Overview
Forced Cycle Lubrication System is an active lubrication method where a pump forces lubricating oil to circulate through machinery components. This ensures consistent, efficient lubrication to critical friction points, widely used in heavy-duty, high-speed, or high-temperature industrial applications.
Working Principle
The system uses a pump to draw oil from the reservoir, filter it, and deliver it under pressure to all lubrication points. After lubrication, the oil returns to the tank, forming a closed-loop. The process can be automatically controlled via timers, level switches, pressure sensors, or PLC integration.
Key Components
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Lubrication Pump – Provides pressure and flow
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Oil Reservoir – Stores the lubricating oil
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Oil Filter – Removes contaminants to protect the system
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Oil Cooler (optional) – Helps control oil temperature
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Distributors or Metering Units – Deliver oil to each lubrication point precisely
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Tubing and Fittings – Ensure leak-free oil delivery
Typical Applications
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CNC Machines
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Gearboxes
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Injection Molding Machines
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Stamping Equipment
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Wind Turbines
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Compressors and Paper Machines
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Metallurgical Processing Equipment
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Generators and Large Power Units
