Table of Contents
- 1 60-Gallon Air Compressor Reviews
- 2 Industrial Air ILA4546065 60-Gallon Air Compressor
- 3 DeWalt DXCMV5076055 60 gallon 5 hp Two Stage Air Compressor
- 4 Husky 60 Gallon Electric Air Compressor
- 5 SS3L3 3 HP 60 Gallon Single Stage Air Compressor
- 6 Porter Cable PXCMLC3706056 60-Gallon Stationary Air Compressor
- 7 Campbell Hausfeld VT6275 15 Amp 60-Gallon Oiled Vertical Compressor
- 8 Industrial Air ILA3606056 60-Gallon Single Stage Cast Iron Twin Cylinder Air Compressor
- 9 Puma Industries PK-6060V Air Compressor
- 10 Craftsman-Professional-Gallon-Oil-Lubricated-Compressor
- 11 Kobalt 60-gallon air compressor
- 12 Why you need a sixty-gallon tank
- 13 How compressors work
- 14 60-gallon air compressors performance ratings
- 15 Gas or electric
- 16 Oil-free or lubricated compressors
- 17 Types of Compressor
- 18 Belt drive or direct drive
- 19 Considerations when purchasing your compressor
- 20 Features to look for when purchasing a 60-gallon air compressor
- 21 Installing your 60-gallon air compressor
- 22 Maintaining your compressor
- 23 The benefits of using an air compressor
- 24 Safe use of your compressor
- 25 Tips for more efficient use
If you’re thinking of purchasing a 60-gallon air compressor you probably already know the benefits of using pneumatic tools. Most air tools are more powerful and lighter than standard battery-operated or electric tools. This makes them easier to use.
To operate pneumatic tools, you need a decent compressor. Compressors are typically used to power spray guns, nail guns, wrenches, sanders, and other power tools.
Compressors have been around for more than one hundred years and at least two of our 60-gallon compressor reviews feature products from manufacturers who have been in the business of designing and manufacturing air tools and compressors for the last 100 years; namely, the Porter Cable 60-gallon air compressor and the Ingersoll Rand 60-gallon air compressor.
Properly maintained, most compressors will last for years so it is important that you do your research before you purchase. The key to finding the best 60-gallon air compressor for your workshop is to match your requirements with the compressor’s capacity.
In this article, we offer you all the information that you require to choose the best 60-gallon air compressor. We’ve done our research and you’ll find a comprehensive set of 60-gallon compressor reviews to help you make your choice.
60-Gallon Air Compressor Reviews
- Brand: Industrial Air
- Product Dimensions: 26.7 x 24.9 x 56.5 inches
- Weight: 275 pounds
- Horsepower: 4 HP
- Warranty: 2-Year limited
- Brand: DeWalt
- Product Dimensions: 40 x 31 x 80 inches
- Weight: 400 pounds
- Horsepower: 5 HP
- Warranty: Manufacturers
- Brand: Husky
- Product Dimensions: N/A
- Weight: N/A
- Horsepower: N/A
- Warranty: Manufacturers
- Brand: Ingersoll-Rand
- Product Dimensions: 24 x 25 x 67 inches
- Weight: 178 pounds
- Horsepower: 3
- Warranty: 1-year
- Brand: Porter Cable
- Product Dimensions: 30 x 24 x 68 inches
- Weight: 236 pounds
- Horsepower: 3.7 HP
- Warranty: Manufacturers
Industrial Air ILA4546065 60-Gallon Air Compressor
The Industrial Air 60-gallon air compressor is capable of handling large consumption tools as well as numerous pneumatic tools simultaneously. Powered by a 4.7 horsepower induction motor, this industrial-grade machine is great for the professional workshop. It has a simple and compact design that stands vertically, which means it has a small footprint so takes up little room in the workshop.
The compressor is a single-stage, three-cylinder unit and is belt driven. It is lubricated with synthetic oil for long-lasting, low-maintenance operation. The large air receiver delivers 14 CFM at 90 PSI. The maximum pressure specification is 155 PSI. 60-gallon tanks ensure that the compressor can run for extended periods of time without having to refill.
