If you searched for an Ingersoll Rand DA25IM air dryer review, the key decision is likely not the model name alone: it is how much airflow your system needs and whether a refrigerated dryer suits the air quality your work demands. I’ve compared four related Ingersoll Rand D-IN models, ranging from 7 to 50 CFM. The DA25INA100 is my strongest all-around pick for a small system needing 15 CFM, while the DA85INA100 makes more sense when higher airflow is the priority. For a lower-demand setup, the DA12INA100 offers the smallest listed capacity. These are non-cycling refrigerated dryers with several shared design features, so the real tradeoff is paying for enough capacity without choosing a unit that is undersized—or substantially larger than your needs.
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Key Takeaways
- DA25INA100 offers 15 CFM, a useful middle capacity among these four models and my all-around choice for systems that exceed the smaller units’ listed airflow.
- DA85INA100 supplies 50 CFM, giving it the widest capacity range in this group, but it is not the right match for systems that only need a small dryer.
- DA12INA100 is rated at 7 CFM; choose it only when your measured demand stays within that limit, rather than sizing by compressor horsepower alone.
- DA18INA100 provides 11 CFM, splitting the difference between the DA12 and DA25 for buyers who need more than 7 CFM but not 15 CFM.
- All four use R513A refrigerant and low-pressure-drop design features; confirm operating conditions, installation requirements, and target air dryness before selecting any model.
| Ingersoll Rand DA25INA100 15 CFM Non-Cycling Refrigerated Air Dryer |  | Best Overall for a 15-CFM System | Model: DA25INA100 | Airflow capacity: 15 CFM | Maximum pressure: 200 psi | VIEW ON AMAZON | See Our Full Breakdown |
| Ingersoll Rand DA85INA100 50 CFM Non-Cycling Refrigerated Air Dryer |  | Best for Higher Airflow | Model: DA85INA100 | Airflow capacity: 50 CFM | Maximum pressure: Listed as 200; verify units with the manufacturer | VIEW ON AMAZON | See Our Full Breakdown |
| Ingersoll Rand DA18INA100 11 CFM Non-Cycling Refrigerated Dryer |  | Best Middle Ground for Modest Demand | Model: DA18INA100 | Airflow capacity: 11 CFM | Type: Non-cycling refrigerated dryer | VIEW ON AMAZON | See Our Full Breakdown |
| Ingersoll Rand DA12INA100 7 CFM Non-Cycling Refrigerated Air Dryer | | Best for the Lowest Airflow Needs | Model: DA12INA100 | Airflow capacity: 7 CFM | Maximum pressure: 200 psi | VIEW ON AMAZON | See Our Full Breakdown |
| ingersoll rand da25im air dryer review | Model | Airflow capacity | Refrigerant | Maximum pressure |
|---|---|---|---|---|
| Ingersoll Rand DA25INA100 15 C | DA25INA100 | 15 CFM | R513A | 200 psi |
| Ingersoll Rand DA85INA100 50 C | DA85INA100 | 50 CFM | R513A | Listed as 200; verify units with the manufacturer |
| Ingersoll Rand DA18INA100 11 C | DA18INA100 | 11 CFM | R513A | — |
| Ingersoll Rand DA12INA100 7 CF | DA12INA100 | 7 CFM | R513A | 200 psi |
More Details on Our Top Picks
Ingersoll Rand DA25INA100 15 CFM Non-Cycling Refrigerated Air Dryer
The DA25INA100 is my best overall match for buyers whose compressed-air demand sits above the 11-CFM DA18 rating but well below the 50-CFM DA85. Its 15 CFM capacity gives a small industrial setup more headroom than the 7-CFM DA12 without jumping to the much larger-capacity model. That middle position is why I’d start here when a buyer’s measured demand aligns with its rating.
The model pairs its airflow rating with a low-pressure-drop design, an aluminum heat exchanger, and a constant pressure valve. These features are intended to help limit pressure loss through the dryer and support steady operation, which matters because a dryer should not needlessly reduce usable pressure at downstream tools. The listed R513A refrigerant is described as low-GWP, a point that may matter to facilities tracking refrigerant choices. It is also listed at 115 volts and up to 200 psi, useful details for checking whether it can fit a planned installation.
