EBM-PAPST Product List
Discover the high quality of EBM-PAPST products at competitive prices. With the assurance of PARTS HUB LLC, we are here to meet your industrial needs with a wide range of products, from sensors to valves, connectors to motors and couplings.
EBM-PAPST is just one of the many brands we offer; you can also procure other brands of industrial spare parts through us.
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605 F
DC axial compact fan
Weight: 0.030 kg
Dimensions: 60 x 60 x 15 mm
Impeller material: glass-fiber reinforced PA plastic
Housing material: glass-fiber reinforced …
EBM-PAPST
612 FL
DC axial compact fan
Weight: 0.030 kg
Dimensions: 60 x 60 x 15 mm
Impeller material: glass-fiber reinforced PA plastic
Housing material: glass-fiber reinforced …
EBM-PAPST
612 FH
DC axial compact fan
Weight: 0.030 kg
Dimensions: 60 x 60 x 15 mm
Impeller material: glass-fiber reinforced PA plastic
Housing material: glass-fiber reinforced …
EBM-PAPST
612 JH
DC axial compact fan
Weight: 0.100 kg
Dimensions: 60 x 60 x 32 mm
Impeller material: Glass-fiber reinforced PA plastic
Housing material: Glass-fiber reinforced …
EBM-PAPST
5988
AC axial compact fan
Weight: 0.570 kg
Dimensions: 127 x 127 x 38 mm
Impeller material: Glass-fiber reinforced PA plastic
Housing material: Die-cast aluminum
Airflow …
EBM-PAPST
5118 NL
DC axial compact fan
Weight: 0.650 kg
Dimensions: 135 x 135 x 38 mm
Impeller material: Metal
Housing material: Metal
Airflow direction: Exhaust over struts
Service …
EBM-PAPST
512 F-532
DC axial compact fan
Weight: 0.027 kg
Dimensions: 50 x 50 x 15 mm
Impeller material: PA 6.6 plastic, glass-fiber reinforced
Housing material: PBT …
EBM-PAPST
512 FL-547
DC axial compact fan
Weight: 0.027 kg
Dimensions: 50 x 50 x 15 mm
Impeller material: glass-fiber reinforced PA plastic
Housing material: glass-fiber reinforced …
EBM-PAPST
512 F
DC axial compact fan
Weight: 0.027 kg
Dimensions: 50 x 50 x 15 mm
Impeller material: glass-fiber reinforced PA plastic
Housing material: glass-fiber reinforced …
EBM-PAPST
5118 N
DC axial compact fan
General description: * Power consumption when wide open; these values may be considerably higher at the operating …