| Mfr Part # | Rated Voltage(V) | Size(mm) | Max.Air Flow(m³/h) | Max.Pressure(Pa) | Input Power(W) | Speed(rpm) | Noise(db) | |
|---|---|---|---|---|---|---|---|---|
![]() FN080-SDQ.6N.V7 138758 | ZIEHL-ABEGG 400VAC 1800W AC Axial Fan for renewable energy systems FN080-SDQ.6N.V7 138758 is a 400 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is 1800 W input power for the listed electrical version. It also lists a 7-blade impeller identified for this model. Review fan selection for air-system design. |
400 | 800 | 25100 | 160 | 1800 | 900 | - | |
![]() FN080-6ET.6N.A5P7 169974 | ZIEHL-ABEGG 230VAC 1300W AC Axial Fan for renewable energy systems FN080-6ET.6N.A5P7 169974 is a 230 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is 870 rpm rated speed in the supplied parameter row. It also lists a 5-blade impeller identified for this model. Review operating point for air-system design. |
230 | 800 | 19500 | 225 | 1300 | 870 | - | |
![]() FN071-4DF.7Q.V5P5 167251 | ZIEHL-ABEGG 400VAC AC Axial Fan for renewable energy systems FN071-4DF.7Q.V5P5 167251 is a 400 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is low-noise aerodynamic design documented for the series. It also lists a 5-blade impeller identified for this model. Review installation clearance for air-system design. |
400 | 710 | - | - | - | - | - | |
![]() FN065-VDP.6N.V7P1 165618 | ZIEHL-ABEGG 3~400VAC 2000W AC Axial Fan for renewable energy FN065-VDP.6N.V7P1 165618 is a 3~400 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is 2000 W input power for the listed electrical version. It also lists a 7-blade impeller identified for this model. Review wiring plan for air-system design. |
3~400 | 650 | 16900 | 265 | 2000 | 1370 | 93 | |
![]() FN063-6DT.4I.A7P1 165418 | ZIEHL-ABEGG 3~400VAC 630W AC Axial Fan for renewable energy systems FN063-6DT.4I.A7P1 165418 is a 3~400 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is 11200 m³/h maximum airflow stated for this model. It also lists a 7-blade impeller identified for this model. Review system resistance for air-system design. |
3~400 | 630 | 11200 | 120 | 630 | 900 | - | |
![]() FN063-4EQ.6N.V7P6 167132 | ZIEHL-ABEGG 1~230VAC 1850W AC Axial Fan for renewable energy FN063-4EQ.6N.V7P6 167132 is a 1~230 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is ECblue motor and integrated-control technology referenced for this model. It also lists a 7-blade impeller identified for this model. Review replacement fit for air-system design. |
1~230 | 630 | 16700 | 250 | 1850 | 1360 | 87 | |
![]() FN063-4DQ.6N.V7P6 167240 | ZIEHL-ABEGG 3~400VAC 1750W AC Axial Fan for renewable energy FN063-4DQ.6N.V7P6 167240 is a 3~400 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is a 7-blade impeller identified for this model. It also lists a 630 mm size specified in the upload data. Review service access for air-system design. |
3~400 | 630 | 16900 | 265 | 1750 | 1400 | 89 | |
![]() FN056-4EQ.6N.V7P5 171043 | ZIEHL-ABEGG 1~230VAC 1150W AC Axial Fan for renewable energy FN056-4EQ.6N.V7P5 171043 is a 1~230 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is a compact construction intended to simplify equipment integration. It also lists a 7-blade impeller identified for this model. Review duct connection for air-system design. |
1~230 | 560 | 11400 | 200 | 1150 | 1420 | 88 | |
![]() FN050-VDQ.4I.A7P1 140083 | ZIEHL-ABEGG 3~400VAC 840W AC Axial Fan for renewable energy systems FN050-VDQ.4I.A7P1 140083 is a 3~400 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is a dual-speed motor configuration identified for this model. It also lists a 7-blade impeller identified for this model. Review cooling margin for air-system design. |
3~400 | 500 | 9500 | 180 | 840 | 1340 | 78 | |
![]() FN050-4EQ.4I.V7P1 167955 | ZIEHL-ABEGG 1~230VAC 720W AC Axial Fan for renewable energy systems FN050-4EQ.4I.V7P1 167955 is a 1~230 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is full-range speed-control capability stated for the series. It also lists a 7-blade impeller identified for this model. Review acoustic limit for air-system design. |
1~230 | 500 | 8800 | 155 | 720 | 1240 | 73 | |
![]() FN045-ZIT.DC.A5P4 184896 | ZIEHL-ABEGG 1~200-277VAC 760W EC Axial Fan for renewable energy FN045-ZIT.DC.A5P4 184896 is a 1~200-277 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is full-range speed-control capability stated for the series. It also lists a 5-blade impeller identified for this model. Review control method for air-system design. |
