A single-point lubricator is a machine designed to automatically and periodically apply a tiny quantity of clean grease or lubricating oil to a designated spot. It can also be used to lubricate pumps, electric motors, fans, chains, conveyors, and other equipment in addition to the bearings that are frequently subjected to it. When bearings are greased by hand, over- or under-greasing frequently occurs, which ultimately causes premature bearing wear. It is possible to set single-point lubricators to deliver the appropriate amount of lubricant to a single location for a predefined amount of time. Single-point lubricators are a widely used technique to increase the lifespan of bearings and other parts and avoid prolonged downtime because of lubrication-related problems. Every injector has a single lubrication point, and it is finely adjustable to supply precisely the right amount of oil or grease. Our website lists many manufacturers suppliers and dealers of Oil Lubrication System.
Spring-loaded grease cups: A spring-loaded grease cup is an improvement over a standard compression grease cup, yet it is still regarded as an older design. To remove grease, it uses a spring-loaded plunger as opposed to a screw-down cap or piston. The grease is gradually forced into the bearing as the spring engages the plunger. The temperature, back pressure, and consistency of the grease all affect how it flows. A piston O-ring allows for the adjustment of grease flow, causing a variation in friction as the grease descends the tapered reservoir wall.
Single-point piston-activated lubricator: A single-point piston-activated lubricator is made up of a cylinder with a pressure generator, piston, liquid electrolyte, and lubricant chamber. It is also known as an electrochemical lubricator or gas lubricator. A sealed plastic tube containing a galvanic strip of metal that has undergone specific treatment and a rubber bladder filled with an electrolyte solution make up the pressure generator. The piston-activated lubricator breaks the plastic tube when the activation screw is tightened into the top after it has been installed. This lets the electrolyte material meet the galvanized metal strip.
Single-point lubricators with positive displacement: Positive-displacement units are one of the more advanced designs of electromechanical single-point lubricators. These lubricators include a follower plate, a refillable or replacement lubrication canister, and a reusable motor that runs on either direct current or batteries, as seen in the image on the right. Grease is forced out of the nozzle by the motor's rotation of a threaded rod, which the follower plate rides on. This lets you specify different discharge times for the unit and flip it on and off using a switch. Being temperature-independent, which allows for precise discharge periods, is one of these lubricators' greatest advantages.
1. Lubrication Pump: To assist in providing lubrication to a machine's essential components, lubrication pumps are equipped with a reservoir and metering device built right in. The supply and feed lines of the machine can be easily connected to it. But to supply tiny lubricant volumes, the pump's lubrication capacity is comparatively reduced.
2. Single Line Resistance: The central pump of this lubrication system provides lubricant to one or more parallel supply lines (multi-line systems). Light and medium-sized machinery can use single-line resistance, a low-pressure lubricating system.
3. Single Point: A single-point (SP) lubrication system applies lubricant to a single lubrication point, as the name implies. As a result, this system works best when there are a few lubrication sites spread out across a large region. In addition, the SP system is automatic and is available in modest sizes with feed lines, metering devices, and a tiny reservoir tank.
4. Double Line: Two alternate cycles are used by the lubricating systems. After that, it will move the lubricant as well as the inlet and discharge pistons of the injectors in one direction. Notably, two supply lines can share the injectors thanks to their configuration. The system will relieve the first supply line and pump the oil to the second supply line once the preset pressure is reached.
5. Grease Gun: Grease guns are great for maintaining machinery and equipment in industrial facilities as they facilitate the lubricating of points in a machine. But first, you must feed the oil into the cannon by adding it to an enclosed canister. Next, you have three options for dispensing the lubricant: manually, pneumatically, or electrically, depending on the design of the grease gun.
Bearing And Lubrication | Air Lubricators | Pneumatic Lubricators