Compared with the DA18, this unit gives 4 CFM more stated capacity, but it shares the same listed dimensions and weight as the DA12. That makes capacity—not a smaller footprint—the clear reason to choose it over the lower-rated options. Its tradeoff is equally clear: 15 CFM remains a firm fit limit, and its corded electrical setup calls for a suitable nearby outlet. I would not select it for a system whose peak demand exceeds its rating or for work requiring air dryness beyond what a refrigerated dryer can provide.
Pros:- 15 CFM capacity sits between the 11-CFM DA18 and 50-CFM DA85.
- R513A refrigerant is described as low-GWP.
- Low-pressure-drop design, aluminum heat exchanger, and constant pressure valve support the stated operating aims.
- Lists 115-volt power and a 200-psi maximum for installation planning.
Cons:- Capacity is limited to 15 CFM.
- Corded electric power requires a suitable nearby outlet.
- Its listed 57.5-pound weight may make handling and placement less convenient.
Best for: Small industrial users whose verified airflow need is up to 15 CFM and who want a middle-capacity option with stated 115-volt power and 200-psi maximum pressure.
Not ideal for: Buyers needing more than 15 CFM, very low dew points, or a dryer that can be installed without access to a suitable electrical outlet.
- Model:DA25INA100
- Airflow capacity:15 CFM
- Maximum pressure:200 psi
- Voltage:115 volts
- Refrigerant:R513A
- Weight:57.5 pounds
- Dimensions:14.96 x 17.52 x 21.26 inches
- Type:Non-cycling refrigerated air dryer
Our verdict“I’d choose the DA25INA100 when 15 CFM matches the system, since it offers a practical step up from the DA18 without requiring the DA85’s 50-CFM capacity.”
Ingersoll Rand DA85INA100 50 CFM Non-Cycling Refrigerated Air Dryer
When a small industrial system needs substantially more air than the other three models are rated to handle, the DA85INA100 stands apart with its 50 CFM capacity. That rating is more than three times the DA25’s 15 CFM and makes this the clear high-capacity choice in the lineup. I’d put it at the top for a buyer who has confirmed that level of demand; I would not treat the larger number as a reason to buy it for a smaller installation.
Like the DA25, it uses R513A refrigerant, a low-pressure-drop design, an aluminum heat exchanger, and a constant pressure valve. The supplied listing identifies corded electric power, metal construction, and a maximum pressure of 200, though the pressure unit is presented inconsistently there. I would verify that rating and the unit’s electrical requirements against manufacturer documentation before specifying it. The product listing also states a one-year warranty from purchase with a sales receipt or invoice, making documentation something to retain.
Compared with the DA25, the DA85 buys much more stated airflow, not a different drying technology. That distinction matters: if your system runs below 15 CFM, the DA25, DA18, or DA12 may be a closer capacity match. The DA85’s listed dimensions are larger than the compact measurements provided for the DA25 and DA12, and its weight listing of 5.05 pounds looks unusually low beside those models’ 57.5-pound figures. I would confirm shipping and installed weight rather than rely on that figure. Its chief drawback is its 50-CFM ceiling; systems above that still need another size.
Pros:- 50 CFM is the highest stated airflow capacity among these four dryers.
- Uses R513A refrigerant and a low-pressure-drop design.
- Aluminum heat exchanger and constant pressure valve are listed.
- The listing provides a one-year warranty, subject to retaining purchase documentation.
Cons:- The 50-CFM limit does not suit systems with greater airflow demand.
- Warranty coverage requires a sales receipt or invoice.
- Listing details for pressure units and weight should be verified before purchase.
Best for: Small industrial facilities with documented demand approaching 50 CFM that want an Ingersoll Rand non-cycling refrigerated dryer in this product group.
Not ideal for: Low-demand users who would be better matched to the 7-, 11-, or 15-CFM models, or anyone unable to verify the listing’s unclear pressure and weight details.
- Model:DA85INA100
- Airflow capacity:50 CFM
- Maximum pressure:Listed as 200; verify units with the manufacturer
- Refrigerant:R513A
- Power source:Corded electric
- Material:Metal
- Dimensions:17.99 x 20.08 x 24 inches
- Warranty:One year from purchase; receipt or invoice required
Our verdict“I’d choose the DA85INA100 only when the system genuinely needs its 50-CFM rating and its installation specifications have been confirmed.”
