RA24BL001-B40 Series Dual Wheel Design Brushless Direct Current (DC) Centrifugal Blowers
Automotive Fans and Blowers
12V, 24V
571~630 CFM (970~1070 m³/h)
Dual Ball Bearings
Scroll Housing: PA66 + 30% GF, UL94-V0
Impeller: PA66 + 30% GF, UL94-V0
Operating Temperature: -40ºC ~ +70ºC
Operating Life: 25,000 hours
Locked Rotor/Short-Circuit/Over-Voltage Protection
IP68 Dust & Moisture Protection
RoHS
571~630 CFM (970~1070 m³/h)
Dual Ball Bearings
Scroll Housing: PA66 + 30% GF, UL94-V0
Impeller: PA66 + 30% GF, UL94-V0
Operating Temperature: -40ºC ~ +70ºC
Operating Life: 25,000 hours
Locked Rotor/Short-Circuit/Over-Voltage Protection
IP68 Dust & Moisture Protection
RoHS
Unit of Measure
Items |
RA12BL001-B40-3SP-02 RA24BL001-B40 Series 15.0 Ampere (A) Current Dual Wheel Design Brushless Direct Current (DC) Centrifugal Blower |
RA12BL001-B40-VSP-02 RA24BL001-B40 Series 15.0 Ampere (A) Current Dual Wheel Design Brushless Direct Current (DC) Centrifugal Blower |
RA24BL001-B40-3SP-02 RA24BL001-B40 Series 9.5 Ampere (A) Current Dual Wheel Design Brushless Direct Current (DC) Centrifugal Blower |
RA24BL001-B40-VSP-02 RA24BL001-B40 Series 10.0 Ampere (A) Current Dual Wheel Design Brushless Direct Current (DC) Centrifugal Blower |
RA24BL001-B40-VSP-02E RA24BL001-B40 Series 10.0 Ampere (A) Current Dual Wheel Design Brushless Direct Current (DC) Centrifugal Blower |
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Description |
N/A
12V, 24V 571~630 CFM (970~1070 m³/h) Dual Ball Bearings Scroll Housing: PA66 + 30% GF, UL94-V0 Impeller: PA66 + 30% GF, UL94-V0 Operating Temperature: -40ºC ~ +70ºC Operating Life: 25,000 hours Locked Rotor/Short-Circuit/Over-Voltage Protection IP68 Dust & Moisture Protection RoHS |
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Brands | N/A Pelonis Technologies | |||||||||
Part Number | N/A 02.12.01 | N/A 02.12.02 | N/A 02.24.01 | N/A 02.24.02 | N/A 02.24.02.9 | |||||
Type | N/A Centrifugal | |||||||||
Bearing Type | N/A Dual Ball | |||||||||
Scroll Housing | N/A Polyamide (PA) 66 + 30% GF, UL94-V0 | |||||||||
Impeller | N/A Polyamide (PA) 66 + 30% GF, UL94-V0 | |||||||||
Voltage | N/A 12 V | N/A 12 V | N/A 24 V | N/A 24 V | N/A 24 V | |||||
Current | N/A 15.0 A | N/A 15.0 A | N/A 9.5 A | N/A 10.0 A | N/A 10.0 A | |||||
Number of Speeds | N/A 3 | N/A Variable | N/A 3 | N/A Variable | N/A Variable | |||||
Airflow (Q) | N/A 571 ft³/min970 m³/h | N/A 571 ft³/min970 m³/h | N/A 630 ft³/min1070 m³/h | N/A 630 ft³/min1070 m³/h | N/A 630 ft³/min1070 m³/h | |||||
Operating Temperature | N/A -40 to +70 ºC | |||||||||
Operating Life | N/A 25,000 hours | |||||||||
Dust and Moisture Protection | N/A Ingress Protection (IP68) | |||||||||
Length | N/A 13.82 in351 mm | |||||||||
Width | N/A 5.50 in140 mm | |||||||||
Height | N/A 6.57 in167 mm | |||||||||
Industry Standards/Certifications | N/A Restriction of Hazardous Substances (RoHS) Compliant | |||||||||
Intelligent Cooling Control |
N/A
Brushless DC Automotive Blowers include compact motors that operate with intelligent electronics including position less sensor control technology. They are resistant to high temperature, static shock and moisture, and can withstand extremely hostile conditions. Intelligent control features enable airflow adjustment by ambient temperature and humidity and improve operating efficiency automatically through open-loop/closed loop control (voltage/PWM). |
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Maximum Protection and Safety | N/A All models include automated self-protection functions with over-current protection, short-circuit protection, and over-voltage protection that increase life expectancy. Brushless DC models with dust and moisture protection can also reach up to IP68 ratings. | |||||||||
Applications |
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Features and Specifications |
N/A
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Additional Information |
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Brushless DC Automotive blowers include centrifugal and axial models with advanced aerodynamics that maximize efficiency and minimize noise. They are ideal for today's green applications and are available in single speed, dual speed, and variable speed versions. Brushless DC Blowers are well suited for automotive applications that require high performance, dust and moisture protection, and intelligent control for maximum energy efficiency. |
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