| Air Dryer Type | Hertz | Max Inlet Temp. (F) | Max PSI | Phase | Voltage | CFM | CFM Range | Flow Rate (scfm) | In/Out Connection | Tower Pressure Gauges Included | Horsepower | Max CFM | Price | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Lead time: 5-7 Days Estimated Lead Time 5-7 Days |
Non-Cycling Refrigerated | 60 HZ | 120 | 220 PSI | 1 Phase | 230 | 100-149 CFM | 100-149 CFM | - | - | - | - | - |
$3,683.00
|
Lead time: 7-10 Days Estimated Lead Time 7-10 Days |
Desiccant | 60 HZ | 120 | 120 PSI | 1 Phase | 120 | 1-14 CFM | 1-14 CFM | 1 | 1/8" NPT | Yes | - | - |
$1,213.00
|
Lead time: 5-7 Days Estimated Lead Time 5-7 Days |
- | - | - | - | - | - | - | - | - | - | - | - | - |
$2,228.00
|
Lead time: 5-7 Days Estimated Lead Time 5-7 Days |
- | - | - | - | - | - | - | - | - | - | - | - | - |
$3,793.00
|
Lead time: 5-7 Days Estimated Lead Time 5-7 Days |
- | - | - | - | - | - | - | - | - | - | - | - | - |
$2,793.00
|
Lead time: 5-7 Days Estimated Lead Time 5-7 Days |
- | - | - | - | - | - | - | - | - | - | - | - | - |
$2,262.00
|
Lead time: 7-10 Days Estimated Lead Time 7-10 Days |
Desiccant | - | - | - | 1 Phase | 115 | 30-49 CFM | 30-49 CFM | - | 1" NPT | - | 10 HP | 40 |
$4,274.05
|
Lead time: 7-10 Days Estimated Lead Time 7-10 Days |
Desiccant | - | - | - | 1 Phase | 115 | 50-99 CFM | 50-99 CFM | - | 1" NPT | - | 15 HP | 60 |
$5,923.25
|
Lead time: 7-10 Days Estimated Lead Time 7-10 Days |
Desiccant | - | - | - | 1 Phase | 115 | 50-99 CFM | 50-99 CFM | - | 1" NPT | - | 20 HP | 80 |
$7,249.45
|
Lead time: 7-10 Days Estimated Lead Time 7-10 Days |
Desiccant | - | - | - | 1 Phase | 115 | 100-149 CFM | 100-149 CFM | - | 1" NPT | - | 30 HP | 120 |
$7,638.95
|
Lead time: 7-10 Days Estimated Lead Time 7-10 Days |
Desiccant | - | - | - | 1 Phase | 120 | 15-29 CFM | 15-29 CFM | - | 1/2" NPT | - | 7.5 HP | - |
$3,060.90
|
Lead time: 7-10 Days Estimated Lead Time 7-10 Days |
High Temp | - | 300 | 175 PSI | - | 120 | 15 | - | - | - | - | - | - |
$3,103.20
|
Part Number: GRN-100A-116
Air Dryer Type: Non-Cycling Refrigerated
Hertz: 60 HZ
Max Inlet Temp. (F): 120
Max PSI: 220 PSI
Phase: 1 Phase
Voltage: 230
CFM: 100
CFM Range: 100-149 CFM
Part Number: RAC100NA-PT
Part Number: RAC220NA-EB
Part Number: RAC75NA-PT
Part Number: RSHP30NA-PT
Part Number: 21999-0710-G
Horsepower: 10 HP
Max CFM: 40
In/Out Connection: 1" NPT
CFM Range: 30-49 CFM
Air Dryer Type: Desiccant
Phase: 1 Phase
Voltage: 115
Part Number: 21999-0715-G
Horsepower: 15 HP
Max CFM: 60
In/Out Connection: 1" NPT
CFM Range: 50-99 CFM
Air Dryer Type: Desiccant
Phase: 1 Phase
Voltage: 115
Part Number: 21999-0720-G
Horsepower: 20 HP
Max CFM: 80
In/Out Connection: 1" NPT
CFM Range: 50-99 CFM
Air Dryer Type: Desiccant
Phase: 1 Phase
Voltage: 115
Part Number: 21999-0730-G
Horsepower: 30 HP
Max CFM: 120
In/Out Connection: 1" NPT
CFM Range: 100-149 CFM
Air Dryer Type: Desiccant
Phase: 1 Phase
Voltage: 115
Part Number: 21999-1140-MM-12
Horsepower: 7.5 HP
Voltage: 120
In/Out Connection: 1/2" NPT
Air Dryer Type: Desiccant
CFM Range: 15-29 CFM
Phase: 1 Phase
Part Number: 21999-1255
Air Dryer Type: High Temp
CFM: 15
Max Inlet Temp. (F): 300
Max PSI: 175 PSI
Voltage: 120
Air Dryer FAQs
A compressed air dryer removes water vapor from compressed air to prevent moisture-related issues in systems and equipment. It's essential for ensuring the reliability and longevity of compressed air applications, particularly in manufacturing, automotive, and food processing industries.
The most common type of air dryer for compressed air systems is the refrigerated air dryer. These dryers work by cooling the compressed air, causing moisture to condense and separate from the air stream. This method is cost-effective and suitable for many general industrial applications.
An air dryer should be used when your air compressor's output contains significant moisture that could damage equipment, reduce efficiency, or lead to product defects. Air dryers help remove moisture, preventing issues like corrosion, freezing, and contamination in various industries.
Sizing a compressed air dryer involves determining the appropriate dryer capacity to ensure effective moisture removal from compressed air, preventing damage to equipment and processes. This is done by considering factors like the compressor's flow rate, inlet temperature, and pressure, and the desired pressure dew point. The air compressor experts at Industrial Air Power can assist you when trying to choose the proper size air dryer for your system.
A compressed air dryer's lifespan varies depending on the type and how well it's maintained. Refrigerated air dryers can last 10-20 years, while desiccant dryers, especially those using activated alumina, may last 3-5 years or even longer with proper care.