Swift Equipment Solutions Air Compressor Buying Guide

Air compressors, today, are worksite staples. A variety of industries conduct day-to-day operations via air-powered tools, and an air compressor’s electrical freedom is highly sought after by decision makers. Many don’t require a motor for use, and temporary sites—like festival and fairgrounds—benefit greatly from their pick-up-and-go design.

Serving uses in individual toolkits and industrial production sets alike, air compressors are useful for powering paint sprayers, finish nailers and impact wrenches. Power and versatility are an air compressor’s chief benefits, but every product contains a slew of options for diverse projects. Regardless of your project’s scope, location or requirements, an air compressor can accommodate for most tasks.

When selecting an air compressor, however, you should take the following considerations. Follow this guide below, and select the perfect air compressor to meet your workplace’s needs.

Select the Right Type

Air compressors are available in three types. While each is useful, each offers features specific to different work needs.

Reciprocating Air Compressor

A reciprocating air compressor uses positive displacement to boost air pressure. By limiting air volume, a reciprocating air compressor creates between one and 15 hp. These air compressors are available in one-stage and two-stage versions.

Rotary Screw Air Compressor

A rotary screw air compressor is a positive displacement compressor offering continuous duty via interior cooling. Rotary screw air compressors, because of their high sustainability, don’t need external cooling. Internal parts are always spared from extreme operating temperatures, granting them access to outputs between 7.5 and 100 hp.

Centrifugal Air Compressor

Centrifugal compressors don’t require positive displacement to operate. A high-powered option, the centrifugal compressor maintains a constant output above 100 hp. Worksites requiring continuous demand benefit greatly from centrifugal air compressors.

Additional Options

While air compressor type refers to a worksite’s direct workflow needs, additional options are available for decision makers needing diverse solutions and flexible services. Air compressors are available in different designs, spanning across size, weight and portability. Once you’ve selected the perfect compressor to meet your project’s needs, consider the following options.

Portable Design

Portable air compressors are easy to transport. They’re lightweight, and they can be mounted on industrial carriages pulled upon two to four wheels. A portable air compressor, capable of being taken anywhere, powers air tools across many work environments. A portable unit doesn’t need an extra-long hose, and it is often a reciprocating unit requiring less power. Compared to its larger counterparts, a portable air compressor requires significantly less resources to run.

Stationery Design

Stationary air compressors, while unmovable, offer significantly more power than portable units. Crafted to serve long-term projects, a stationary air compressor offers incredibly CFMs. They do, however, require a particular installation. Often, the operator must drill a stationary unit’s hose through a wall, mounting it above the work area. High-end rotary screw compressors are often stationary units.

Towable Design

Towable compressors, meanwhile, are often located on jobsites or in forestry projects. Towable units, mounted atop trailers, are paired with steel chassis and galvanized canopies to complete heavy duty projects. Often bound by a simple connection, such as a lifting eye hitch, towable air compressors can be equipped to any sizable work vehicle. Typically, towable compressors create between 14 and 327 hp.

Truck Mounted Design

Truck mounted air compressors are incredibly similar to stationary air compressors. Unlike stationary units, however, they can be transported between job locations without requiring disassembly or reassembly. Large, truck mounted units can power several air tools simultaneously. Environmentally-friendly, many truck mounted units are fully run via electricity. Frequently, these all-electric options grant users cost freedom from lack of fuel needs. Similar to a stationary model, a truck mounted air compressor requires hose access by running equipped hoses from the host truck to the work area.

Air Compressor Specification

When selecting an air compressor, you should consider several specifications. Air compressor operation is governed by a few factors, determining the unit’s usability, value and flexibility. When comparing different models, consider the following:

Stages

An air compressor’s “stages” are its number of contained cylinders. When selecting an air compressor, you have two options:

Single Stage

Single stage compressors contain a singular cylinder. Often, they can reach a maximum of 120 psi. Normally used for small shops and households, single stage air compressors are both lightweight and portable.

