Tsunami RSD-220 220 CFM Refrigerated Air Dryer – 1-1/2″ NPT, 230V
Short Product Description
The Tsunami RSD-220 Refrigerated Air Dryer provides reliable moisture removal for compressed air systems up to 220 CFM . Designed for manufacturing, CNC machining, fabrication, automotive facilities, and other industrial applications, the RSD-220 helps protect compressed air piping, pneumatic equipment, and production processes from damaging moisture.
Featuring 230V single-phase power , 1-1/2″ NPT connections , an integrated automatic condensate drain, and less than 1 PSI pressure drop, the RSD-220 delivers dependable refrigerated air treatment for larger industrial compressed air systems.
Full Product Description
The Tsunami RSD-220 Refrigerated Air Dryer is engineered to remove excess water vapor from compressed air before moisture reaches downstream piping, pneumatic equipment, machinery, and production processes.
Rated for 220 CFM , the RSD-220 cools incoming compressed air so water vapor condenses out of the airstream. The condensed moisture is then separated and automatically discharged through the dryer's integrated condensate drain system.
The Tsunami RSD Series uses an efficient heat exchanger design to pre-cool incoming compressed air while reheating the treated air before it exits the dryer. This provides effective moisture removal while maintaining a pressure drop of less than 1 PSI .
Designed for larger compressed air systems, the RSD-220 operates on 230V / 1 Phase / 60 Hz power and runs automatically once properly installed.
Key Features
- 220 CFM rated airflow
- Refrigerated compressed air drying
- Approximate 37.4°F to 50°F dew point
- Less than 1 PSI pressure drop
- 1-1/2″ NPT inlet and outlet connections
- 230V / 1 Phase / 60 Hz
- Integrated automatic condensate drain
- Energy-efficient non-cycling operation
- Maximum inlet pressure of 232 PSI
- Maximum inlet air temperature of 130°F
- Maximum ambient temperature of 115°F
- Sound level of less than 70 dB
- R407C refrigerant
- Automatic operation
Benefits
- Helps prevent moisture-related corrosion in compressed air piping
- Reduces water reaching pneumatic equipment and machinery
- Helps protect downstream filters and air system components
- Supports more consistent manufacturing and finishing processes
- Automatic condensate removal reduces operator maintenance
- Low pressure drop helps preserve available system pressure
- Designed for larger industrial compressed air systems
- Reliable everyday moisture control
Best For
The Tsunami RSD-220 is well suited for:
- General manufacturing
- CNC machining
- Laser cutting
- Metal fabrication
- Automotive facilities
- Auto body and paint operations
- Woodworking facilities
- Packaging and automation systems
- Pneumatic production equipment
- Larger rotary screw compressor systems
Technical Specifications
| Specification | RSD-220 |
|---|---|
| Manufacturer | Tsunami Compressed Air Solutions |
| Model | RSD-220 |
| Dryer Type | Refrigerated Air Dryer |
| Rated Airflow | 220 CFM |
| Air Connections | 1-1/2″ NPT |
| Maximum Inlet Pressure | 232 PSI |
| Maximum Inlet Air Temperature | 130°F |
| Maximum Ambient Temperature | 115°F |
| Power Supply | 230V / 1 Phase / 60 Hz |
| Power Consumption | 1.04 kW |
| Full Load Consumption | 1.23 kW |
| Nominal Current | 3.85 A |
| Full Load Current | 4.59 A |
| Refrigerant | R407C |
| Refrigerant Charge | 3.31 lb |
| Sound Level | <70 dB |
| Approx. Dimensions | 20.75″ × 24.69″ × 44.21″ |
| Weight | 157 lb |
| Condensate Drain | Integrated Automatic Drain |
Why Choose the Tsunami RSD-220?
The RSD-220 provides 220 CFM of refrigerated drying capacity for larger compressed air systems. Its combination of 1-1/2″ air connections, 230V single-phase power, automatic condensate removal, 232 PSI maximum pressure capability, and low pressure drop makes it well suited for demanding commercial and industrial applications.
For facilities operating larger rotary screw compressors or multiple pneumatic processes, the RSD-220 provides dependable moisture control while helping protect valuable equipment downstream.
Warranty
Tsunami RSD Series refrigerated dryers are covered for 18 months from the factory shipment date or 12 months from installation/start-up, whichever occurs first , subject to Tsunami's warranty requirements.
A properly sized prefilter and non-corrosive upstream piping are required for warranty coverage.
Why Buy from Compressed Air Advisors Online?
Compressed Air Advisors Online specializes in compressed air equipment and complete air treatment systems. We can help properly size your refrigerated dryer based on compressor airflow, operating pressure, inlet temperature, ambient conditions, and application.
- Compressed air equipment specialists
- Expert refrigerated dryer sizing assistance
- Nationwide sales and support
- Complete compressed air treatment solutions
- Your Compressed Air Partner
Frequently Asked Questions
What is the airflow rating of the Tsunami RSD-220?
The RSD-220 is rated for 220 CFM under its rated operating conditions.
What dew point does the RSD-220 provide?
The Tsunami RSD Series is designed to provide an approximate 37.4°F to 50°F refrigerated dew point , depending on operating conditions.
Does the RSD-220 include an automatic drain?
Yes. The dryer includes an integrated electronically controlled condensate drain that automatically removes collected moisture.
What electrical power does the RSD-220 require?
The RSD-220 operates on 230V, single-phase, 60 Hz power .
What size air connections does the RSD-220 use?
The RSD-220 uses 1-1/2″ NPT inlet and outlet connections .
What is the maximum pressure rating?
The RSD-220 has a maximum rated inlet pressure of 232 PSI .
What is the maximum inlet air temperature?
The maximum rated compressed air inlet temperature is 130°F .
Do I need a prefilter before the dryer?
Yes. Upstream filtration helps prevent oil and particulate contamination from accumulating inside the dryer's heat exchanger. Tsunami also requires a prefilter as part of the RSD Series warranty requirements.
How should I size the RSD-220?
Dryer sizing should account for airflow, inlet pressure, inlet air temperature, ambient temperature, and desired outlet dew point . Changes in operating conditions can increase or decrease the dryer's effective airflow capacity.