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The Ingersoll Rand OS110G is a heavy-duty, industrial-grade, oil-injected rotary screw air compressor. The "G" in its name typically signifies it belongs to a specific series (often a predecessor to the current R-Series) known for robust, single-stage compression and straightforward, reliable operation. It is engineered for continuous duty in demanding industrial environments.
It is essentially a pair of high-precision, intermeshing screw rotors (male and female) and the precision housing that houses them. Its function is to convert the mechanical energy of the motor into the pressure energy of the air through the rotation of the rotors. It is the "heart" of the air compressor and directly determines the air production efficiency, reliability, and lifespan of the compressor.
Technical Parameters
| Model | Power (kW) | Flow (m³/min) | Working pressure ( bar) | Dimensions(mm) | Weight (kg) |
| OS110G | 12.3~104.7 | 2.6~12.6 | 6~16 | 372*236*191 | 150 |
Key Features
Durable Rotary Screw Air-End (OS110):
At its core is the proven OS110 single-stage, oil-cooled screw air-end, known for its robust construction with large-diameter rotors and high-capacity bearings.
Features Ingersoll Rand's proprietary N profile rotor technology, designed for efficient compression and long-term reliability.
Gear-Drive System:
Utilizes a synchronous gear drive to connect the motor to the airend. This ensures precise rotor timing and constant optimal clearances, maintaining high efficiency over the long term and allowing for airend speed optimization.
Intelligent Control System (Intellisys Controller):
Equipped with a microprocessor-based Intellisys™ controller (or a similar proprietary controller for its generation). It provides clear system monitoring (pressure, temperature, hours), automatic shutdown on fault, and basic operational control.
Integrated Cooling System:
Features a forced-air, ducted cooling system that efficiently manages heat rejection from the compressed air and lubricant. This ensures stable operating temperatures even in hot ambient conditions.
Efficient Separation System:
Incorporates a primary coalescing oil separator and minimum pressure check valve to ensure very low oil carry-over (typically as low as 3-5 ppm or less) into the compressed air stream, protecting downstream equipment.
Robust Enclosure & Design:
Built with a heavy-gauge, sound-reducing enclosure that lowers operational noise levels and provides protection for internal components. Designed for easy service access to filters, separators, and oil sight glass.
Applications
Durable Rotary Screw Air-End (OS110):
At its core is the proven OS110 single-stage, oil-cooled screw air-end, known for its robust construction with large-diameter rotors and high-capacity bearings.
Features Ingersoll Rand's proprietary N profile rotor technology, designed for efficient compression and long-term reliability.
Gear-Drive System:
Utilizes a synchronous gear drive to connect the motor to the airend. This ensures precise rotor timing and constant optimal clearances, maintaining high efficiency over the long term and allowing for airend speed optimization.
Intelligent Control System (Intellisys Controller):
Equipped with a microprocessor-based Intellisys™ controller (or a similar proprietary controller for its generation). It provides clear system monitoring (pressure, temperature, hours), automatic shutdown on fault, and basic operational control.
Integrated Cooling System:
Features a forced-air, ducted cooling system that efficiently manages heat rejection from the compressed air and lubricant. This ensures stable operating temperatures even in hot ambient conditions.
Efficient Separation System:
Incorporates a primary coalescing oil separator and minimum pressure check valve to ensure very low oil carry-over (typically as low as 3-5 ppm or less) into the compressed air stream, protecting downstream equipment.
Robust Enclosure & Design:
Built with a heavy-gauge, sound-reducing enclosure that lowers operational noise levels and provides protection for internal components. Designed for easy service access to filters, separators, and oil sight glass.
The Ingersoll Rand OS110G is a heavy-duty, industrial-grade, oil-injected rotary screw air compressor. The "G" in its name typically signifies it belongs to a specific series (often a predecessor to the current R-Series) known for robust, single-stage compression and straightforward, reliable operation. It is engineered for continuous duty in demanding industrial environments.
It is essentially a pair of high-precision, intermeshing screw rotors (male and female) and the precision housing that houses them. Its function is to convert the mechanical energy of the motor into the pressure energy of the air through the rotation of the rotors. It is the "heart" of the air compressor and directly determines the air production efficiency, reliability, and lifespan of the compressor.
Technical Parameters
| Model | Power (kW) | Flow (m³/min) | Working pressure ( bar) | Dimensions(mm) | Weight (kg) |
| OS110G | 12.3~104.7 | 2.6~12.6 | 6~16 | 372*236*191 | 150 |
Key Features
Durable Rotary Screw Air-End (OS110):
At its core is the proven OS110 single-stage, oil-cooled screw air-end, known for its robust construction with large-diameter rotors and high-capacity bearings.
Features Ingersoll Rand's proprietary N profile rotor technology, designed for efficient compression and long-term reliability.
Gear-Drive System:
Utilizes a synchronous gear drive to connect the motor to the airend. This ensures precise rotor timing and constant optimal clearances, maintaining high efficiency over the long term and allowing for airend speed optimization.
Intelligent Control System (Intellisys Controller):
Equipped with a microprocessor-based Intellisys™ controller (or a similar proprietary controller for its generation). It provides clear system monitoring (pressure, temperature, hours), automatic shutdown on fault, and basic operational control.
Integrated Cooling System:
Features a forced-air, ducted cooling system that efficiently manages heat rejection from the compressed air and lubricant. This ensures stable operating temperatures even in hot ambient conditions.
Efficient Separation System:
Incorporates a primary coalescing oil separator and minimum pressure check valve to ensure very low oil carry-over (typically as low as 3-5 ppm or less) into the compressed air stream, protecting downstream equipment.
Robust Enclosure & Design:
Built with a heavy-gauge, sound-reducing enclosure that lowers operational noise levels and provides protection for internal components. Designed for easy service access to filters, separators, and oil sight glass.
Applications
Durable Rotary Screw Air-End (OS110):
At its core is the proven OS110 single-stage, oil-cooled screw air-end, known for its robust construction with large-diameter rotors and high-capacity bearings.
Features Ingersoll Rand's proprietary N profile rotor technology, designed for efficient compression and long-term reliability.
Gear-Drive System:
Utilizes a synchronous gear drive to connect the motor to the airend. This ensures precise rotor timing and constant optimal clearances, maintaining high efficiency over the long term and allowing for airend speed optimization.
Intelligent Control System (Intellisys Controller):
Equipped with a microprocessor-based Intellisys™ controller (or a similar proprietary controller for its generation). It provides clear system monitoring (pressure, temperature, hours), automatic shutdown on fault, and basic operational control.
Integrated Cooling System:
Features a forced-air, ducted cooling system that efficiently manages heat rejection from the compressed air and lubricant. This ensures stable operating temperatures even in hot ambient conditions.
Efficient Separation System:
Incorporates a primary coalescing oil separator and minimum pressure check valve to ensure very low oil carry-over (typically as low as 3-5 ppm or less) into the compressed air stream, protecting downstream equipment.
Robust Enclosure & Design:
Built with a heavy-gauge, sound-reducing enclosure that lowers operational noise levels and provides protection for internal components. Designed for easy service access to filters, separators, and oil sight glass.
