A Deep Dive Into Bijur Delimon Lubrication Oil Systems

In the vast landscape of machinery, an essential yet often overlooked aspect is lubrication. One of the most innovative solutions in this field comes from Bijur Delimon, a pioneer in industrial lubrication systems. Their range of products, including pneumatic lubricating oil, Bijur oil pumps, and automatic lubrication pumps, have been game-changers in the industrial sector.

Understanding Drip Oil Feed Lubrication

The drip oil feed lubrication, also known as a “drip oiler” or “drip feed oiler”, serves as a reliable solution for constant lubrication. This system continuously feeds oil, drop by drop, into machine parts to reduce friction and wear. It is a fundamental part of the Bijur Delimon lubrication system, including the renowned Bijur oil pump mechanism.

Operating on simple gravity principles, the drip oil feed system provides consistent and controlled lubrication to the machine parts. It’s often used in situations where consistent, low-speed lubrication is critical, such as in chain oiling systems and some types of bulk oil dispensing systems.

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The Role of Lubricating Oil Systems

Lubricating oil systems, like the Bijur Delimon lubrication system, are indispensable for machine longevity and efficiency. They play several critical roles in machinery operation:

  • Minimizing Friction and Wear: By creating a thin film between moving parts, lubricating oils prevent direct contact, thus reducing friction and wear. The role of engine lubrication oil and other variants like the Bijur lube system, in mitigating wear cannot be overstated.
  • Cooling Machine Parts: Lubricating oils absorb and dissipate heat from the moving parts, preventing overheating. An air-oil lubrication system, for instance, uses a mix of air and oil to ensure lubrication and cooling.
  • Protecting Against Rust and Corrosion: Lubricating oils shield machine parts from moisture and other corrosive elements, thus preventing rust and corrosion. They do this by forming a protective barrier that keeps these elements out.
  • Removing Contaminants and Debris: Lubricating oil systems help to clean machine parts by carrying away contaminants and debris. As the oil circulates, it picks up particles and moves them to a filter where they are removed.

Hence, from air conditioner compressor oil to refrigeration compressor oil types, the lubrication system serves a critical role in preserving and enhancing the performance and lifespan of machines.

How Automatic Lubrication Systems Work

Automatic lubrication systems have revolutionized the maintenance and care of machinery. They ensure that the right amount of lubricant is supplied at the right time to the machinery’s points of friction, all without manual intervention. Here’s how they work:

  1. Reservoir: This is where the lubricant is stored, ready for distribution. Lubricant storage and dispensing systems are designed to handle a wide range of substances, including lube oil, pneumatic lubricating oil SAE 10, and air line lubricator oil.
  2. Pump: The pump moves the lubricant from the reservoir to the distribution network. Types of pumps vary depending on the system, and include the Bijur pump, lube oil transfer pump, and automatic oil lubrication pump.
  3. Distribution Network: This consists of a series of tubes or pipes that transport the lubricant to each point in the machine that needs lubrication.
  4. Metering Valves: These devices control the amount of lubricant that reaches each point. In some systems, such as a dual line grease system, these valves work in a sequential manner, providing lubrication to different points at different times.
  5. Controller: This manages the timing and intervals of lubrication, ensuring that lubricant is supplied when needed. In some automatic oiling systems, these can be programmed according to the specific needs of the machine.

With the rise of industry 4.0, these systems have become even more sophisticated, with features such as real-time monitoring and predictive maintenance capabilities.

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The Cost of Auto Lube Systems

The cost of auto lube systems varies widely, based on factors like the type of system, its size, and complexity. Bijur Delimon provides solutions across a range of products that fit individual price and technical needs.

If the initial investment might seem larger than anticipated, such investments in an automatic lubrication system will lead to significant savings in the long run by reducing the downtime for maintenance, prolonging the lifespan of machinery, and decreasing the likelihood of machinery damage due to insufficient or excessive lubrication.

Exploring the Types of Lubrication Systems

There are three major types of lubrication systems, each serving specific purposes:

  1. Mist Lubrication System: Also known as an oil mist lubrication system, this involves forming a mist from the oil and carrying it to the parts of the machine that need lubrication. It’s particularly useful for machinery operating at high temperatures, as it provides both lubrication and cooling.
  2. Splash Lubrication System: This system is more commonly seem in equipment such as Air Compressors which contain an oil sump at the bottom that allows for partial or full submergence of components. Due to the movement of the crankshaft the oil gets splashed along surfaces that allows for lubrication. This system is better suited for low to moderate speed applications.
  3. Oil Circulation System: This system pumps the oil around the machine, ensuring that all parts get lubricated. It’s often used in larger machinery and combines lubrication with cooling and cleaning functions.

Elijah McCoy, often credited as the father of modern lubrication systems, developed an automatic lubricator that functioned akin to the oil circulation system, continuously feeding oil to the machine parts.

Fundamental Components of Auto Lubrication Systems

Automatic lubrication systems, such as the Bijur Delimon lubrication system, are complex devices, but they all contain several basic components:

  1. Pump Unit: This is the heart of the system, pushing the lubricant through the distribution network. Bijur Delimon offers a variety of pumps, including the popular Bijur oil pump.
  2. Reservoir: This is where the lubricant, whether it’s engine lubrication oil, roto xtend duty fluid compressor oil, or another variety, is stored and drawn as needed.
  3. Metering Valves: These components regulate the amount of lubricant delivered to each point that needs lubrication. Some systems have adjustable metering valves to customize the lubricant flow.
  4. Distribution Lines: These tubes or hoses transport the lubricant from the pump to the machine parts.
  5. Controllers: These devices schedule the lubrication intervals, ensuring the lubricant is supplied when needed. They can be manual or programmable electronic devices.