The tank and the crankshaft of this unit are both manufactured from durable, thermally stable cast iron. It has an aluminum head and valve plate that helps to dissipate heat through the enlarged cooling area. The reed valves are made from Swedish stainless steel. It is equipped with ball bearings of the type used in the automotive industry, so it runs smoothly with no vibration, making this a quieter machine.
It has an oil sight glass so you can easily see when you are running low on lubricant. It is splash lubricated. It has an on/off switch for ease of control and preservation of the machine.
The 240-volt heavy duty induction motor comes complete with an integrated tank pressure gauge. This Industrial Air 60-gallon air compressor has a limited two-year warranty.
- You can also get 120 Gallon air compressor by Industrial Air
DeWalt DXCMV5076055 60 gallon 5 hp Two Stage Air Compressor
If you’re serious about compressing power, look no further than this DeWalt 60-gallon air compressor. It is a powerful two-stage compressor. Granted two-stage compressors cost a little more but these compressors are more efficient at higher pressures because the air is cooled between cycles. This means they don’t run as hot.
You can get up to 25% more power from a two-stage compressor than a one stage with the same size motor. Couple that with the 5-horsepower motor of this compressor and you have a compressor that will look after all the compressed air needs of a mid-size industrial workshop. This product has a 75% duty cycle and it takes less than a minute to fill so it is a very efficient machine.
The patented cooling system ensures that the compressor stays cool even when the workload is high. It runs at a low RPM to further protect the motor from overheating. The thermal overload protection ensures that damaging voltage fluctuations are not an issue.
The oil level gauge is clearly visible and easy to access, as are the air gauges. The machine is equipped with an on/off switch and wire belt guard as further safety measures.
The DeWalt runs at 13.5S CFM at 175 PSI and 15.5 SCFM at 90 PSI. It has a 230-volt electric induction motor. The product comes with a two-year pump warranty and one-year warranty on all other components.
- There is also an 120 gallon dewalt air compressor available in the market.
Husky 60 Gallon Electric Air Compressor
The Husky 60-gallon air compressor is a cast iron unit with a twin cylinder cast iron pump. Iron pumps tend to be quieter and cooler than the aluminum equivalents. The Husky doesn’t disappoint as it runs consistently at just 82 dB. It is a single-phase compressor with an oil-lubricated pump.
It has a 230-volt electric induction motor that boasts 3.7 horsepower. It claims a 100% duty cycle but for durability, you should try to limit this to 50%. The motor is protected from overheating by the thermal overload that cuts the power to the motor when it reaches a pre-defined level.
The maximum pressure of the Husky is 155 PSI and you can expect 10.2 SCFM at 90 PSI. This machine is capable of powering several pneumatic tools simultaneously, as the 60-gallon ASME tank will ensure that compressed air is available on tap.
The machine is equipped with easy-to-read, accessible air gauges, and an on/off switch for control. The integrated belt is protected by a belt guard.
The product is shipped with an air filter and synthetic oil. It is covered by a two-year limited warranty. This product represents excellent value for money as it is on the bottom end of the price range.
SS3L3 3 HP 60 Gallon Single Stage Air Compressor
Another continuous duty compressor, the Ingersoll Rand 60-gallon compressor is made from durable cast iron and rated for 5000 hours of use. This machine will arrive fully prewired for installation, so there are no hidden costs.
With a maximum pressure of 135 PSI, the 60-gallon ASME tank will take care of all of your workshop air requirements, effortlessly managing several tools simultaneously. It manages 11.3 CFM at 90 PSI. It has a 3-horsepower 230-volt induction motor. It is a single-cylinder, single-stage compressor.
The machine is easy to maintain and operate. It has an oil sight and an easy-to-access filling port. The synthetic oil should give you 2000 hours of operation before you need to drain and change it. Changing the air filter is also quickly and easily achieved. The compressor has a simple splash lubricated motor. Be warned, this compressor is shipped without oil so make sure to fill it up before you fire her up.