Ingersoll Rand DA18INA100 11 CFM Non-Cycling Refrigerated Dryer
The DA18INA100 fills a narrow but useful gap: its 11 CFM capacity is higher than the DA12’s 7 CFM rating, but it remains below the DA25’s 15 CFM. That makes it a sensible candidate when a buyer has measured demand that rules out the smallest unit but does not justify stepping up to 15 CFM. I rank it below the DA25 as an all-around pick because it leaves less airflow headroom, not because its stated drying approach is fundamentally different.
This model is described as a non-cycling refrigerated dryer using R513A refrigerant, with a low-pressure-drop design and an aluminum heat exchanger. The supplied product information also lists a constant pressure valve and UL and CSA safety certifications. Those shared features bring it into line with the DA12 and DA25, while the airflow rating is the main differentiator. The listing does not provide voltage, maximum pressure, or dimensions, so I would ask for those details before planning a connection or confirming available floor space.
Compared with the DA12, the DA18 gives 4 CFM more capacity; compared with the DA25, it gives up 4 CFM. Its listed weight is 57.5 pounds, matching the other smaller models, so buyers should plan for equipment handling rather than assume a lightweight countertop appliance. The central tradeoff is limited capacity at 11 CFM. If demand regularly rises above that point, the DA25 is the more suitable choice; if demand is firmly under 7 CFM, the DA12 may be a closer match.
Pros:- 11 CFM capacity bridges the DA12 and DA25 ratings.
- Uses R513A refrigerant and a low-pressure-drop design.
- Aluminum heat exchanger and constant pressure valve are listed.
- UL and CSA safety certifications are specified in the product information.
Cons:- Limited to a stated airflow capacity of 11 CFM.
- Voltage, maximum pressure, and dimensions are not provided in the supplied specifications.
- Listed weight of 57.5 pounds can complicate placement and handling.
Best for: Users with measured small-system demand above 7 CFM and at or below 11 CFM who want a middle capacity between the DA12 and DA25.
Not ideal for: Buyers whose peak airflow is above 11 CFM or who need full electrical, pressure, and dimensional details before proceeding and cannot obtain them.
- Model:DA18INA100
- Airflow capacity:11 CFM
- Type:Non-cycling refrigerated dryer
- Refrigerant:R513A
- Weight:57.5 pounds
- Color:Beige
- Certifications:UL 60335-1, UL 60335-2-40, CSA 22.2 #60335-1, CSA 22.2 #60335-2-40
Our verdict“I’d select the DA18INA100 when 11 CFM covers the measured system demand and the missing installation details can be confirmed.”
Ingersoll Rand DA12INA100 7 CFM Non-Cycling Refrigerated Air Dryer
The DA12INA100 is the lowest-capacity choice here, rated at 7 CFM. That makes it the most targeted option for a small compressed-air system whose actual demand stays within the listed limit. In this lineup, I’d consider it before the DA18 only when the lower capacity is enough: the DA18 adds 4 CFM, while the DA25 adds 8 CFM. Choosing the DA12 for a system that regularly exceeds 7 CFM risks selecting a dryer that is too small for the job.
The design shares the family’s R513A refrigerant and low-pressure-drop aluminum heat exchanger. A constant pressure valve is included in the supplied product description’s benefits, although buyers should check the exact configuration for the item being offered. Its listed 115-volt supply and 200-psi maximum make it easier to compare with the DA25 on two installation points. It carries the same listed 14.96 x 17.52 x 21.26-inch dimensions and 57.5-pound weight, so its lower airflow does not translate into a smaller or lighter footprint according to these specifications.
That is the DA12’s defining compromise: less capacity without a stated size advantage over the DA25 listing. I’d pick it to match a genuinely modest demand, not simply because it has the smallest airflow number. Compared with the DA18, it leaves less room for demand growth; compared with the DA25, it may be more capacity-appropriate for a smaller system. As with the other refrigerated options, buyers should check the required dew point and operating conditions rather than assume this dryer fits every moisture-control task.
Pros:- 7 CFM rating suits the lowest airflow demand in this comparison.
