EMAX Industrial Plus 5 HP 3- Phase 2-Stage 80 Gal. Vertical Compressor with 30 CFM Dryer Bundle

Voltage options of 208/230/460|30 CFM air Dryer|Automatic Tank Drain|Continuous Run|5 Year Bumper to Bumper Warranty

Emax compressor has made it easier for you to select the equipment you need, whether you are working out of a garage or an industrial environment we have what you need. We have taken the guess work out of pairing the perfect refrigerated dryer by introducing our bundle packages. Emax has paired these dryers to fit the CFM requirements of the compressor you have chosen saving you time, money and giving you peace of mind! This Bundle has our Emax Industrial Plus 5 HP 2 Stage Inline 3 Phase Vertical 80 Gallon Piston Air Compressor is designed for up to 50,000 hours of commercial or industrial use with proper maintenance. We have paired it with our environmentally friendly 30CFM Refrigerated air dryer. COMPRESSOR PUMP At the core of our Emax compressors is our pump. These pumps are SUPER quiet in operation and built too last! We start with a solid cast iron crankcase. Unlike some competitor’s aluminum body crankcases – our solid cast iron crankcase will ensure stable crankshaft alignment and will handle more work load under heavy load conditions. Our pump also features a precision balanced solid cast iron crankshaft with Timken-Style stainless steel roller bearings on the front and rear of the crankshaft to ensure smooth & efficient operation with less drag and less energy use. Our pumps also feature several other key components that ensure durability and performance! All steel connecting rods with replaceable rod bearing inserts. This allows our rods to be rebuilt! 99% of our competitors now use “throw-away” aluminum connecting rods in their pumps that have no re-build capability. Removable 100% cast iron cylinders. These solid cast iron cylinders are more stable under heavy workloads and do not warp from heat. Most of our competitors are using aluminum cylinders with a pressed-in sleeve that warp under extreme heat. Our solid cast iron cylinders can “take the heat” and are designed to perform on heavy load demands. All cast iron cylinder heads. Cast iron heads are more durable and dependable for trouble free operation. “Disc valve design” intake and exhaust valves. Disc valves have been around for over 100 years and have been proven to perform. Most of our competitors are using “throw-away” reed valves which are not nearly as durable and can’t be re-built. Our disc valves come right out of the top of the cylinder head where they can be serviced in minutes instead of hours like reed valves. Top quality compression and oil rings. Our rings ensure performance with low oil carry over (1-5 PPM). Precision ground pistons machined to tight tolerances ensures low oil carry over. Premium “non-absorbent” gaskets prevent oil seepage from pump. All cast iron flywheel with built-in fan. The extra weight of our cast iron flywheel during run cycle gives the pump more “throw” on the compression stroke which will result in fewer loads on the electric motor. Built-in head unloaders. This feature reduces internal pump heat from compression because the intake valve is held open throughout the unloading cycle. This allows fresh air to come into the cylinder chamber. Under the compression stroke, the unloader holds the intake valve open allowing the air to blow back out the intake filter. This fresh air absorbs the heat out of the pump under heavy workloads. Built-in inter-cooler and after-coolers. The inter-cooler allows air to be cooled between stages while the air cooled after-cooler provides a second cooling stage that cools the air before it goes into the tank. Our after-cooler also includes an all copper main feed line from the pump into the tank. Bottom line … Not only do we have one of the highest quality, most durable compressor pumps in the industry … but we have one of the lowest RPM compressor pumps on the market. That’s the Emax difference! Pump RPM is a very critical factor in both performance and longevity. For that reason, on most of our compressors, we normally “GO BIG” over-sizing our pumps and running them at lower RPMs than most manufacturers. Our bigger, low RPM pump can still yield a high CFM output because both our bore and stroke are bigger. Not only do you get the big CFM output, but the lower RPM operation also reduces friction and heat buildup to extend pump life!

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