Multistage

Multistage compressors are constructed to handle multiple pneumatic tools requiring over 120 psi. Harnessing over one cylinder, multistage compressors compress air within an initial cylinder before transferring air into alternative cylinders. Doing so achieves higher power levels, granting higher psi. Multistage compressors do, however, require a cooling component.

Power Source

An air compressor’s power source (diesel driven air compressor engine, gas, electricity) determines its functionality in different areas. A unit can be powered by either gas, diesel or electricity, giving operators different options on a worksite-to-worksite basis. Output is, however, impacted by power source. In general, air compressors are available in three power options:

Gas Driven Air Compressor Engines

Gas-powered air compressors are often portable. They’re a solid alternative in rural areas and worksites not connected to a power grid. Unfortunately, gas-powered units can weigh over 2,000 pounds. While incredibly powerful, gas-powered units generate a lot of noise.

Diesel Driven Air Compressor Engine

Diesel-powered air compressors offer a higher output than gas-powered units, generating between 185 and 1,600 CFM. Typically, a diesel-powered air compressor needs to be mounted or towed. Diesel driven air compressors are, however, incredibly versatile. For this reason, they’re an optimum choice for projects requiring a wide range of tool connections.

Electricity

Electric-powered air compressors are incredibly common. Often lightweight and compact, electric models are ideal for enclosed-space projects. Requiring a standard wall socket for operation, electric models are highly viable for residential projects. That said, units producing higher CFMs may require higher voltage from a larger power source.

When selecting an air compressor, take provider options into consideration. Swift Equipment Solutions is outfitted with the design options, portability and high-powered units you need. Constantly checking inventory options, Swift Equipment Solutions is constantly outfitted with the options your worksite needs. Jumpstart your project today, and take advantage of the industry’s leading performance options.

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Working Principle of Used Sullair 185 Air Compressor

Sullair is a Michigan-based engineering company with a proud legacy of great success as a pioneer in air compression technology. It has a lot of experience serving customers across the globe. The company has manufacturing facilities in the United States, China, and India. It is an ISO 9001 certified company with has high standards in delivering quality and reliability in manufacturing. Sullair has been a leading name in air compressors for more than 50 years and first to execute successfully the rotary screw technology in their compressors.

Sullair 185 is a type of portable rotary screw compressor. They are more efficient and perform better than traditional piston type compressors where high volume with a steady flow is required. These portable air compressors are often used for all-weather medium and small scale industrial applications. One of the most common uses is for powering high-power pneumatic tools.

The Sullair 185 air compressor works based on a continuous rotary sweeping motion. This enables the unit to perform with almost no pulsation or flow surge. It uses two mechanical helical screws, also known as rotors, to compress the gas. It features an oil flooded system with an integrated leak-free design.

From a layman’s perspective, the air is compressed as it passes between the threads of the helical screws. The actual science behind the compression is much more interesting. It is a combination of principles of fluid mechanics. For the actual user, this means little to nothing, but these are at the heart of the working principle of air compression technology. More specifically, it is the principle of compressible flow or gas dynamics, which is only a subset of fluid mechanics. Compressible flow concerns itself with the changes in fluid density, in effect covering everything from rocket engines to shower heads.

The Sullair 185 air compressor is powered by a turbo-charged tier 4 emission compliant 111 CID Kubota diesel engine that outputs 49 bhp of power at an operating rpm of 2720. It is this engine that allows the Sullair 185 to be as efficient as it is. The rated efficiency is 10.2 gallons per hour when operating at 100% capacity. With all this top tier technology, the Sullair 185 is a true workhorse that will serve you well for several years.

Resources URL - http://swift-equipment.com/working-principle-used-sullair-185-air-compressor/

Tips for Buying an Used 16v92 Detroit Diesel Engine

Detroit 16v92 is the engine from Detroit Diesel’s 92 series. They are a range of two-cycle, V-block diesel engines and come in 6 to 16 cylinders. Another popular line from Detroit Diesel is the 71 series of engines. Both 71 and 92 series are popular in various industrial and maritime applications.

