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Mfr Part # Rated Voltage(V) Size(mm) Max.Air Flow(m³/h) Max.Pressure(Pa) Input Power(W) Speed(rpm) Noise(db)
R4D630-RB15-01 | ebm-papst 230V 3570W Centrifugal Fan for Automation

Used in Automation, ebm-papst R4D630-RB15-01 is a 230 V AC backward-curved centrifugal fan, offering a listed airflow of 17,790 m³/h. This assists electrical and mechanical review.

230 630 17790 800 3570 1345 74
R4D450-FH03-01 | ebm-papst 480V 1190W Centrifugal Fan for Automation

Developed for Automation, the ebm-papst R4D450-FH03-01 is a 480 V AC backward-curved centrifugal fan, characterized by a listed airflow of 9,065 m³/h. The value helps verify equipment fit.

480 450 9065 550 1190 1680 67
R4D355-CM15-05 | ebm-papst 400V 4370W Centrifugal Fan for Automation

Engineered around Automation, the ebm-papst R4D355-CM15-05 is a 400 V AC backward-curved centrifugal fan, noted for a listed pressure capability of 825 Pa. The data supports model-level evaluation.

400 355 7045 825 4370 1300 90
R4D450-RH03-06 | ebm-papst 400V Centrifugal Fan for Automation

Selected for Automation, the ebm-papst R4D450-RH03-06 is a 400 V AC backward-curved centrifugal fan, noted for 450 mm dimensions for installation planning. It supports replacement and design review.

400 450 - - - - -
R4D400-RO22-01 | ebm-papst 400V 770W Centrifugal Fan for Automation

Built for Automation, ebm-papst R4D400-RO22-01 is a 400 V AC backward-curved centrifugal fan, featuring a listed airflow of 5,215 m³/h. It supports replacement and design review. Its documented data supports integration planning.

400 400 5215 530 770 1580 73
R4D175-AE08-11 | ebm-papst Centrifugal Fan for Automation

Used in Automation, the ebm-papst R4D175-AE08-11 is a 0 V AC backward-curved centrifugal fan, characterized by 175 mm dimensions for installation planning. The value helps verify equipment fit.

0 175 - - - - -
R4D560-FB13-01 | ebm-papst 400V 3000W Centrifugal Fan for Automation

Used in Automation, ebm-papst R4D560-FB13-01 is a 400 V AC backward-curved centrifugal fan, noted for a listed airflow of 16,250 m³/h. It supports replacement and design review. Its documented data supports integration planning.

400 560 16250 815 3000 1630 74
R4D450-RH01-01 | ebm-papst 400V 710W Centrifugal Fan for Automation

Developed for Automation, the ebm-papst R4D450-RH01-01 is a 400 V AC backward-curved centrifugal fan, whose supplied data highlights a listed airflow of 6,015 m³/h. It provides a practical sizing reference.

400 450 6015 450 710 1350 62
R4D400-AD22-11 | ebm-papst 400V 750W Centrifugal Fan for Automation

Applied in Automation, the ebm-papst R4D400-AD22-11 is a 400 V AC backward-curved centrifugal fan, whose supplied data highlights a listed airflow of 4,905 m³/h. It provides a practical sizing reference.

400 400 4905 550 750 1610 -
R4D330-AA08-12 | ebm-papst 404V 404W Centrifugal Fan for Automation

Used in Automation, the ebm-papst R4D330-AA08-12 is a 404 V AC backward-curved centrifugal fan, characterized by a listed acoustic value of 404 dB. This helps guide installation planning.

404 330 404 404 404 404 404
R4D630-AQ13-05 | ebm-papst 400V 4100W Centrifugal Fan for Automation

Engineered around Automation, the ebm-papst R4D630-AQ13-05 is a 400 V AC backward-curved centrifugal fan, offering a listed airflow of 17,920 m³/h. This enables specification-led selection.

400 630 17920 850 4100 1285 75
R4D560-AQ01-05 | ebm-papst 400V 2410W Centrifugal Fan for Automation

Configured for Automation, the ebm-papst R4D560-AQ01-05 is a 400 V AC backward-curved centrifugal fan, whose supplied data highlights a listed airflow of 11,850 m³/h. The rating clarifies its operating profile.

400 560 11850 700 2410 1350 72
R4D500-RA03-01 | ebm-papst 400V 1520W Centrifugal Fan for Automation

Configured for Automation, the ebm-papst R4D500-RA03-01 is a 400 V AC backward-curved centrifugal fan, identified by a listed airflow of 6,040 m³/h. This assists electrical and mechanical review.

400 500 6040 650 1520 1370 73
R4D500-AT03-01 | ebm-papst 230V 1430W Centrifugal Fan for Automation

Selected for Automation, the ebm-papst R4D500-AT03-01 is a 230 V AC backward-curved centrifugal fan, offering a listed airflow of 8,320 m³/h. It gives engineers a clear comparison point.

230 500 8320 550 1430 1375 -
R4D450-AK01-01/F01 | ebm-papst 480V 1200W Centrifugal Fan for Automation

Suited to Automation, the ebm-papst R4D450-AK01-01/F01 is a 480 V AC backward-curved centrifugal fan, distinguished by a listed airflow of 7,080 m³/h. The rating clarifies its operating profile.