The Advantage of Automatic Lubrication Systems

Automatic lubrication systems offer several benefits over manual lubrication:

  • Consistency: They deliver the right amount of lubricant at the right time, ensuring consistent lubrication and preventing over- or under-lubrication.
  • Efficiency: They save labor time and costs associated with manual lubrication and minimize downtime for machinery.
  • Longevity: By providing consistent, proper lubrication, they reduce wear and tear on machinery, extending its lifespan.
  • Safety: They eliminate the need for manual lubrication in dangerous or hard-to-reach areas, enhancing worker safety.

Applications of Automatic Lubrication Systems

Automatic lubrication systems have found applications in a diverse range of industries:

  • Food & Beverage: They ensure the smooth operation of food processing machinery, and food-grade lubricants are used to maintain hygiene standards.
  • Agriculture: They keep farming equipment and machinery in top condition, reducing downtime and improving efficiency.
  • Aerospace: High-performance lubricants and precise lubrication systems are crucial for the reliable operation of aircraft components.
  • Cement: In the harsh operating conditions of cement plants, these systems keep machinery running smoothly and reduce maintenance needs.
  • Wind Energy: They help maintain the performance of wind turbines, which are often in remote, hard-to-reach locations.
  • Oil & Gas: They are critical for the reliable operation of drilling rigs, pumps, and other machinery in this industry.
  • Bottling & Packaging: They keep the production lines running smoothly, reducing the risk of costly downtime.

Different Types of Automatic Lubrication Systems

Automatic lubrication systems come in various forms, each suitable for specific applications:

  1. Single-line Systems: In this setup, the lubricant is distributed through one main line from the pump. It’s straightforward and cost-effective for small to medium-sized machines.
  2. Dual-line Systems: As the name suggests, two main lines distribute the lubricant in these systems. Dual-line systems are often used in large machines or installations where reliability is critical.
  3. Multi-line Systems: These are used in complex machines with many lubrication points. Each line can be controlled independently, providing maximum flexibility.
  4. Progressive Systems: Here, a series of dispensers are arranged in a sequence, with each dispenser serving one or more lubrication points. It’s a reliable system that’s easy to monitor and control.
  5. Oil&Air Systems: These systems mix oil with air to create a lubricating mist, ideal for high-speed spindles and similar applications.
  6. Circulating Oil Systems: In these systems, the oil is circulated around the machine, serving as both a lubricant and a coolant.

Most Used Lubrication System in Automobiles

The most common lubrication system used in automobiles is the pressurized lubrication system, a form of circulating oil system. This system uses a pump to circulate oil under pressure to all parts of the engine. It provides reliable lubrication and helps to cool the engine components, making it ideal for the demanding conditions of automotive engines.

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Most Commonly Used Lubrication Systems

The splash and pressure systems are two basic types of engine lubrication systems widely used across various applications. The splash system, simple and cost-effective, is often used in small engines. The pressure system, offering more efficient lubrication and cooling, is commonly found in larger, high-performance engines.

Devices Used for Lubrication

A variety of devices are used to provide lubrication to machines. These include:

  • Drip Oilers: These are simple devices that feed oil drop by drop to the machine parts, a method often employed in the Bijur oil pump mechanism.
  • Pumps: Various pumps, like the Bijur pump or lube oil transfer pump, deliver lubricant from the reservoir to the points of friction.
  • Automatic Oilers: These sophisticated devices can automatically deliver the right amount of lubricant at the right time, improving machine longevity and efficiency.
  • Sprayers and Mist Systems: These are used when a fine coating of lubricant over a large area is needed.

Understanding Full Flow Lubrication Systems

A full flow lubrication system is a type of oil circulation system. In this system, all of the oil is routed through a filter before being distributed to the engine parts. This design ensures that only clean, filtered oil reaches the engine components, thereby reducing wear and prolonging engine life.

Working of a Dual Line Grease System

In a dual line grease system, two main supply lines run from the pump. Grease is delivered alternately through each line by a changeover valve. The advantage of this system is that it can serve many lubrication points, even in large installations, and the system can be monitored and controlled effectively. It’s a reliable, robust system that’s well suited to demanding industrial applications.

Valves in Lubrication Systems

Valves play a crucial role in controlling and directing the flow of lubricant in a lubrication system. There are several types of valves used, including:

  • Check Valves: These prevent the backflow of lubricant in the system.
  • Metering Valves: These control the amount of lubricant delivered to each lubrication point.
  • Pressure Relief Valves: These protect the system from excessive pressure.
  • Changeover Valves: In systems like the dual line grease system, these valves control the alternate flow of lubricant through the two main lines.

From Bijur Delimon’s innovative lubrication solutions to the trailblazing work of Elijah McCoy, the world of lubrication systems is complex and intriguing. It is a world where efficiency, innovation, and precision come together to ensure the smooth operation of machines across various industries. As technology evolves, we can expect to see even more exciting developments in this field.

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