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Ingersoll Rand Single-Stage Gas Drive Air Compressor
- $693.00
- Brands Ingersoll Rand
- Product Code: 49813009
- Availability: In Stock
Ingersoll Rand Single-Stage Gas Drive Compressor Product Overview The Ingersoll Rand Single-Stage Gas Drive Compressor is a portable, gasoline-powered reciprocating air compressor designed for job sites and service applications where electrical power may not be available. Its gas engine provides independent power, allowing the compressor to be used outdoors and in remote locations. The single-s..
Key Features of Ingersoll Rand Single-Stage Gas Drive Compressor
Ingersoll Rand Single-Stage Gas Drive Compressor
Product Overview
The Ingersoll Rand Single-Stage Gas Drive Compressor is a portable, gasoline-powered reciprocating air compressor designed for job sites and service applications where electrical power may not be available. Its gas engine provides independent power, allowing the compressor to be used outdoors and in remote locations.
The single-stage piston pump is designed for general-purpose compressed-air work, while the portable configuration makes it suitable for contractors, mechanics, maintenance crews, and construction professionals.
Because “Ingersoll Rand Single-Stage Gas Drive Compressor” refers to a product category rather than a unique model number, specifications such as horsepower, tank capacity, CFM, PSI, engine manufacturer, and dimensions vary by model. The exact model should therefore be confirmed before publishing model-specific figures.
Key Features
- Gasoline-powered operation eliminates dependence on an electrical outlet.
- Single-stage reciprocating pump provides straightforward compressed-air production.
- Designed for portable job-site and service applications.
- Suitable for outdoor and remote work where electric power is unavailable.
- Durable construction intended for contractor and maintenance environments.
- Tank storage provides reserve compressed air for intermittent tool use.
- Suitable for pneumatic tools, inflation, maintenance, and general construction work.
- Available in different tank, engine, and output configurations depending on model.
Product Specifications
| Specification | Details |
|---|---|
| Brand | Ingersoll Rand |
| Product Type | Gas-Driven Reciprocating Air Compressor |
| Pump Type | Single-Stage |
| Power Source | Gasoline Engine |
| Drive Type | Engine Driven |
| Compressor Technology | Reciprocating Piston |
| Pump Lubrication | Oil-Lubricated |
| Air Delivery | Model dependent |
| Maximum Pressure | Model dependent |
| Engine Horsepower | Model dependent |
| Fuel Type | Gasoline |
| Tank Capacity | Model dependent |
| Tank Configuration | Model dependent |
| Cooling | Air-Cooled |
| Portability | Portable / Job-Site Configuration |
| Applications | Construction, Maintenance, Automotive, Service |
| Electrical Power Required | No |
Specification Accuracy Note
Ingersoll Rand has produced several gasoline-powered reciprocating compressors with different engine sizes, tank capacities, pressure ratings, and air-delivery specifications. Consequently, CFM, PSI, horsepower, tank capacity, dimensions, weight, and engine specifications should not be assumed from the general product name alone.
For an accurate product listing, verify the complete model number and manufacturer's nameplate before adding numerical specifications.
Gas-Powered Convenience
One of the main advantages of a gas-drive compressor is its independence from electrical power. The compressor can operate in locations where running an extension cord or providing temporary electrical service would be inconvenient or impractical.
This makes a gasoline-powered configuration particularly useful for:
- Construction sites
- Roadside service
- Remote maintenance
- Utility work
- Fencing and installation
- Mobile mechanical service
- Outdoor repair work
Gasoline engines also provide the power necessary to drive the compressor pump without relying on the site's electrical infrastructure.
Single-Stage Reciprocating Pump
The compressor uses a single-stage piston pump. During operation, the piston draws atmospheric air into the cylinder and compresses it before directing the air into the storage tank.
Single-stage compressors are generally well suited to general-purpose applications where extremely high operating pressures are not required. The appropriate model should be selected according to the pressure and CFM requirements of the tools being used.
Portable Job-Site Design
Gas-powered compressors are commonly configured for mobility, allowing operators to move the equipment between work areas. Depending on the specific Ingersoll Rand model, the package may incorporate wheels, a handle, or a contractor-style frame.
The actual dimensions and weight vary significantly between configurations, so these specifications should be confirmed for the exact model.
Typical Applications
The Ingersoll Rand single-stage gas-drive compressor can be used for a variety of professional tasks, including:
Construction
Provides compressed air for compatible nailers, staplers, blow-off tools, and other pneumatic equipment.
Automotive Service
Useful for tire inflation, cleaning, maintenance, and selected pneumatic tools.
Remote Maintenance
The gasoline engine allows compressed-air production in locations without convenient electrical access.
General Contracting
Suitable for contractors who need a mobile air source that can be moved between job sites.
Outdoor Work
The gas-powered configuration is particularly practical for applications where electrical power is unavailable.
Selecting the Right Compressor
When choosing an Ingersoll Rand gas-drive compressor, the most important specifications to compare are:
CFM:
The compressor must deliver enough air for the pneumatic tool being operated. Compare the compressor's delivered CFM at the relevant pressure with the tool's actual air requirement.
PSI:
The compressor's maximum pressure should meet or exceed the operating pressure required by the tools.
Tank Capacity:
A larger receiver provides more stored air and can help support intermittent high-demand applications.
Engine Power:
Horsepower determines the engine's ability to drive the compressor pump, but horsepower alone should not be used to estimate air output.
Portability:
Consider the compressor's weight, wheels, handles, and overall frame design if it will be moved frequently.
Maintenance
Regular maintenance helps maintain dependable performance from a gasoline-powered reciprocating compressor. Depending on the specific model, routine service may include:
- Checking engine oil
- Changing engine oil at recommended intervals
- Checking compressor pump oil
- Cleaning or replacing air filters
- Inspecting belts and pulleys
- Draining moisture from the receiver
- Inspecting hoses and fittings for leaks
- Checking engine fuel and ignition components
- Inspecting safety and pressure-control components
Always follow the maintenance schedule and lubricant specifications provided for the exact Ingersoll Rand model.
Why Choose an Ingersoll Rand Single-Stage Gas Compressor?
The Ingersoll Rand Single-Stage Gas Drive Compressor is designed for professionals who need a portable source of compressed air without depending on electrical power. Its gasoline engine, reciprocating pump, and job-site-oriented configuration make it a practical solution for construction, service, maintenance, and outdoor applications.
The combination of gas-powered mobility, single-stage compression, durable construction, and compatibility with common pneumatic equipment makes this type of compressor especially useful for demanding locations where a conventional electric compressor is not practical.
Important Product Listing Note
Because the supplied name does not include a specific Ingersoll Rand model number, exact values for horsepower, CFM, PSI, tank capacity, engine type, dimensions, weight, and fuel capacity should not be presented as definitive. These specifications vary between Ingersoll Rand gas-drive compressor models.
For a technically accurate ecommerce listing, the complete model number or a photo of the compressor's specification/nameplate should be used to establish the final specifications.