Ingersoll Rand Type-30 Reciprocating Air Compressor – 5 HP, 200 Volt 3 Phase, Model Number 2475N5-V

Ingersoll Rand Type-30 Reciprocating Air Compressor Overview

A $3,399.99 stationary compressor is a serious workshop purchase, so the central question is whether the Ingersoll Rand Type-30 offers enough durability and value for your electrical setup. This model is the HP, Volt, three-phase Model 2475N5-V, and it is aimed at fixed commercial or industrial installations rather than mobile jobsite work. We see a potentially durable pump here, but the listing leaves out several figures that determine real-world capacity. Buyers should verify those missing specifications before committing.

The supplied description identifies 100% cast iron construction, a one-piece connecting rod, and a finned copper intercooler. Those details suggest a service-oriented reciprocating design, but they do not by themselves confirm airflow, tank capacity, pressure, noise, or duty-cycle performance. The unit usually ships within 2 to weeks, so delivery timing should also be confirmed before ordering, particularly if the compressor is needed for a scheduled installation.

The 200-volt, three-phase requirement sharply narrows the audience. A workshop with compatible service may find this configuration practical, while a home garage with ordinary single-phase power could face substantial electrical work or an outright compatibility problem. We would treat this as a promising industrial pump that remains conditional on confirming its air-output figures, tank size, dimensions, weight, maximum pressure, and installation requirements.

Key Specifications and What They Mean for Workshop Buyers

The HP rating indicates the motor class, not the complete tool-performance story. We should compare the compressor’s published CFM at the PSI required by each pneumatic tool, then allow for simultaneous demand and recovery. A high horsepower number cannot compensate for insufficient delivered airflow, so the missing CFM and pressure figures are the most consequential gaps in the listing.

Three-phase power can suit a production shop with existing service and appropriate protection, but it is not automatically practical for a small garage. Installation should include a compatible disconnect and properly sized wiring, with the work handled according to local requirements by a qualified electrician. Tank capacity also matters: without it, we cannot predict reserve air, recovery behavior, footprint, or whether this unit compares fairly with common 80-gallon vertical compressors.

1. Identify the shop’s available voltage, phase, and electrical capacity.
2. List every pneumatic tool and its CFM demand at its working PSI, including tools used simultaneously.
3. Confirm the compressor’s maximum pressure and delivered CFM from the seller or manufacturer.
4. Verify tank capacity, dimensions, weight, and clearance requirements.
5. Obtain written installation, delivery, warranty, and accessory requirements before placing the order.

Ingersoll Rand Type-30 Construction and Feature Deep-Dive

The strongest case for the Ingersoll Rand Type-30 comes from its stated pump construction rather than from a headline horsepower figure. A pump described as 100% cast iron is generally intended for demanding stationary service, where heat, vibration, and repeated cycling matter more than minimum shipping weight. Cast iron may also support conventional service access and durability, although the actual ownership result still depends on lubrication, valves, bearings, seals, motor controls, and installation quality.

The one-piece connecting rod is another service-oriented detail. It may reduce the number of joints or separate pieces in the reciprocating assembly, but we should not turn that design choice into a guaranteed service-life claim. Likewise, the finned copper intercooler is intended to provide more surface area for cooling compressed air between compression stages or cylinder sections, subject to confirmation of the exact pump configuration. Better heat management can be useful during repeated operation, but it does not establish a particular CFM or duty cycle.

This feature set makes the compressor worth considering for automotive repair, fabrication, machine-shop work, and other fixed workshop applications with regular air demand. It is not a substitute for checking the complete system. On delivery, we would inspect the castings, fittings, guards, motor data, and intercooler for freight damage, photograph any defects, and record them before assembly or commissioning. That documentation can make a later delivery or warranty discussion much easier.

Maintenance, Warranty, and Ownership Costs

The extended pump warranty has a specific condition: the maintenance kit identified as #1592008 must be used. That makes the kit part of the ownership budget, not an optional detail. Buyers should also distinguish pump coverage from protection for the motor, controls, tank, fittings, and other components; the supplied description does not provide the complete warranty wording or explain every exclusion.

Because this is a lubricated reciprocating design, ownership involves routine attention. We would establish a written schedule to check oil level and fasteners, drain moisture from the receiver, inspect belts and guards, and keep cooling surfaces clear. The manufacturer’s service intervals should take precedence over a generic schedule, and records should include dates, oil or kit purchases, installation documents, commissioning notes, and invoices.

The purchase price is only the first line of the calculation. The real budget may include electrical installation, a disconnect, air treatment, moisture separation, condensate handling, shop piping, fittings, maintenance supplies, and freight or delivery charges. Moisture control becomes especially important for painting, air tools, and equipment that needs cleaner air; suitable filtration and correctly planned piping can protect tools even though they are not supplied specifications for the compressor itself.

Before accepting the shipment, we would confirm what arrives, document the serial and motor information, inspect guards and fittings, and avoid commissioning a visibly damaged unit. Keeping those records alongside maintenance-kit receipts gives us stronger evidence if a warranty claim or parts request becomes necessary.

What Customers Are Saying About the Ingersoll Rand Type-30

The supplied product data does not include a customer rating, review count, or individual buyer comments. That means we cannot honestly claim that buyers consistently praise packaging, startup behavior, recovery speed, pump noise, leak resistance, long-term reliability, parts availability, or seller responsiveness. Sparse or unavailable review evidence should reduce certainty rather than be treated as proof that the compressor performs poorly.

