Product Overview

The Ingersoll Rand 80060239 Coolant is a compressor coolant used in compatible Ingersoll Rand compressed-air systems. It forms part of the compressor lubrication and thermal-management circuit, helping the compression system operate within its intended temperature range while reducing friction and wear between moving components.

In an oil-lubricated screw compressor, coolant circulates through the compression and cooling system as the compressor operates. It absorbs heat generated during compression and helps maintain suitable lubrication conditions for the airend and associated components.

The coolant is particularly relevant during routine compressor servicing. Maintaining the correct coolant condition and replacement interval helps prevent excessive thermal loading, lubricant degradation, and operating problems associated with contaminated or deteriorated compressor fluid.

For maintenance teams, the 80060239 should be selected according to the compressor model and manufacturer requirements. Coolant condition, contamination, operating temperature, and service history should be considered when planning replacement or replenishment.

Technical Specifications

Product Features

• Compressor coolant for compatible Ingersoll Rand systems
• Supports lubrication of compressor operating components
• Helps remove heat generated during compression
• Suitable for routine compressor servicing and fluid replacement
• Used within the compressor lubrication and cooling circuit
• Helps maintain appropriate operating conditions for the compression system
• Applicable to maintenance programs for compatible Ingersoll Rand compressor equipment

Working Principle

During compressor operation, the coolant circulates through the lubrication and cooling circuit. In an oil-injected screw compressor, fluid is introduced into the compression process to provide lubrication and absorb heat generated as air is compressed.

After leaving the compression stage, the coolant and compressed-air mixture passes through the air/oil separation system. The separated coolant is then routed through the cooling and filtration circuit before being returned to the compressor.

Compressor Airend → Coolant / Air Mixture → Air/Oil Separator → Coolant Circuit → Cooler / Filter → Compressor Airend

The condition of the coolant directly affects heat transfer, lubrication, and the overall condition of components exposed to the circulating fluid. Contamination, oxidation, or deterioration can reduce its ability to perform these functions and may contribute to elevated operating temperatures or increased component wear.

Role in an Ingersoll Rand Compressor Lubrication Architecture

The 80060239 Coolant operates as part of the compressor’s fluid-management circuit rather than as an independent mechanical component. It works together with the airend, separator, cooler, filter, and oil-return system.

Compressor Airend → Air/Oil Separator → Coolant Cooler → Coolant Filter → Compressor Airend

Industrial Applications

Installation and Maintenance

1. Confirm that 80060239 is specified for the compressor model before adding or replacing coolant.
2. Shut down the compressor and isolate it according to the applicable maintenance procedure.
3. Allow the compressor and coolant circuit to reach a suitable service condition before opening the system.
4. Drain used coolant through the designated service connection and collect it using an appropriate container.
5. Inspect the drained fluid for discoloration, contamination, or unusual deposits.
6. Check the coolant filter and replace it when required by the compressor maintenance procedure.
7. Inspect the coolant cooler and associated lines for contamination, leakage, or restricted flow.
8. Fill the system with the specified coolant quantity according to the compressor service documentation.
9. Avoid introducing dirt or foreign material into the coolant circuit during servicing.
10. Check coolant level and circulation after restarting the compressor.
11. Monitor operating temperature and pressure after coolant replacement to identify abnormal conditions.
12. Record the coolant service date, quantity, and compressor operating condition for future maintenance.

Compatible System Components

Recommended Related Models

Key Advantages

• Supports lubrication and heat management in compatible compressor systems.
• Helps maintain stable compressor operating conditions.
• Suitable for scheduled compressor fluid servicing.
• Works as part of the integrated lubrication, cooling, and separation circuit.
• Helps protect compressor components from excessive friction and thermal loading.
• Suitable for maintenance programs using specified Ingersoll Rand compressor fluids.

Technical FAQs

What is the function of 80060239 in an Ingersoll Rand compressor?

80060239 serves as compressor coolant within the lubrication and cooling circuit. In compatible systems, it helps lubricate moving components while carrying heat away from the compression process.

What conditions can indicate that compressor coolant requires attention?

Elevated operating temperature, abnormal coolant condition, contamination, unusual deposits, or changes in compressor operating behavior can indicate that the coolant circuit requires inspection. The compressor’s maintenance documentation should determine the appropriate replacement interval.

Why should the coolant filter and cooler be checked during coolant replacement?

A restricted filter can reduce fluid circulation, while a contaminated cooler can reduce heat-transfer performance. Checking both components helps ensure that fresh coolant can circulate effectively through the compressor system.

What should be checked after replacing the compressor coolant?

Verify the coolant level, inspect the system for leaks, confirm circulation, and monitor operating temperature and pressure after startup. Any abnormal condition should be investigated before the compressor returns to normal service.