Commercial Duty Electric Stationary Air compressors for the pro-consumer or heavy home hobbyist. Designed to power smaller air tools, low volume nail guns, small grinders and cut off tools.
Commercial Duty Electric Portable Typically found on the farm, ranch or construction job site. Great performance in a compact system with all the power you need to complete location work.
- Stationary
- CI51E61V 12 cfm
- CI51E62V 17 cfm
- CI51E63V 16 cfm
- Portable
- 2 HP 8 cfm
- 3 HP 12 cfm
- 5 HP 18 cfm
- Owners Manual
- Commercial-Duty Compressors
- Install Guide
- Electric Reciprocating Install Guide
Industrial Duty Electric Motor Compressors are designed to be used every day in automotive maintenance facilities, production facilities, fabrication facilities any many more.
Cube Industrial Electric Compressors feature a modular design for greater flexibility in expansion, replacement or upgrades. Ideal for applications with space parameters or existing air storage.
- 5-10 HP
- 5 HP
- 7.5 HP
- 7.5 HP Heavy-Duty
- 10 HP
- 15-30 HP
- 15 HP 45 cfm
- 15 HP 51 cfm
- 20 HP
- 25 HP
- 30 HP
- Cube Air System
- 5 HP
- 7.5 HP 24 cfm
- 7.5 HP 28 cfm
- 10 HP
- 15 HP
High value compressors for light commercial applications, contractors, and pro-consumers. These units are designed for job site applications that require high CFM at no more than a 50% duty cycle.
- Engine Driven
- 5.5 HP Honda Portable
- 5.5 HP Kohler Portable
- 8.5 HP Portable
- Owners Manual
- Commercial-Duty Compressors
Industrial Duty Gas/Diesel Engine Driven air compressors are designed to run 1-inch impact wrenches along with any assortment of smaller air tools. Air compressors for when you need to get the job done.
Industrial Duty Hydraulic motor driven air compressors driven by hydraulic drive motors that will run a wide assortment of impact wrenches along with any assortment of smaller air tools.
Cube Industrial Gas Engine Driven Designed to fit into tight spaces in service vans, enclosed trucks or smaller service bodies. Compact units with the power to run multiple sizes of air tools.
- Cube
- 5.5 HP 12 cfm
- 13-14 HP 23 cfm
- Enclosed Hydraulic
- 17 cfm
- 24 cfm
- 45 cfm
- Owners Manual
- 8-15 HP Engine Driven
- 15-25 HP Engine Driven
- Hydraulic Driven
- Install Guide
- Open Frame Gas/Diesel Reciprocating Compressors
Compressor Combination Packages Industrial Duty air compressors for maintenance trucks, service fleets or technicians that need to save space and weight. With power to run 1-inch impact wrenches combined with generators, welders or jump starters in the field or on the job site, this is what you need when you need to get the job done.
- Compressor Generator
- 16 cfm Diesel
- 16.5 cfm Gas
- 19 cfm Gas
- 23 cfm Gas or Diesel
- Gen-Welder
- 16 cfm Diesel
- 16 cfm Gas or Diesel
- 19 cfm Gas
- Jumpstarter Combos
- Gen-Jump-starter
- Gen-Weld-Jump-starter
- Owners Manual
- Reciprocating Combos
- Install Guide
- Reciprocating Engine Driven Compressor Packages
Industrial Duty Oil Free Air compressor for the medical, agricultural, food, beverage and laboratory environments. These units ensure your process or tools have oil-free air.
Industrial Duty Pressure Lubricated Air compressors that have internal oil pumps to make sure they stay lubricated even in the harshest environments.
Knowing how much air you need is important. A compressor that is too small can be over-worked. One that is too large can be inefficient. This tool uses the amount of tools, users, or cfm you normally use to calculate the size and cfm of the most efficient compressor for your application.
Not sure if you need a reciprocating or a rotary screw compressor? Here is some info to help you decide what will work for your application.
Open Frame Industrial Rotary Screw compressors are built with service and the ease of use in mind. Package for the owner that just wants a compressor they can turn on and run. Units from 10-500 cfm.
Cube Air System Rotary Screws provide the same efficiencies and reliability as open screw compressors for those with space parameters or existing air storage.
- 25-100 HP
- 25 HP
- 25 HP 80 dBA
- 30 HP
- 40 HP
- 50 HP
- 60 HP
- 75 HP 325 cfm
- 75 HP 335 cfm
- 100 HP
- 125 HP
- Cube Air System
- 5 HP
- 7.5 HP
- 10 HP
- 15 HP
- 15 HP Heavy Duty
- Install Guide
- Open Rotary Screw Install Guide
Open Frame Duplex Rotary Screw Compressors are the ultimate in electrical efficiency. Our duplex rotary screw compressors are built to be easy to service, maintain and operate. Available in a variety of horsepower, tank, and electrical voltage from 10-500 cfm.
- Install Guide
- Open Rotary Screw Install Guide
Enclosed Industrial Rotary Screw compressors are built into a sound attenuating enclosure to offer some of the lowest DBA levels in the industry. Units from 10-100 cfm.
- 5-20 HP
- 5 HP
- 7.5 HP
- 10 HP
- 15 HP 57 cfm
- 15 HP 68 cfm
- 20 HP
- Install Guide
- Enclosed Screw Install Guide
Gas & Diesel engine-driven Industrial Rotary Screw compressors can run multiple applications and tools depending on the jobs site and requirements. Units from 28-250 cfm.
