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Hankison - FLXA Series Cycling Refrigerated Compressed Air Dryers
The new FLXA Series features innovative Phase Change Material (PCM) technology that stores cooling energy and reduces refrigeration compressor cycling, delivering:
- Lower energy consumption
- Stable dew point performance
- Low pressure drop
- Smart controller with monitoring and diagnostics
- Low-GWP refrigerants for improved sustainability
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This product price is available on request only
Product details
FLXA Series dryers are designed with 3-in-1 heat exchangers (patent pending) and a phase change material (PCM) encapsulated between the refrigeration and compressed air circuits, serving as a highly effective reservoir for thermal storage.
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Energy Saving Sustainability The FLXA Series lowers air system power costs and improves productivity by matching power consumption to compressed air demand.
In a typical manufacturing facility, up to 30% of electricity consumed is for generating and treating compressed air. To reduce total cost of operation and qualify for utility company incentive programs, proper air treatment equipment selection and application is required.
Load Matching Performance Compressed air load profiles in most manufacturing facilities fluctuate. The FLXA Series provides cost-effective energy savings by matching electrical power consumed in direct proportion to air demand. Linear load matching is achieved from 0% up to 100% demand.
Non-cycling dryers operate with the refrigeration compressor running continuously, regardless of inlet load conditions. Minimal energy savings are realized from 100% down to 0% inlet air load.
Linear Efficiency Savings FLXA Series dryers automatically cycle (on /off) the refrigeration compressor in response to inlet load conditions. As the inlet air load is reduced, the power requirement to dry the air is matched in proportion to the demand. For example, at 60% inlet air load, a non-cycling dryer consumes 96% of the full load power consumption, a 4% energy savings. By comparison, at 60% inlet air load, the FLXA Series consumes only 60% of the full load power, a 40% energy savings. -
Air-Cooled
Dryer Model Inlet Flow Pressure Drop Voltages Inlet/Outlet Power Consumption Refrigerant Overall Dimensions Ship Weight SCFM NM³/H PSID IN. KW IN. LBS. FLXA1.1-A 75 127.42 3.4 115/1/60 NPT 1" 0.48 R513A 18.5 X 27.9 X 32.3 148 FLXA1.2-A 100 169.9 209 115/1/60 NPT 1" 0.6 R513A 18.5 X 34.6 X 35..0 168 FLXA1.5-A 150 212.38 1.8 115/1/60 NPT 2" 1.11 R513A 21.7 X 40.6 X 36.6 240 FLXA2.1-A 200 339.38 2.3 460/3/60 NPT 2" 1.28 R513A 21.7 X 42.9 X 36.6 269 FLXA3.1-A 300 509.7 2.1 460/3/60 NPT 2" 1.86 R513A 23.6 X 48.8 X 42.5 353 FLXA4.5-A 450 764.6 3.0 460/3/60 NPT 2" 2.75 R513A 23.6 X 54.3 X 47.2 443 FLXA5.5-A 550 934.4 3.3 460/3/60 NPT 2" 2.91 R513A 23.6 X 54.3 X 47.2 474 FLXA8.1-A 800 1359.2 4.4 460/3/60 FLG 3" 4.9 R454C 63.5 X 27.6 X 53.5
1012 FLXA10.1-A 1000 1699 4.3 460/3/60 FLG 3" 5.7 R454C 63.5 X 27.3 X 53.5 1135 FLXA12.5-A 1250 2123.8 4.6 460/3/60 FLG 4" 7.6 R454C 63.5 X 27.6 X 59.4 1290 FLXA15.1-A 1500 2548.5 5.3 460/3/60 FLG 6" 7.7 R454C 90.8 X 33.9 X 87.9 2469 FLXA20.1-A 2000 3398 5.8 460/3/60 FLG 6" 10.1 R454C 90.8 X 33.9 X 87.9 2535 Water-Cooled
Dryer Model Inlet Flow Pressure Drop Voltages Inlet/Outlet Power Consumption Refrigerant Overall Dimensions Ship Weight SCFM NM³/H PSIG IN. KW IN. LBS. FLXA8.1-W 800 1359.2 4.4 460/3/60 FLG 3" 3.5 R454C 58.3 X 27.6 X 53.5 1014 FLXA10.1-W 1000 1699 4.3 460/3/60 FLG 3" 4.2 R454C 58.3 X 27.6 X 53.5 1149 FLXA12.5-W 1250 2123.8 4.6 460/3/60 FLG 4" 6.1 R454C 58.3 X 27.6 X 59.4 1296 FLXA15.1-W 1500 2548.5 5.3 460/3/60 FLG 6" 6.2 R454C 72.5 X 33.9 X 87.9 2624 FLXA20.1-W 2000 3398 5.8 460/3/60 FLG 6" 9.3 R454C 72.5 X 33.9 X 87.9 2690 Performance data presented in accordance with ISO 7183 (Option A2) conditions: 100°F inlet temperature, 100°F ambient temperature and 100 psig conditions.