The compressor is equipped with an on/off pressure switch for ease of control. The onboard thermal overload will protect the motor from overheating and electrical fluctuations. The belt is protected by a belt guard.
This product has a one-year limited warranty and you’re guaranteed excellent after-sales service when you deal with Ingersoll Rand.
Porter Cable PXCMLC3706056 60-Gallon Stationary Air Compressor
The Porter Cable 60-gallon air compressor is a cast-iron, oil-lubricated compressor. Cast-iron compressors are durable and considerably quieter than aluminum compressors. The Porter Cable is a large and heavy machine that will not vibrate. It runs remarkably quietly. This is thanks to the automotive style ball bearings and the belt driven motor. The belt is fully enclosed for safety.
This is a twin-cylinder, single-stage compressor with a heavy-duty induction motor capable of 3.7 horsepower. The product is capable 11.5 CFM at 90 PSI. it has a maximum pressure of 135 PSI.
The 60-gallon ASME tank ensures that it is capable of supplying the compressed air requirements of several tools used simultaneously. It will also supply the air requirements of tools that require more air than the compressor is capable of supplying all at once. The compressor has an aluminum head and valve plate for effective heat dissipation. The reed valves are manufactured from durable stainless steel.
It has a top mounted power control switch for ease of control and to prolong the life of the compressor. It also has an oil sight glass and air pressure gauges. The machine is splash lubricated with long lasting synthetic oil. The pump has a two-year warranty and the rest of the components a year’s warranty.
Campbell Hausfeld VT6275 15 Amp 60-Gallon Oiled Vertical Compressor
The Campbell Hausfeld 60-gallon air compressor is a twin-cylinder, single-stage machine. It is made from durable and thermally stable cast iron. Cast-iron compressors are considerably quieter than compressors with an aluminum casing. This, along with the belt driven motor, ensures that this compressor is quiet in operation. It has a decibel rating of 87 dBA at a range of three feet.
The 60-gallon ASME tank ensures that this machine is a worthy addition to the small to medium sized workshop as it can supply the compressed air requirements of several air tools running simultaneously. The pressure gauges are well placed and are easy to read.
This unit is specified for an 80% duty cycle and has a heavy-duty 3.2-horsepower motor. It delivers 10.3 CFM at 90 PSI and has a maximum pressure of 135 PSI.
This splash lubricated compressor also has a conveniently placed oil sight. It uses synthetic oil. Synthetic oil will last four times as long as petroleum-based products meaning that it needs infrequent draining and refilling.
The lubricated pump has a 5000-hour rating based on the expected life of the bearings. This is a low-maintenance product that should last for years if it receives an occasional service and oil change.
The product has a limited one-year warranty. With over 180 years in business, Campbell Hausfeld is in the industry to stay.
Industrial Air ILA3606056 60-Gallon Single Stage Cast Iron Twin Cylinder Air Compressor
The second Industrial Air 60-gallon air compressor in our lineup is a very reasonably priced single stage machine. It is oil lubricated and has a cast iron body for durability, thermal stability and quiet operation. It is a twin cylinder single stage machine. It has an aluminum head and valve plate for improved heat dissipation.
The large ASME tank endows this machine with the ability to power large and hungry pneumatic tools and to support the needs of several tools at once.
It has automotive style ball bearings that run smoothly to ensure that there is no accompanying vibration. The reed valves are made from durable stainless steel. It is equipped with an easy to access oil sight glass and oil port. It has an air pressure gauge and an on/off switch allows for control.
The maximum pressure of this machine will reach 155 PSI. it will reach 11.5 CFM at 90 PSI. It has a spread voltage induction motor that can run at anything between 208 and 240 volts. The motor will reach 3.7 horsepower. The compressor runs off synthetic oil so it requires infrequent oil changes.
You will require a regulator, vibration pads and power cord to complete the installation. The product comes with a 2-year limited warranty.
