Product Overview

The Ingersoll Rand 47667844001 80060239 Coolant is a compressor coolant used in compatible Ingersoll Rand compressor systems. It supports the thermal management of the compressor during operation while also contributing to lubrication and protection of internal components in systems that use coolant for these functions.

During compression, mechanical work generates substantial heat inside the compressor. The coolant circulates through the relevant internal circuit to absorb and carry away heat, helping maintain operating conditions within the intended range.

Coolant condition is particularly important for compressors operating continuously or under high load. Degraded, contaminated, or insufficient coolant can affect heat transfer and lubrication performance and may contribute to abnormal operating conditions.

The 47667844001 and 80060239 identifiers should be checked against the compressor configuration before ordering or replacing the coolant. Maintenance should follow the applicable compressor service requirements, including correct filling procedures and inspection of the coolant circuit.

Technical Specifications

Product Features

• Compressor coolant for compatible Ingersoll Rand compressor systems.
• Supports heat removal during compressor operation.
• Contributes to lubrication of applicable compressor components.
• Helps maintain suitable operating conditions under continuous compressor loading.
• Suitable for industrial compressed-air equipment.
• Intended for use within the compressor coolant circuit.
• Available in a 15 L capacity configuration.
• Suitable for scheduled compressor maintenance and coolant replacement.
• Supports thermal management of compressor internal components.
• Identified by the Ingersoll Rand part number 80060239.

Working Principle

During compressor operation, the compression process generates heat that must be transferred away from the internal components. The 80060239 Coolant circulates through the applicable cooling circuit and absorbs heat generated during operation.

The heated coolant is then routed through the corresponding cooling path, where heat is dissipated before the coolant returns to the compressor circuit. This continuous circulation helps maintain the thermal condition of the compressor.

Compressor Heat Generation → Coolant Circuit → Heat Transfer → Cooling Stage → Coolant Return → Compressor

The coolant also contributes to the operating environment of components requiring lubrication where the compressor system uses the coolant for this purpose. Maintaining the correct coolant level and condition is therefore important for both thermal management and equipment maintenance.

Role in an Air Compressor Control Architecture

The coolant is a process consumable rather than an electronic control component, but its condition directly affects compressor operating performance. The compressor control system may monitor temperature, pressure, or other operating parameters associated with the cooling circuit.

Compressor → Coolant Circuit → Cooling System → Temperature Monitoring → Compressor Controller

Industrial Applications

Installation and Maintenance

1. Confirm the compressor model and coolant part number before replacement.
2. Shut down and isolate the compressor according to the applicable maintenance procedure.
3. Allow the compressor and coolant system to reach a safe condition before opening the coolant circuit.
4. Check the existing coolant level before draining or replenishing the system.
5. Inspect the coolant for abnormal contamination or deterioration where applicable.
6. Drain used coolant according to the compressor maintenance procedure.
7. Inspect the coolant reservoir, hoses, connections, and associated components for leakage or damage.
8. Fill the system with the specified coolant quantity according to the compressor service requirements.
9. Avoid introducing foreign material or contamination into the coolant circuit.
10. Check the coolant level again after the compressor has been operated under the applicable service procedure.
11. Monitor compressor temperature and other relevant operating parameters after coolant service.
12. Record the coolant replacement date, part number, and maintenance activity for future servicing.

Related Components

Recommended Related Models

Key Advantages

• Supports thermal management of compatible Ingersoll Rand compressors.
• Helps remove heat generated during compression.
• Contributes to lubrication of applicable compressor components.
• Suitable for industrial compressor cooling and maintenance.
• Available in a 15 L capacity configuration.
• Supports routine compressor coolant replacement and servicing.

Technical FAQs

What is the function of the 80060239 Coolant?

The 80060239 coolant circulates through the applicable compressor cooling circuit to absorb and transfer heat generated during operation. It also supports lubrication functions where the compressor system uses the coolant for this purpose.

What can happen if the compressor coolant level is too low?

Insufficient coolant can reduce the effectiveness of heat transfer and may affect the operating temperature of the compressor. Continued operation under abnormal coolant conditions can place additional stress on internal components.

How should the coolant be checked during compressor maintenance?

The coolant level should be checked according to the compressor’s service procedure, together with inspection of the coolant condition and the associated circuit for leakage or contamination. Temperature and other relevant operating parameters should also be monitored after maintenance.

Why should the correct coolant part number be verified before replacement?

Different compressor configurations can have specific fluid requirements. Confirming 80060239 against the compressor model and existing service documentation helps prevent the use of an unsuitable coolant and supports proper compressor maintenance.