- Description
Energy Saving Sustainability The FLXA Series lowers air system power costs and improves productivity by matching power consumption to compressed air demand.
In a typical manufacturing facility, up to 30% of electricity consumed is for generating and treating compressed air. To reduce total cost of operation and qualify for utility company incentive programs, proper air treatment equipment selection and application is required.
Load Matching Performance Compressed air load profiles in most manufacturing facilities fluctuate. The FLXA Series provides cost-effective energy savings by matching electrical power consumed in direct proportion to air demand. Linear load matching is achieved from 0% up to 100% demand.
Non-cycling dryers operate with the refrigeration compressor running continuously, regardless of inlet load conditions. Minimal energy savings are realized from 100% down to 0% inlet air load.
Linear Efficiency Savings FLXA Series dryers automatically cycle (on /off) the refrigeration compressor in response to inlet load conditions. As the inlet air load is reduced, the power requirement to dry the air is matched in proportion to the demand. For example, at 60% inlet air load, a non-cycling dryer consumes 96% of the full load power consumption, a 4% energy savings. By comparison, at 60% inlet air load, the FLXA Series consumes only 60% of the full load power, a 40% energy savings. - Specifications
Air-Cooled
Dryer Model Inlet Flow Pressure Drop Voltages Inlet/Outlet Power Consumption Refrigerant Overall Dimensions Ship Weight SCFM NM³/H PSID IN. KW IN. LBS. FLXA1.1-A 75 127.42 3.4 115/1/60 NPT 1" 0.48 R513A 18.5 X 27.9 X 32.3 148 FLXA1.2-A 100 169.9 209 115/1/60 NPT 1" 0.6 R513A 18.5 X 34.6 X 35..0 168 FLXA1.5-A 150 212.38 1.8 115/1/60 NPT 2" 1.11 R513A 21.7 X 40.6 X 36.6 240 FLXA2.1-A 200 339.38 2.3 460/3/60 NPT 2" 1.28 R513A 21.7 X 42.9 X 36.6 269 FLXA3.1-A 300 509.7 2.1 460/3/60 NPT 2" 1.86 R513A 23.6 X 48.8 X 42.5 353 FLXA4.5-A 450 764.6 3.0 460/3/60 NPT 2" 2.75 R513A 23.6 X 54.3 X 47.2 443 FLXA5.5-A 550 934.4 3.3 460/3/60 NPT 2" 2.91 R513A 23.6 X 54.3 X 47.2 474 FLXA8.1-A 800 1359.2 4.4 460/3/60 FLG 3" 4.9 R454C 63.5 X 27.6 X 53.5
1012 FLXA10.1-A 1000 1699 4.3 460/3/60 FLG 3" 5.7 R454C 63.5 X 27.3 X 53.5 1135 FLXA12.5-A 1250 2123.8 4.6 460/3/60 FLG 4" 7.6 R454C 63.5 X 27.6 X 59.4 1290 FLXA15.1-A 1500 2548.5 5.3 460/3/60 FLG 6" 7.7 R454C 90.8 X 33.9 X 87.9 2469 FLXA20.1-A 2000 3398 5.8 460/3/60 FLG 6" 10.1 R454C 90.8 X 33.9 X 87.9 2535 Water-Cooled
Dryer Model Inlet Flow Pressure Drop Voltages Inlet/Outlet Power Consumption Refrigerant Overall Dimensions Ship Weight SCFM NM³/H PSIG IN. KW IN. LBS. FLXA8.1-W 800 1359.2 4.4 460/3/60 FLG 3" 3.5 R454C 58.3 X 27.6 X 53.5 1014 FLXA10.1-W 1000 1699 4.3 460/3/60 FLG 3" 4.2 R454C 58.3 X 27.6 X 53.5 1149 FLXA12.5-W 1250 2123.8 4.6 460/3/60 FLG 4" 6.1 R454C 58.3 X 27.6 X 59.4 1296 FLXA15.1-W 1500 2548.5 5.3 460/3/60 FLG 6" 6.2 R454C 72.5 X 33.9 X 87.9 2624 FLXA20.1-W 2000 3398 5.8 460/3/60 FLG 6" 9.3 R454C 72.5 X 33.9 X 87.9 2690 Performance data presented in accordance with ISO 7183 (Option A2) conditions: 100°F inlet temperature, 100°F ambient temperature and 100 psig conditions.
- Brochures
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