For a purchase at this price, we would separate product evidence from installation evidence. A complaint about incorrect wiring, unsuitable phase service, freight damage, missing assembly hardware, or inadequate piping may not indicate a pump defect. Conversely, repeated reports of damaged castings, leaks, missing parts, abnormal startup, or poor warranty communication would deserve caution if they appear in the current listing.

Review context matters too. A commercial three-phase shop may report a smooth installation and satisfactory repeated use, while a residential buyer may describe an expensive electrical problem because the site was never equipped for this configuration. Those experiences are not interchangeable. We would read reviews as evidence about a particular setup, not as a universal promise about every installation.

1. Sort the listing’s reviews by newest first to identify current fulfillment and support patterns.
2. Read low-rated reviews before relying on positive summaries.
3. Compare each reviewer’s voltage, phase, tools, duty cycle, and installation method with your own.
4. Separate freight or wiring problems from faults in the compressor itself.
5. Ask the seller about unresolved complaints, parts, warranty handling, and current delivery timing.

Who Should Buy This Stationary Compressor?

The best fit is a commercial workshop, automotive service operation, fabrication space, or industrial user that already has compatible 200-volt, three-phase power and wants a fixed reciprocating compressor. Repeated pneumatic-tool use is the kind of work for which a stationary pump makes more sense than a small portable unit, provided the still-unconfirmed CFM, PSI, tank, and duty-cycle figures match the tools.

We can also see an argument for buyers who value a cast-iron, service-oriented build and expect to keep equipment for years. That preference makes more sense when the shop has established infrastructure, room for a permanent installation, and access to technicians or parts. It makes less sense for occasional tire inflation, light DIY work, mobile contracting, or anyone who needs a quiet compressor that can be moved easily.

Our fit test is straightforward:

1. Confirm that the electrical service matches the compressor’s required voltage and phase.
2. List the tools used together and their actual airflow requirements.
3. Obtain the published output at the working pressure you will use.
4. Plan a stable installation area with service access and suitable ventilation.
5. Add piping, air treatment, electrical work, delivery, and maintenance to the budget.

A portable gas compressor such as the Ingersoll Rand SS3J5.5GH-WB may be more practical for remote jobsites, while a smaller electric model may suit intermittent garage use. The trade-off is that gas power introduces fuel, ventilation, engine maintenance, and operating considerations that do not apply in the same way to a fixed electric installation.

How the Ingersoll Rand Type-30 Compares With Alternatives

We would choose among these compressors by starting with infrastructure, not brand preference. The Ingersoll Rand Type-30 is listed as a HP, 200-volt, three-phase stationary unit at $3,399.99, while the alternatives below target different electrical and mobility needs. Competitor figures are published comparison information and should be rechecked before purchase.

The 2475N7.5 may be preferable when its additional airflow and tank capacity are genuinely needed, but bigger is not automatically better. The Quincy’s one-phase arrangement could be decisive for a shop lacking three-phase service. The gas model prioritizes mobility rather than the fixed, service-oriented installation intended here.

Our decision sequence is: choose the power source, match required CFM and PSI, select adequate tank capacity, plan the installation type, compare warranty and service access, then calculate the final installed price.

Is the Ingersoll Rand Type-30 Worth $3,399.99?

At $3,399.99, the Ingersoll Rand Type-30 is easiest to justify for a business that already has compatible three-phase power and uses compressed air frequently. The cast-iron construction, one-piece connecting rod, finned copper intercooler, and conditional extended pump warranty point toward serious stationary use rather than occasional DIY ownership. They do not, however, prove that the unit supplies enough air for a particular tool.

We would approve the purchase only after the seller confirms the missing performance and installation details in writing. The checklist should include delivered CFM at the required working pressure, maximum PSI, tank capacity, duty-cycle guidance, dimensions, weight, noise information, service access, parts availability, and the exact warranty coverage for the pump and non-pump components. We would also price the maintenance kit, electrician, air treatment, piping, condensate management, delivery, and required accessories.

The value case is strong when the compressor will see regular professional use, the electrical service is already suitable, and the verified airflow matches the shop’s demand. For a homeowner without three-phase power or a buyer who only inflates tires occasionally, the installation cost and unused capacity may overwhelm the benefits.

Buyer takeaway: this model appears aimed at serious stationary workshop users, but we cannot judge its fit responsibly until the listing’s airflow, tank, installation, and warranty details are verified.

Pros and Cons

Final Verdict

Frequently Asked Questions

Who makes the best gallon air compressor?

There is no single best manufacturer for every workshop. Ingersoll Rand and Quincy are both established names to compare, but the right choice depends on verified CFM at working pressure, electrical phase, tank design, warranty, service access, and total installed cost.

What is the best stationary air compressor?

The best stationary compressor is the one that matches your tools’ combined CFM demand, required PSI, electrical service, duty cycle, and available installation space. The Ingersoll Rand Type-30 is worth considering for compatible three-phase commercial shops, but its unlisted tank and airflow figures should be confirmed first.

Is there an gallon air compressor available for sale?

Yes, 80-gallon stationary compressors are sold in several configurations, including single-phase and three-phase electric models. This listing does not confirm the Ingersoll Rand Type-30’s tank capacity, so buyers should not assume it is an 80-gallon unit without verifying the specification.

Are Ingersoll Rand air compressors any good?

Ingersoll Rand compressors are commonly associated with durable, service-oriented designs, and this model lists 100% cast iron construction. Quality and suitability still depend on correct electrical installation, maintenance, airflow matching, and the exact warranty and service support available for the unit.

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