Puma Industries PK-6060V Air Compressor
The Puma 60-gallon air compressor comprises a solid cast iron pump and crankcase. Weighing in at 305 pounds this is the heaviest of the machines that we’ve researched. It is a single-stage compressor that is belt driven, ensuring quiet operation of the machine. It stands vertically and so will take little space in the workshop.
The 230-volt induction motor has overload protection to protect it from overheating and damage caused by voltage fluctuations. The 3-horsepower motor manages maximum pressures of 135 PSI. It will reach 12 CFM at 90 PSI. It is shipped filled with synthetic oil. Synthetic oil motors arel-ow maintenance as the oil lasts four times as long as petroleum-based products. it has an on/off switch to preserve the machine.
The compressor comes with a one-year limited warranty. This is a well-built compressor at a reasonable price. It is manufactured in the USA.
The Craftsman 60-gallon air compressor is an oil-lubricated compressor powered by a 230-volt electric induction motor. The motor will reach 3.1 horsepower. It is a single stage twin-cylinder compressor with a quiet belt-driven motor. The compressor uses synthetic oil for low-maintenance operation. Synthetic oil lasts four times longer than petroleum-based products and so it requires infrequent changes.
The compressor can reach a maximum pressure of 150 PSI. This powerful machine will allow you to move from job to job in your workshop as it can power multiple tools all at once. The 60-gallon tank ensures that you have a continuous supply of air as it decouples the supply from demand.
It has an on/off control so you can preserve the pump. It operates very quietly so it won’t disturb the neighbors. It has a large and easy to see pressure gauge. The compressor is covered by a limited one-year warranty.
Kobalt 60-gallon air compressor
The Kobalt 60-gallon air compressor is a stationary compressor with a vertical air receiver that will use little floor space in the workshop. This is a durable cast iron machine that is capable of simultaneously powering several pneumatic tools at once, improving efficiency and productivity.
Kobalt like Husky is manufactured under license. The Kobalt brand is manufactured specifically for Lowes and has been produced by a number of air compressor manufacturers.
It sports a twin cylinder oil lubricated pump. The compressor uses synthetic oil for ease of maintenance and trouble-free operation.
It is a single-phase compressor rated for 5000 hours of work. It has a 230-volt electric induction motor and a 60-gallon ASME approved tank. The motor runs at 3.7 horsepower producing maximum pressure of 155 PSI. the airflow rating is 11.5 SCFM at 90 PSI. It is equipped with large easy to read gauges.
Why you need a sixty-gallon tank
Many compressors are mounted upon a tank. The tank decouples supply from demand. Most demands on compressors are intermittent. The tank relieves the compressor of the need to continually switch on and off. It also means that you can use air tools that require continually more compressed air than the compressor can supply.
The best 60-gallon compressor will ensure that you have plenty of compression power available to power even the greediest pneumatic tools. They are also capable of powering multiple tools simultaneously. The Larger the tank size, the more tools a compressor can handle.
It is the tank size that governs the amount of air flow that the machine can manage before the air pressure drops. When the pressure drops beneath a specified level the air receiver must be refilled. A larger air tank will ensure that your tools will run for longer at a consistent CFM.
The compressed air in a 60-gallon air compressor is not quickly depleted. You may be tempted to go with a smaller tank, but you could be sorry. A spray gun will work off a small tank but you will have to stop from time to time to allow the pressure to rebuild. When a compressor is continuously refilling the tank, it takes strain. This will reduce the life of the machine. The longer that the machine stays off cooling between cycles the longer the machine will last.
Using a compressor that is too small for your needs will also cause condensation to accumulate in the airlines which can cause damage to your pneumatic tools and your compressor.
Because of their size compressors that have 60-gallon tanks are stationary. They are designed to stay in place and have their feet bolted to the floor. The wiring is typically connected directly into the electrical circuit.
These compressors are ideal for continuous use tools such as sanders and grinders.