- Uses R513A refrigerant and a low-pressure-drop aluminum heat exchanger.
- Lists 115-volt power and a 200-psi maximum pressure.
- Has the same stated compact dimensions as the DA25 listing.
Cons:- The 7-CFM capacity is the lowest in the group.
- Its listed weight is 57.5 pounds despite the modest airflow rating.
- The listed dimensions do not show a footprint advantage over the DA25.
Best for: Small-system owners whose verified compressed-air demand does not exceed 7 CFM and who can use the listed 115-volt electrical supply.
Not ideal for: Users with peak demand above 7 CFM, plans for meaningful system expansion, or a need for a smaller and lighter enclosure than the DA25.
- Model:DA12INA100
- Airflow capacity:7 CFM
- Maximum pressure:200 psi
- Voltage:115 volts
- Refrigerant:R513A
- Weight:57.5 pounds
- Dimensions:14.96 x 17.52 x 21.26 inches
- Type:Non-cycling refrigerated air dryer
Our verdict“I’d choose the DA12INA100 for a confirmed demand of 7 CFM or less, but move to the DA18 or DA25 if the system needs more headroom.”
How We Picked
I ranked these dryers around the decision behind a search for an Ingersoll Rand DA25IM review: which nearby model is the best fit for a particular compressed-air system? The supplied products are DA-series models, not a listing identified as DA25IM, so I treat the DA25INA100 as the closest 15-CFM comparison rather than claiming it is the same model. I compared each unit by its stated airflow capacity first, then by shared design details, available electrical and pressure information, and the limitations described in the supplied specifications.
Capacity drives the order and the recommendations. The DA85’s 50 CFM rating makes it the appropriate pick for the highest-demand system in this group, but raw capacity alone does not make it the best choice for everyone. I give the DA25 the strongest all-around role because its 15 CFM sits between the smallest models and the 50-CFM unit. The DA18 and DA12 follow as better fits for progressively lower demand. This is a fit-based ranking, not a claim that one capacity is inherently better.
I also looked for differences that might affect ownership. The DA25 and DA12 list 115-volt power, a 200-psi maximum, and dimensions; the DA18 and DA85 listings provide less complete electrical or physical information. All four are described as non-cycling refrigerated dryers using R513A, with low-pressure-drop design and an aluminum heat exchanger. The DA25 and DA85 descriptions also name a constant pressure valve. I do not fill gaps with assumptions: buyers should confirm any missing details with the seller or manufacturer before purchase. Finally, I weigh the stated downsides, including capacity limits, corded power, weight, and the DA85’s receipt-dependent warranty terms.
| ingersoll rand da25im air dryer review | Model | Type |
|---|---|---|
| Ingersoll Rand DA25INA100 15 C | DA25INA100 | Non-cycling refrigerated air dryer |
| Ingersoll Rand DA85INA100 50 C | DA85INA100 | — |
| Ingersoll Rand DA18INA100 11 C | DA18INA100 | Non-cycling refrigerated dryer |
| Ingersoll Rand DA12INA100 7 CF | DA12INA100 | Non-cycling refrigerated air dryer |
Factors to Consider When Choosing Ingersoll Rand Da25im Air Dryer Review
I would choose among these models by matching the dryer to measured system demand, then checking whether its installation and moisture-removal limits fit the job. Shared features make airflow and verified specifications the clearest differences.
Start with real airflow demand
Use the compressed-air system’s expected flow at the dryer, including the tools and processes likely to run at the same time. The listed ratings form a clear ladder: 7 CFM for the DA12, 11 CFM for the DA18, 15 CFM for the DA25, and 50 CFM for the DA85. Do not size from compressor horsepower alone. If your demand is close to a listed limit, confirm the manufacturer’s rating conditions and account for operating conditions before choosing. Moving up a model can provide more rated capacity, but the specifications here do not establish that a larger dryer will improve performance on every small system.
Check the kind of dryness your process needs
All four products are described as non-cycling refrigerated dryers. That description identifies the dryer type, not a guarantee that it will meet every moisture-control requirement. I would compare the required pressure dew point and air-quality needs for the application with the exact manufacturer specifications. A refrigerated unit may suit general moisture removal, while a process requiring a much lower dew point may call for another drying technology. Ask for performance data at your operating pressure, inlet temperature, and ambient conditions before making a final selection.
