Ingersoll Rand Air Compressor EP300

Before starting any maintenance, be certain the following is heeded.

Have recommended spares on hand

Replace Premium Coolant* (ULTRA)

In very clean operating environments and where inlet filter is changed at the above prescribed intervals.

In extremely dirty environments change coolant, filters, and separator elements more frequently.

Sign off on the coolant replacement

Have recommended spares on hand

Is 'CHANGE INLET FILTER' flashing on the screen?

Loosen wing nut on top of inlet filter housing

Lift cover up and away to expose element/s

Safety Instructions: Read before starting any maintenance

Use correct tools and have recommended spares on hand.

Old element loosened with suitable device

Drain pan used to catch any leakage during removal

Sealing surface of the filter wiped with a clean, lint-free rag

Replacement element removed from its protective package

Small amount of clean lubricant applied on the rubber seal of the replacement element

Element screwed on until the seal makes contact with the head of the filter assembly

Before starting any maintenance, be certain the following is heeded.

Have recommended spares on hand

The screen/orifice assemblies are located between two pieces of 1/4 inch O.D. scavenge line tubing

The main body is made from 1/2 inch hexagon shaped steel

Before starting any maintenance, be certain the following is heeded.

Have recommended spares on hand

Ingersoll Rand recommends incorporating predictive maintenance, specifically the use of coolant and vibration analysis, into all Preventative Maintenance programs.

Predictive Maintenance is designed to increase system reliability and prevent costly downtime.

Through the use of sophisticated diagnostic tools, including fluid, vibration, and optional air analysis, IRA Certified Service Technicians can identify and correct potential problems BEFORE they can cause expensive unscheduled downtime.

How does predictive analysis work? By establishing an initial baseline for normal operation, and then regularly monitoring fluid and vibration conditions, any sudden deviation or significant increase from this baseline can be identified and investigated to pinpoint the cause.