How compressors work
Compressors typically force compressed air into a tank where the pressure will keep increasing until it reaches an upper limit at which time it will shut off. As you use the air tool the air is depleted from the tank reducing the pressure. When air pressure reaches a specified lower limit, the compressor switches back on again. The air is once again forced into the tank increasing the pressure.
The compression cycle generates a fair amount of heat, which if not managed can damage the machine. It must, therefore, have sufficient time to cool off. Most compressors are equipped with thermal overloads and overload relays. The thermal overload protects the machine from overheating and the overload relay stops electrical fluctuations from causing damage.
The duty cycle refers to the time between pressurization and cool down. The optimal duty cycle for the extended life of a compressor should be no more than 60%. You should, therefore, make your air consumption a primary consideration in selecting the appropriate compressor for the job.
Duty cycles are usually measured in ten-second cycles so a compressor with a 50% duty cycle should rest for five minutes after five minutes of operation.
60-gallon air compressors performance ratings
There are a number of important measures that you must consider when deciding on the air compressor that is best for your application
Airflow and pressure
Airflow is a measure of the ability of a compressor to do a task in a period of time. Airflow capacity or the volume of airflow is measured in standard cubic feet per minute SCFM. SCFM is the flow of free air in a standardized area. The SCFM requirements of people working at sea level will differ from those living at higher altitudes.
Before you purchase your 60-gallonair compressor, you must understand how many SCFM your pneumatic tools need to operate effectively and how many tools you will want to operate at once. Your CFM requirements will also help you to determine whether you should purchase a single-stage or a two-stage compressor.
Pressure refers to the amount of force that is required to do an amount of work at any given time. Pressure is measured in pressure per square Inch or PSI. Compressors are rated according to the maximum PSI that they can tolerate.
To understand what the air compressor is capable of you would need to consider the CFM rating at a specific pressure level or PSI. It is essential that you purchase the correct size of air compressor for the job.
If a compressor is undersized the pressure will drop off and you will be forced to stop while you allow it to fill up and restore the pressure. Over sizing it is a waste of money and can lead to mechanical problems in the future.
Air compressor tank size
The air receiver or tank is measured in gallons. Large tanks will require less frequent filling. Air tanks prevent pulsing in the line. They store the air for continuous use when the requirement exceeds the capacity of the compressor to provide compressed air.
Motor power is measured in Horse Power HP. The larger tanks will have larger motors since it takes a large motor to effectively fill a large air receiver. A motor with higher horsepower produces greater PSI. It is also directly related to the CFM that a compressor can create.
You should, however, never choose the compressor based on the horsepower of the motor but should rather use the CFM and PSI as the deciding factors. It should be noted that the higher the horsepower, the more efficiently the air will be delivered to the receiver.
Gas or electric
Air compressors are powered either by gas or electricity. Electric compressors have motors that exceed 2 horsepower. They, therefore, require an electrical input of between 220 and 240 volts. Electric compressors are the best for indoor use as they do not emit fumes.
Electric motors are generally cheaper than the gas versions. They also require less maintenance. You should never power your compressor with a generator; it could damage the motor. Electric air compressors are quieter than the gas versions.
Because gas compressors emit fumes, they are generally used outside. These compressors are an excellent choice for construction sites as they require no electricity. Ensure that they are always used in well-ventilated areas as they emit dangerous fumes.
Oil-free or lubricated compressors
Most workshops are equipped with lubricated compressors. In facilities where the consequence of oil spillage is a problem, oil-free compressors offer a solution. These compressors are usually used in facilities that deal with food or in clinical practices.
Lubricated compressors are cheaper than their oil-free alternatives. Oil is used in the compressor to lubricate, seal, and cool the compressed air. The pistons of oil-free compressors are lubricated with substances such as Teflon. Teflon can wear so these compressors are less durable than the lubricated compressors. When the Teflon wears the piston can suffer irreparable damage. They are also noisier than lubricated compressors.
Oil in the compressor can contaminate the airlines, which could ruin a perfectly good spray job. An oil-free compressor requires no maintenance. The oil in a lubricated compressor should be changed at least every year. Neglecting to lubricate your compressor could cause permanent damage and could also invalidate the warranty.
