Lincoln Metering Device | Crossectional View | How it works with animation | Lubrication System скачать в хорошем качестве

Lincoln Metering Device | Crossectional View | How it works with animation | Lubrication System

A Lincoln dual line metering device is a type of lubrication metering system used in dual-line lubrication systems, typically found in heavy industrial machinery and large-scale applications like steel plants, cement plants, mining equipment, and more. It's part of Lincoln Industrial, a brand under SKF, known for centralized lubrication systems. What Is It? A dual line metering device distributes precise amounts of lubricant (oil or grease) to multiple lubrication points through a two-line system. The Lincoln dual line metering device works in coordination with a pump that alternately pressurizes two main lines (Line 1 and Line 2), feeding lubricant to a set of metering valves. How It Works: 1. Two Main Lines (Line 1 and Line 2) run from the pump to the metering device. 2. The pump alternately pressurizes Line 1 while Line 2 acts as a vent (and vice versa). 3. Each metering piston inside the device moves as the pressure shifts, dispensing a measured quantity of lubricant to its respective lubrication point. 4. When the pressure shifts to the other line, the piston moves back and feeds the other side, completing the cycle. This sequence ensures a consistent, measured amount of lubricant is delivered to each point. Advantages of Lincoln Dual Line Metering Devices: 1. Reliable Lubrication for Large Systems: Ideal for long distances and many lubrication points (up to hundreds). 2. High Pressure Capability: Can operate under high pressure (up to 400 bar), ensuring long pipe runs are no issue. 3. Durable & Rugged: Suitable for harsh environments like steel plants or mining operations. 4. Serviceability: Easy to maintain. Individual elements can often be serviced or replaced without dismantling the entire system. 5. Flexibility: Multiple sizes and outputs are available, making it adaptable to different applications. 6. Cost-Effective Over Time: Reduced wear and tear, increased equipment lifespan, and fewer breakdowns. 7. Monitoring & Control: Can integrate with monitoring systems for feedback and alarms in case of blockage or failure. ?