Cube Air System Rotary Screws provide the same efficiencies and reliability as open screw compressors for those with space parameters or existing air storage.
Enclosed Hydraulic Driven Rotary Screw compressors operate on fluid power to run multiple applications and pneumatic tools.
- Owners Manuals
- Rotary Screw Gas/Diesel
- Rotary Screw Hydraulic
- Install Guide
- Engine Driven Rotary Screw
Rotary Screw Compressor/Generator Combos provide power and airflow for a variety of air tools and power tools, electrical lights and more.
- 75-110 cfm | 20-40 kW
- 75 cfm | 20 kW Diesel
- 75 cfm | 40 kW Diesel
- 110 cfm | 30 kW Diesel
- Owners Manual
- 5-34 HP Rotary Screw Combos
- 35-105 HP Rotary Screw Combos
- Install Guide
- Rotary Screw Engine Driven Compressors
Knowing how much air you need is important. A compressor that is too small can be over-worked. One that is too large can be inefficient. This tool uses the amount of tools, users, or cfm you normally use to calculate the size and cfm of the most efficient compressor for your application.
Not sure if you need a reciprocating or a rotary screw compressor? Here is some info to help you decide what will work for your application.
- Commercial-Duty
- Commercial-Duty Compressors
- Reciprocating Engine and Hydraulic Driven
- 8-15 HP Engine Driven
- 15-25 HP Engine Driven
- Hydraulic Driven
- Reciprocating Packages
- Reciprocating Combos
- Rotary Screw Engine and Hydraulic Driven
- Rotary Screw Gas/Diesel
- Rotary Screw Hydraulic
- Rotary Screw Packages
- 5-34 HP Rotary Screw Combos
- 35-105 HP Rotary Screw Combos
- Electric Reciprocating
- Installation Guide
- Cube Air System
- Installation Guide
- Engine and Hydraulic Driven
- Installation Guide
- Install and Setup
- Install Checklist
- Quickstart Checklist
- Open Frame Rotary Screw
- Installation Guide
- Engine and Hydraulic Rotary Screw
- Installation Guide
- Oil-Free Compressors
- Installation Guide
- cfm Calculator
- Download pdf
- Voltage Drop Calculator
- Download pdf
- Electrical Guide
- NEC Wiring Codes
- Wiring Guides
- How to Wire Compressors for Installation
Portable Rotary Screw Compressor Maintenance
Questions? email the Service Team
24/7 Tech Support 800-531-9656/972-352-6304
ALWAYS MAKE SURE ELECTRICAL POWER IS OFF BEFORE REMOVING ANY INSPECTION COVERS OR PLATES
You should always contact an authorized service center before attempting to fix or repair your air compressor
Warning: To avoid personal injury, always turn drive engine key off and remove from compressor, relive all air pressure from the system, also disconnect the battery power connections before starting any service or maintenance on the compressor
Normal Operation
Start-Up
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Drain off condensate from the sump and check the oil level. Refill as necessary.
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Check for any oil leaks. Correct as necessary.
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On water cooled units, turn on the water.
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Press the start button.
Stopping
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Make sure the compressor is fully unloaded before step
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Unload the compressor by closing the service valve (this is a ball or block valve) placed in the system during compressor installation between the compressor and operating airlines for service and maintenance reasons.
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After the unit has exhausted its contained pressure (this takes about 30 seconds) push the stop button.
Emergency Stopping
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Push the stop button.
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Pull the main disconnect, if possible.
Air Filter
Drain off condensate from the sump and check the oil level. Refill as necessary.
Check for any oil leaks. Correct as necessary.
On water cooled units, turn on the water.
Press the start button.
Make sure the compressor is fully unloaded before step
Unload the compressor by closing the service valve (this is a ball or block valve) placed in the system during compressor installation between the compressor and operating airlines for service and maintenance reasons.
After the unit has exhausted its contained pressure (this takes about 30 seconds) push the stop button.
Push the stop button.
Pull the main disconnect, if possible.
The air filter is the primary protection of the compressor from harmful dirt being ingested into the oil system. It needs to be looked at periodically for clogging or holes. The period for theses inspections is dependent on the environment the machine is in. For optimum life it is recommended that an air filter restriction indicator be used. Service simply based on hours is not recommended.
Element Inspection and Replacement
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Switch off the unit and disconnect the power to prevent accidental starting.
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Allow one minute after stopping for the system to settle and the pressure to be relieved.
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Loosen the nut that secures the cover and remove the cover.
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Remove the element.
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Place a bright light inside the element to inspect for damage or leak holes.
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Inspect all gaskets and gasket contact surfaces of the housing. Correct any faulty conditions immediately.
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Clean the housing with a damp cloth. Do not attempt to blow out dirt with compressed air.
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Place a new element in the housing.
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Replace the cover and tighten the nut.
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Reset the filter indicator and the machine will be ready for operation.
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If the compressor is turned off before being fully unloaded it can cause the unit to discharge oil into the air filter housing causing it to stop up or become contaminated.
Oil Filter
The oil filter in the compressor system is a full flow replaceable canister type. Initially the filter should be replaced after 50 hours of operation. Then every 1000 hours or sooner as indicated by a maintenance gauge. This element protects the compressor bearings from grit and dirt ingression throughout the system. A dirty filter will cause an oil flow restriction that can result in high oil temperature and a unit shutdown.