Types of Compressor
There are two types of compressor design available. The rotary piston compressor is the type typically used in a workshop. A rotary screw compressor is designed for continuous use in industrial applications.
Rotary screw compressors compress air through two screws that turn in opposing directions. The air that is compressed is then stored in a receiving chamber. Although they operate at lower pressures, they have a higher CFM.
The rotary piston or reciprocating air compressor has a piston that moves up and down within a cylinder. These compressors are commonly used in domestic and industrial workshops. The compressors come in single or dual stage formats. The Porter Cable 60-gallon air compressor is an example of a dual single-stage compressor.
Piston compressors are relatively inexpensive and are very easy to maintain. Depending on the design, single-stage compressors can reach a maximum pressure of 150 PSI. It compresses the air in a single stroke of the piston.
Two-stage compressors have dual pistons. Each is a different size. These compressors can deliver up to a maximum of 200 PSI. Some single-stage compressors have two pistons of exactly the same size. This speeds up the refilling process but does not increase the maximum pressure value.
Two-stage compressors are more efficient at higher pressures because the air is cooled between stages. You will get up to 25% more air power from the same sized motor with a two-stage compressor. A two-stage does cost more so it may be cheaper to purchase a more powerful single-stage compressor than to go the two-stage route. The deWalt 60-gallon air compressor is a two-stage compressor.
Piston compressors are meant for intermittent use and are only available for around fifty percent of the duty cycle. This means that the compressor can work for just half an hour at a time. If they are not allowed to cool between cycles, they will overheat damage the compressor.
Belt drive or direct drive
Rotary drive compressors are available in both direct drive and belt driven versions. In direct drive models, the motor is connected to the crankshaft. They are more expensive, noisier, and more difficult to maintain, but they are more efficient and operate at cooler temperatures. The biggest advantage of the direct drive compressor is that they are oil free.
Belt drive compressors are more flexible in pressure adjustment. The belt connects the motor to the air compressor. These compressors are cheaper and easier to install and maintain. Belt drives create less vibration so they are not as noisy.
Considerations when purchasing your compressor
- Noise – Compressors today are a lot quieter than they were in days past. If you live in a built-up neighborhood then you’ll want to ensure that you purchase the quietest 60-gallon air compressor that you can find.
- Indoors or out – Gas air compressors are handy when there is no electricity available, but they are not a good choice for a workshop as they emit fumes.
- Purpose – How frequently you require compressed air is an important consideration. The compressor that you choose for occasional use may differ substantially from the one you might choose for use throughout the day. You should choose a compressor with a duty cycle that exceeds your usage requirements.
- PSI and SCFM – Collect the PSI and SCFM information of all of the pneumatic tools that you plan to use on the compressor. The manufacturer can supply this information. This will help you to select the best compressor for your workshop.
Heavy duty tools have higher pressure requirements and therefore require more air volume. The compressor that you choose should be capable of supplying all of the airflow and pressure requirements to power all of the tools that you plan on using.
Once you have the SCFM requirements of your tools, you should add 30% as a measure of safety. If you fail to choose a compressor large enough for the jobs you want to do, you will have to wait while the tank refills and this will have a negative impact on your efficiency.
If you choose a compressor that is too large for your planned jobs, you will pay more than you need to for the machine. When evaluating compressors using CFM as opposed to SCFM, make sure to compare the CFM at the same PSI.
- Durability – Compressors made from durable materials will last for longer. This means that they are more cost effective in the long run. Cast-iron components will last. Protection of the outer crankcase with durable powder coat will ensure that it does not readily corrode.
- Coupler sizes – Ensure that the couplers are the correct size and that there are enough of them to couple up all of the tools that you plan to use simultaneously.
- Effective cooling systems – Compressors can run very hot under load. Seek effective heating systems such as a heat dissipating head.
- Warranty – Compressors are not cheap so it is a good idea to ensure that the one that you purchase has a decent warranty. Less than one year is not acceptable.
