition Protection:

1. Dust-proof design: Lubrication points are equipped with dust-proof devices.

2. Wear-resistant treatment: Protective sleeves are added to protruding parts.

3. Quick replacement: Wear parts are easy to replace.

4. Visual Indication: Visual Management of Lubrication Status

V. Key Points for Maintenance and Upkeep

Daily Inspection Items

Routine maintenance items:

Oil Level Check: Inspect the oil level in the storage tank daily.

Pressure Verification: Confirm that the system’s operating pressure is normal.

Leakage Inspection: Inspect all connection points for leaks.

Operation Log: Records system operating parameters.

Regular Maintenance Schedule

Preventive maintenance:

1. Clean the filter monthly.

2. Quarterly Inspection Distributor

3. Change the lubricating oil every six months.

4. Annual Comprehensive System Overhaul

VI. Troubleshooting Guide

Common Fault Troubleshooting

Typical Problem Solutions:

Insufficient pressure: Check the filter element, oil level, and pump station.

Distributor jammed: Clean or replace the distributor.

Leakage Handling: Tighten or Replace Seals

Electrical fault: Check the wiring and the controller.

Emergency Response Measures

Emergency Response:

1. Manual lubrication: Manual lubrication in case of automatic system failure.

2. Key lubrication: Prioritize ensuring proper lubrication of critical components.

3. Temporary Handling: Implement temporary measures to maintain operations.

4. Professional repair: Contact a qualified technician promptly for assistance.

VII. Prospects for Technological Development

Intelligentization Trend

Technology Development Direction:

IoT Applications: Remote Monitoring and Intelligent Diagnostics

Intelligent Early Warning: An Early Warning System Based on Data Analytics

Adaptive Control: Automatically adjusts parameters based on operating conditions.

Energy-efficient design: Optimizing the system to reduce energy consumption.

Reliability Enhancement

Key performance improvements:

1. Material Upgrade: Application of Wear-Resistant and Corrosion-Resistant Materials

2. Improved Precision: More Precise Lubrication Control

3. Integration: The system is more compact and reliable.

4. Standardization: Universal and Standardized Design

Conclusion

The automatic lubrication system for mining wet‑spraying rigs is a critical component that ensures the equipment’s reliable operation. Through thoughtful design, proper usage, and standardized maintenance, the system’s performance can be optimized, thereby extending the equipment’s service life. Users are advised to establish a comprehensive maintenance regime, enhance operator training, and conduct regular inspections and servicing to keep the lubrication system in peak working condition. With ongoing technological advances, automatic lubrication systems will evolve toward greater intelligence and reliability, providing enhanced assurance for safe and efficient equipment operation.