In the 1980s and early 90s, the smaller variants of the 92 series were used as a bus engine in North America but it was also available for other applications such as for trucks, fire trucks, military vehicles, and motor homes. The V16 version is too large to fit any land passenger vehicle and is more suited to industrial uses in workshops or as a boat engine. The engine has a power rating of up to 950 horsepower.

If you are considering buying a used Detroit 16v92 series diesel engine you should consider these factors.

• Compatibility: You should also see whether see if the engine suits your purpose or not. First, you should have a consultation with your mechanic or expert who has recommended the use the engine. The compatibility of an engine is not only decided by the space available but also the system it will connect to. You have to check the compatibility with the other accessories and control systems to ensure it is compatible with the rest of the setup. Do not finalize a buying decision until you are sure of all the details. It is always better to have some expert advice instead of relying on guesswork.

• Availability: You should be able to find these engines easily as they are fairly old at this point in time and were introduced in the late 80s and 90s. The best way is to contact your local distributor or search online. An online search can offer you various options but you should check and verify ay details first hand before buying. Your local distributor may or may not have the engine at the time and you may have to wait for it to be delivered or become available on the market. In this case, your best option is to search online as it will offer you with the benefit of prompt delivery. Also, ensure that any spares or upgrades that you need are also ordered simultaneously.

• Price: For a used engine, you do not have to pay much. It is rare to find a Detroit Diesel 16v92 in prime condition. You should decide on a budget and account for any spares and repair work that it will need. Remember to account for the labor cost as well.

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Major Differences between Diesel Fueled and Natural Gas Fueled Industrial Generators

Generators help keep your industrial processes moving even in the event of a power outage. Investing in high-quality industrial generators make sense if you do not want to lose revenue and to ensure higher productivity. When shopping for industrial generators, you are likely to come across diesel and natural gas generators. They mainly differ in terms of the type of fuel that is required to run them, but there are other differences that you should consider before deciding to buy any of them. Here is a comparison that highlights the major differences between natural gas and diesel industrial generators:

Natural gas fueled industrial generators

These are efficient and widely used when it comes to providing power on a regular basis in the field and for emergency purposes. With natural gas as their power source, they are more efficient in large cities and in businesses that have easy access to this type of fuel through pipelines. The fuel is considered cleaner, too. 

Diesel fueled industrial generators

These generators can be handy in venues that are far from a power grid. Likewise, they can be used as a backup in case of an outage. Ships may use them as an energy source and for propulsion, too. Diesel fueled industrial generators are more versatile than natural gas generators considering that they can be used in both residential and commercial applications. They are more fuel efficient, so they run longer than petrol generators. Diesel itself is a cheaper fuel that requires less maintenance. In most cases, you only need to regularly change the oil to keep the engine of the generator clean. Diesel generators may be safer for industries where the fire is a high risk due to the fuel's minimal risk of ignition.

Look for Used Industrial Grade Generators Online

A generator is an investment that can go a long way for your business, especially if your daily processes cannot function without electricity. With generators, you do not have to worry about power outages interrupting your business at crucial times. While you have the choice to buy brand new industrial grade generators online, you have the option to buy used generators to save money. However, you must be careful and make sure that you are buying products that are still in good working condition. Use this guide to look for used industrial grade generators online:

• Determine your needs – When searching for a used industrial grade generator, be sure to know exactly what you need it for, what your operating conditions are like, the environment where the generator will be used, and how the device will complement your existing technologies. Be sure to tell the retailer these needs, so they can easily recommend the best product for you.

• Find a company that specializes in selling used generators – Consider a business that has in-house experts in the sale of refurbished, surplus, and new equipment. That way, they can recommend the right solutions to suit your specifications according to what you need the generator for. Make sure they pay top dollar for quality used generators.

• Understand the condition of the used generators – When it comes to surplus equipment, the seller must ensure the model year, previous application conditions, and the operating hours of the used generator, and that all the information is properly documented and disclosed to you. Reputable sellers take time to inspect and test used generators before guaranteeing that they are in good working conditions. They review the specifications, too.

• Make sure the used generator comes with a warranty – Reputable retailers provide the manufacturer's warranty on used products, which have been inspected and tested to the conditions of that warranty.