- Manufacturer – Pick a brand that has earned its stripes. Well established brands will ensure that they protect their brand equity. This way, you can be sure that the compressor is made from high-quality durable materials. With equipment, things can go wrong and you want the comfort of knowing that the manufacturer offers great after-sales service.
Features to look for when purchasing a 60-gallon air compressor
- A cast iron body and shaft ensure durability.
- Splash lubrication offers a simple design at a lowerpirce. In these systems, the crankcase and cylinder are lubricated by oil splashed by the crank pin.
- Finger valves fabricated from stainless steel will ensure component longevity.
- The lower the number of components present in the compressor, the less can go wrong and the lower the maintenance requirements.
- Oil sight glass ensures that you can quickly see when the oil is low and prevent damage caused by running dry.
- Start/stop controls give you the control of switching the compressor off when it is not in use. Without this, the compressor will automatically switch on when it reaches a specified lower pressure limit and will switch off when it reaches the upper limit.
- Thermal cutout protects the compressor from voltage fluctuations.
- Pressure gauges reveal the air pressure in the tanks and the pressure of the air delivered to the tool. The compressor will have a regulator that will allow you to adjust the pressure to the rating required by the tool.
Installing your 60-gallon air compressor
Your air compressor should be installed in a well-ventilated area so that it can cool down easily. It requires airflow and should be placed at least three feet from the walls.
- When installing, place predrilled vibration pads under the feet. Drill holes at least five inches into the concrete beneath the holes in the feet of the compressor. Use wedge anchors to secure the air compressor.
- Install the breather and the filter. Check for oil type and quantity. Fill with oil if the compressor has not been shipped with oil.
- Install the shut-off valve and regulator. To prevent leaks, use sealing tape on all threaded connections.
- Call a qualified electrician to wire your compressor into the house mains. If using a power cord, you’ll need a 230-volt receptacle.
A good plumbing job is as important as choosing the correct compressor. You’ll need to include a filter drier in your airline to prevent damage to your tools. Damage can occur when condensation is passed along by the compressor.
Maintaining your compressor
Rotary compressors require little maintenance, but ensuring that it is regularly maintained will make sure it lasts for years.
- Read your user’s manual in full on receipt. It is important to understand what is required to ensure that the warranty is not inadvertently invalidated.
- Vibration can cause nuts and bolts to loosen. You should check these frequently and re-tighten as required.
- Clean the air intake valves regularly to prevent them from becoming blocked and forcing the motor to work harder.
- Make sure that hoses are maintained and that there are no leaks in the system.
- When you have used your compressor, you should without fail open the spigot and drain out the condensation that may have collected.
- Check your air filter regularly and change it as required.
- Change your compressor oil according to the user instructions. Top it up as required.
- Replace the air/oil separator.
The benefits of using an air compressor
- Pneumatic tools are lighter and easier to handle than the battery or electrical equivalent. There are a large number of tools available. You can fix a number of them to a single power source and use them as required.
- In many working environments, air tools are safer than electrical tools. This is true, for example, in areas that are damp or where combustible materials are present.
- Air tools are cheaper than the electrical or battery-operated tools.
Safe use of your compressor
- Keep an eye on the oil. Never run your compressor dry.
- Never exceed the recommended pressure.
- Make sure that safety relief valves are always open during operation of the machine.
- Always open the drain to rid the machine of water when you have finished using it.
Tips for more efficient use
- A long electrical lead will reduce the power to the motor. Use a long air lead instead.
- Don’t overdo the pressure. It is a waste of energy and can damage your tools.
- Maintain your compressor and ensure that it is adequately ventilated. The biggest cause of compressor failure is overheating.
An air compressor is an asset in any workshop, allowing for the use of powerful, cheaper, and less expensive pneumatic tools. Sixty-gallon air compressors combine the versatility of using air tools with the efficiency of separating the supply of compressed air from demand. This means that more than one tool is available for use at once and that larger, hungrier tools can take their place on the workbench.