The PneumaticPlus SAL2000M-N02B-MEP Miniature Compressed Air Lubricator is a must-have for any air tool or air line. This lubricator is designed to keep your air line and air tools running at peak per...
Introducing the 3/4" Lubricator Oiler for Compressed Air Tool Compressor L706, a brand new product designed to extend the service life of your air tool and air system. This lubricator is designed to h...
2. Maximum pressure: 150 PSI
3. Maximum temperature: 250°F
4. Constructed from heavy-duty brass for durability
5. Automatically lubricates air tools for optimal performance
Are you looking for ...
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6. 150 PSI Max inlet pressure
7. 23-125°F temperature range
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3/8” NPT MID FLOW Lubricator Oiler For Compressed Air Lubricate Pneumatic Air Tools, Poly Bowl With...
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TAILONZ PNEUMATIC 3/8 Inch NPT Air Filter Pressure Regulator Water/Oil Trap Separator Combo(0
Introducing the TAILONZ PNEUMATIC 3/8 Inch NPT Air Filter Pressure Regulator Water/Oil Trap Separator Combo(0-145PSI),Air Tool Compressor. This 2 in 1 oil air pressure regulator filter with lubricator...
NANPU 3/8" NPT Compressed Air Filter Regulator Lubricator Combo Water/Oil Trap Separator
The NANPU 3/8" NPT Compressed Air Filter Regulator Lubricator Combo Water/Oil Trap Separator - Gauge(0-150 psi), Poly Bowl, Se... is the perfect choice for your air compressor needs. This unit feature...
1/4" Mini LUBRICATOR air in line OILER compressed air compressor LUBRICATE AIR TOOLS EQUIPEMENT
The 1/4" Mini Lubricator OILER is the perfect choice for those looking for a reliable and efficient air line lubricator for their compressed air operated appliances. This device is designed to add a l...
The NANPU 3/4" NPT Air Filter, Regulator & Lubricator (FRL) Combo - Water/Oil Trap Separator - Pressure Gauge (0-150 psi), 5 Micron Element Standard is an ideal air solution for dry air, pressure regu...
MID FLOW LUBRICATOR OILER FOR COMPRESSED AIR LUBRICATE PNEUMATIC AIR TOOLS, POLY BOWL WITH METAL BOWL...
The 1/2" Mid Flow Lubricator / Oiler for Compressed Air Lubricate Pneumatic Air Tools is an essential tool for any pneumatic air tool user. With a flow rate of 105 CFM, the lubricator provides a stead...
5. 1/4” NPT connection
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5. 1/4” NPT connection
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NANPU 3/8" NPT Compressed Air Filter Regulator Lubricator (FRL), Zinc Alloy, 5 Micron Brass Element, 0
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The PneumaticPlus SAU310-N03G Compressed Air Filter Regulator Lubricator Piggyback Combo 3/8" NPT is a complete airline solution for the effective filtration, pressure control, and lubrication of comp...
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Valuable Tips When Choosing Compressed Air Lubricators
Compressed air lubricators are an essential component in any compressed air system as they ensure that the compressed air is lubricated for optimal performance. However, with so many options available in the market, choosing the right compressed air lubricator can be challenging. This guide provides valuable tips to help you select the best compressed air lubricator for your needs.What is a Compressed Air Lubricator?
A compressed air lubricator is a device that regulates and injects lubricant into a compressed air system. The device is designed to deliver a controlled amount of lubricant into the air stream, which helps lubricate the components of the system that come in contact with compressed air.Why is a Compressed Air Lubricator Important?