480 450 7080 650 1200 1580 67
R4D450-AK01-01 | ebm-papst 400V 970W Centrifugal Fan for Automation

Intended for Automation, the ebm-papst R4D450-AK01-01 is a 400 V AC backward-curved centrifugal fan, characterized by a listed airflow of 6,845 m³/h. The data helps compare K-series variants.

400 450 6845 594 970 1530 69
R4D450-AD12-06 | ebm-papst 400V 650W Centrifugal Fan for Automation

Applied in Automation, the ebm-papst R4D450-AD12-06 is a 400 V AC backward-curved centrifugal fan, whose supplied data highlights a listed airflow of 4,655 m³/h. The rating aids system-fit checks.

400 450 4655 500 650 1380 -
R4D450-AA04-05 | ebm-papst 230V 650W Centrifugal Fan for Automation

Specified for Automation, the ebm-papst R4D450-AA04-05 is a 230 V AC backward-curved centrifugal fan, with a focus on a documented speed of 1,375 rpm. This assists electrical and mechanical review.

230 450 - - 650 1375 -
R4D400-AL17-05 | ebm-papst 400V 450W Centrifugal Fan for Automation

Intended for Automation, the ebm-papst R4D400-AL17-05 is a 400 V AC backward-curved centrifugal fan, with a focus on a listed airflow of 4,075 m³/h. It gives engineers a clear comparison point.

400 400 4075 400 450 1405 -
R4D355-AH11-05 | ebm-papst 400V 170W Centrifugal Fan for Automation

Applied in Automation, the ebm-papst R4D355-AH11-05 is a 400 V AC backward-curved centrifugal fan, distinguished by a documented speed of 1,400 rpm. The rating clarifies its operating profile.

400 355 - - 170 1400 -
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About Automation

How to Select the Right Automation

Choosing the right automation starts with the operating point rather than the model name. Define the airflow you actually need in CFM or m³/h and the static pressure the fan must overcome, then look for units whose performance curves pass through that point with a safety margin instead of sitting at the edge of the curve.

Pay attention to the electrical details early. DC fans typically run on 12/24/48 V and integrate easily with control boards, while AC fans suit 115/230 V fixed-speed installations. If the airflow must change with load, choose EC technology with PWM or analog control and, where monitoring matters, a tachometer output so the controller can detect fan failure.

Environment and compliance come next. Match the IP rating to dust and moisture exposure, prefer ball bearings wherever the fan runs hot, vertically or around the clock, and confirm certifications — UL, CE, RoHS — against your destination market. Setting the acoustic limit in dBA early prevents late-stage redesign when the first unit proves too loud.

Finally, compare candidates on total delivery risk, not only on price: confirm stock for the quantity you need, check the lead time for the next batch, and ask for datasheets and dimension drawings before committing. Our team cross-checks curves, dimensions and electrical data for you before quotation There are currently 691 items in this category ready to compare.

Typical Applications and Use Cases for Automation

Automation appear in almost every sector where heat or stale air must be moved reliably. Typical environments include server rooms and data centers, refrigeration condensers and cold-store evaporators, HVAC air handling units, telecom cabinets, medical and laboratory equipment, welding and CNC machine enclosures, and renewable-energy power cabinets. In each of these settings the fan is a critical component: its failure stops production, damages stored goods or forces expensive emergency downtime.

One recurring scenario comes from control cabinet retrofits: the original fan is obsolete, the mounting hole pattern cannot change, and downtime is measured in hours. We match the old unit against current series by frame size, airflow and noise, propose the closest drop-in alternative, and ship with a datasheet that lets the electrician connect it without redesign.

For cold storage operators the pain is simple: a failed evaporator or condenser fan must be replaced now, not after a six-week import cycle. Matching blade diameter, speed and protection class against stocked equivalents lets us restore cooling capacity within days, which is why replacement supply has become a core part of this category for us.

Whether you are building new equipment or maintaining an installed base, the workflow is the same: send us the operating point and constraints, and we return a validated selection with datasheets, curves and a clear lead time.

Frequently Asked Questions About Buying Automation

Do you support customized or OEM versions of automation?

Yes. Beyond catalogue models we can discuss modified lead wires, connectors, speed curves, IP upgrades or private-label packaging for OEM projects. Customization usually starts from a defined annual quantity; our engineers will review your requirement and confirm feasibility, tooling cost and lead time before any commitment.

What warranty and after-sales support do you provide?

Every unit is covered by the manufacturer's warranty against defects in materials and workmanship, and we support you through the whole claim process so you deal with one supplier instead of chasing a factory overseas. If a failure appears in service, send us the serial number, operating conditions and photos, and we will arrange the replacement or credit path agreed in the quotation.

What technical documentation do you provide before purchase?

Datasheets, performance curves, dimension drawings and certification files (UL, CE, RoHS where applicable) are available on request before you buy — we believe a purchase order should follow a verified selection, not replace it. For project tenders we can also provide product comparison tables that put the candidate models side by side on the parameters you care about.

Bag

Bag packaging indicates that a specified quantity of product is packaged by the manufacturer in a bag, sealed pouch, or similar container and sold as a unit without repackaging. It is also used to describe kits/assortments where components are packaged in separate bags according to part number or parametric value, rather than in a compartmentalized box or similar rigid container.