Compare shared features without treating them as identical capacity
Each listing names R513A refrigerant and low-pressure-drop design; several also specify an aluminum heat exchanger and constant pressure valve. Those common details help describe the family, but they do not erase the gap between 7 and 50 CFM. The DA25 and DA12 list 115-volt power and a 200-psi maximum. The DA18 listing omits voltage and pressure, while the DA85’s pressure unit is unclear in the supplied information. I would confirm those details for either model rather than assume every unit shares the same ratings.
Plan installation and documentation
The DA25 and DA12 both list dimensions of 14.96 x 17.52 x 21.26 inches and a weight of 57.5 pounds. That means the lower-capacity DA12 is not presented as a smaller enclosure than the DA25. The DA18 also lists a 57.5-pound weight but no dimensions. The DA85 listing gives dimensions but a weight figure that appears inconsistent with the other models, so I would verify it. Check available floor space, electrical supply, airflow connections, drainage, and service access before ordering. For the DA85, retain the receipt or invoice because the listed warranty terms require purchase documentation.
Avoid buying too much or too little capacity
The DA12 is the narrowest fit: suitable only when demand stays at or below its 7-CFM rating. The DA18 and DA25 give intermediate choices at 11 and 15 CFM, while the DA85 addresses demand up to 50 CFM. If demand exceeds a model’s rating, move to a verified suitable size; if demand is far below it, compare the product’s complete operating requirements rather than assuming the highest capacity is automatically preferable. I would also confirm whether the rating applies under the conditions your system will actually encounter.
Frequently Asked Questions
Is the DA25INA100 the same product as the DA25IM?
The product details supplied here identify the model as DA25INA100, not DA25IM. I would not treat those names as interchangeable without confirmation from Ingersoll Rand or the seller. This comparison uses the DA25INA100 as a related 15-CFM option for someone researching a DA25IM air dryer.
Which dryer should I choose for a system below 15 CFM?
Match the unit to verified airflow demand: the DA12 is rated at 7 CFM, the DA18 at 11 CFM, and the DA25 at 15 CFM. If demand stays within 7 CFM, the DA12 is the closest capacity match. If it exceeds 7 but remains within 11 CFM, compare the DA18; choose the DA25 when the system needs its additional capacity. Confirm the manufacturer’s rating conditions before deciding.
What is the main difference between the DA25 and DA85?
The most direct difference in the supplied specifications is airflow: the DA25 is rated at 15 CFM, while the DA85 is rated at 50 CFM. Both are described as non-cycling refrigerated dryers using R513A and low-pressure-drop design. The DA85 makes sense for a higher-demand system, but buyers should verify its listed pressure units, weight, and electrical requirements before installation.
Are these dryers suitable for every compressed-air application?
No. All four are refrigerated dryers intended for small-scale industrial compressed-air systems, but the listings do not establish that they meet every process’s air-quality target. Check the required pressure dew point and the operating conditions for your application. If your process requires much drier air than a refrigerated dryer can provide, ask a compressed-air specialist about other drying technologies.
What should I verify before ordering one of these models?
Confirm the model number, airflow rating under your operating conditions, required pressure dew point, maximum pressure, electrical supply, connection details, and available service space. Pay particular attention to missing or unclear listing data: the DA18 lacks listed voltage and dimensions, while the DA85’s pressure unit and weight should be checked. For the DA85, keep the sales receipt or invoice because the supplied warranty description requires it.
Conclusion
My recommendation depends on measured demand, not on choosing the biggest number in the lineup. For a system that needs up to 15 CFM, I’d start with the DA25INA100 because it provides a useful middle capacity and has listed 115-volt and 200-psi specifications. For an installation needing as much as 50 CFM, the DA85INA100 is the capacity leader, provided you verify its unclear listing details. Choose the DA18INA100 when 11 CFM fits the system, and the DA12INA100 when demand stays at or below 7 CFM. If your search is specifically for a DA25IM, confirm the exact model identity before purchase: the 15-CFM product reviewed here is listed as DA25INA100, and the names should not be assumed to refer to the same unit.
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