Compressed air systems require lubrication to ensure their longevity, efficiency, and effectiveness. Without proper lubrication, the system's components will experience excessive wear and tear, leading to costly repairs and downtime. A compressed air lubricator helps to prevent this by providing consistent lubrication to the system.Factors to Consider When Choosing a Compressed Air Lubricator
When selecting a compressed air lubricator, there are various factors you should consider. Here are some valuable tips to help you choose the right compressed air lubricator for your needs.1. Operating Conditions
The operating conditions of your compressed air system are a critical consideration when selecting a compressed air lubricator. Before choosing a lubricator, you should determine the pressure and temperature of your compressed air system. Compressed air lubricators are designed to work under specific temperature and pressure conditions. Selecting a lubricator that is not designed to operate within the parameters of your compressed air system could lead to malfunction or failure.Pressure
The pressure of your compressed air system is measured in pounds per square inch (psi). Most compressed air lubricators are designed to operate under standard pressure conditions of 90 psi. However, some compressors may have different pressure ratings. Before selecting a compressed air lubricator, you should check the pressure rating of your compressor and compare it to the pressure rating of the lubricator. If the lubricator's pressure rating is lower than the compressor's pressure rating, it may not provide sufficient lubrication to the system.Temperature
The temperature of your compressed air system is an important consideration when selecting a compressed air lubricator. High temperatures can cause the lubricant to evaporate or break down faster, leading to decreased lubrication effectiveness. Most lubricators are designed to operate at temperatures ranging from 32 to 140 degrees Fahrenheit. However, if your compressed air system operates at extreme temperatures, you should select a lubricator that can accommodate those conditions.2. Type of Lubricator
There are two primary types of compressed air lubricators: mist lubricators and drip lubricators. Both types of lubricators are effective, but they deliver lubricant differently.Mist Lubricators
Mist lubricators are designed to deliver a fine mist or fog of lubricant into the compressed air system. The lubricant is atomized and dispersed throughout the system, providing consistent lubrication to all components that come in contact with the compressed air. Mist lubricators are ideal for systems that require frequent lubrication or operate at high speeds. However, they can be more expensive than drip lubricators and require more maintenance.Drip Lubricators
Drip lubricators are designed to deliver a precise amount of lubricant to the system using a drip feed mechanism. The lubricant is dispensed in drops, providing a consistent and measured amount of lubrication to the system. Drip lubricators are ideal for systems that do not require frequent lubrication or operate at lower speeds. They are also less expensive than mist lubricators.3. Size of Lubricator
The size of the lubricator you choose should be based on the size of your compressed air system. A small lubricator will not be able to provide sufficient lubrication to a large system, while a large lubricator will be wasteful and cost more than necessary for a small system. Before choosing a lubricator, you should determine the volume of lubricant required for your system and select a lubricator that can deliver that volume. You may also want to consider selecting a lubricator with a larger capacity than what you currently require, as this can allow for system expansion in the future.4. Type of Lubricant
The type of lubricant you choose will depend on the requirements of your compressed air system. The wrong type of lubricant can lead to reduced system efficiency, increased wear and tear on components, and costly repairs. The most common types of lubricants used in compressed air systems are mineral oil-based lubricants, synthetic lubricants, and food-grade lubricants. Mineral oil-based lubricants are the most common and cost-effective option. They are suitable for most compressed air systems but may not be suitable for systems that require high-temperature lubrication. Synthetic lubricants are more expensive than mineral oil-based lubricants but offer superior lubrication and performance. They are ideal for systems that operate at high speeds or extreme temperatures. Food-grade lubricants are required for compressed air systems used in the food and beverage industry. They are non-toxic and safe for contact with food products.5. Maintenance Requirements
Compressed air lubricators require regular maintenance to ensure they provide consistent lubrication to the system. Before choosing a lubricator, you should consider the maintenance requirements and select a lubricator that is easy to maintain. Some lubricators require daily maintenance, while others require maintenance every few weeks or months. You should also consider the cost of maintaining the lubricator, including the cost of replacement parts and lubricants.6. Brand and Quality
Choosing a reputable brand and high-quality lubricator can help ensure the longevity and effectiveness of your compressed air system. High-quality lubricators are made from durable materials and are designed to deliver consistent and reliable lubrication to the system. Before choosing a lubricator, you should research the brand and read reviews from other customers to ensure you are selecting a high-quality product.Conclusion
Compressed air lubricators are an essential component in any compressed air system. When selecting a compressed air lubricator, you should consider the operating conditions of your system, the type of lubricator, the size of the lubricator, the type of lubricant, maintenance requirements, and the brand and quality. By considering these factors, you can select the best compressed air lubricator for your needs and ensure the longevity and efficiency of your compressed air system.Related Topics You Might Like