1~200-277 | 450 | 7700 | 187 | 760 | 1650 | - | |
![]() FN045-ZIQ.DC.A5P4 184938 | ZIEHL-ABEGG 1~200-277VAC 760W EC Axial Fan for renewable energy FN045-ZIQ.DC.A5P4 184938 is a 1~200-277 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is energy-efficient aerodynamic design highlighted in the supplied series data. It also lists a 5-blade impeller identified for this model. Review electrical supply for air-system design. |
1~200-277 | 450 | 7700 | 187 | 760 | 1650 | - | |
![]() FN040-ZIT.DC.A7P4 184895 | ZIEHL-ABEGG 1~200-277VAC 1820W EC Axial Fan for renewable energy FN040-ZIT.DC.A7P4 184895 is a 1~200-277 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is two-plane dynamic balancing for stable fan operation. It also lists a 7-blade impeller identified for this model. Review motor interface for air-system design. |
1~ 200-277 | 400 | - | - | 1820 | 1950 | - | |
![]() FN040-ZIQ.DC.A7P5 184937 | ZIEHL-ABEGG 1~200-277VAC 820W EC Axial Fan for renewable energy FN040-ZIQ.DC.A7P5 184937 is a 1~200-277 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is bionic blade geometry developed for efficient, low-noise airflow. It also lists a 7-blade impeller identified for this model. Review pressure requirement for air-system design. |
1~200-277 | 400 | 6700 | 260 | 820 | 1950 | - | |
![]() FN030-4EQ.WA.A7 153671 | ZIEHL-ABEGG 1~230VAC 110W AC Axial Fan for renewable energy systems FN030-4EQ.WA.A7 153671 is a 1~230 VAC axial fan for chillers, cold-chain equipment, industrial refrigeration. Its main supplied feature is 1320 rpm rated speed in the supplied parameter row. It also lists a 7-blade impeller identified for this model. Review airflow path for air-system design. |
1~230 | 300 | 1370 | 63 | 110 | 1320 | 64 | |
![]() FC125-MDT.7Q.A7 140500 | ZIEHL-ABEGG 400VAC 2200W AC Axial Fan for renewable energy systems FC125-MDT.7Q.A7 140500 is a 400 VAC axial fan for chillers, industrial refrigeration, transformer cooling. Its main supplied feature is 65 Pa maximum pressure stated for this model. It also lists a 7-blade impeller identified for this model. Review operating point for energy review. Check the exact variant before ordering. |
400 | 1250 | 34000 | 65 | 2200 | 500 | - | |
![]() FC125-ADT.8S.V7 131159 | ZIEHL-ABEGG 3~400VAC 4300W AC Axial Fan for renewable energy systems FC125-ADT.8S.V7 131159 is a 3~400 VAC axial fan for chillers, industrial refrigeration, transformer cooling. Its main supplied feature is 59500 m³/h maximum airflow stated for this model. It also lists a 7-blade impeller identified for this model. Review installation clearance for energy review. |
3~400 | 1250 | 59500 | 180 | 4300 | 640 | - | |
![]() FC125-ADT.8S.A7 153486 | ZIEHL-ABEGG 400VAC 4300W AC Axial Fan for renewable energy systems FC125-ADT.8S.A7 153486 is a 400 VAC axial fan for chillers, industrial refrigeration, transformer cooling. Its main supplied feature is 4300 W input power for the listed electrical version. It also lists a 7-blade impeller identified for this model. Review wiring plan for energy review. |
400 | 1250 | 59500 | 275 | 4300 | 640 | 94 | |
![]() FC107-ADT.7Q.A3 155541 | ZIEHL-ABEGG 400VAC 1070mm AC Axial Fan for renewable energy systems FC107-ADT.7Q.A3 155541 is a 400 VAC axial fan for chillers, industrial refrigeration, transformer cooling. Its main supplied feature is two-plane dynamic balancing for stable fan operation. It also lists a 3-blade impeller identified for this model. Review system resistance for energy review. |
400 | 1070 | - | - | - | - | - | |
![]() FC100-ADS.7Q.V7 107151 | ZIEHL-ABEGG 3~400VAC 2200W AC Axial Fan for renewable energy systems FC100-ADS.7Q.V7 107151 is a 3~400 VAC axial fan for chillers, industrial refrigeration, transformer cooling. Its main supplied feature is 34500 m³/h maximum airflow stated for this model. It also lists a 7-blade impeller identified for this model. Review replacement fit for energy review. |
3~400 | 1000 | 34500 | 138 | 2200 | 670 | 80 |
The most reliable way to specify new Energy is to work from the system, not from the catalog. Measure or calculate the airflow and pressure demand first, add the dimensional limits of the mounting position, and only then shortlist series whose curves cover your operating point with margin.
Electrical matching is the next gate. Confirm the supply voltage — 12 V, 24 V or 48 V DC for compact electronics cooling, 115 V or 230 V AC for equipment and panel cooling — and decide whether you need speed control. EC models accept PWM or 0-10 V signals and report speed through a tachometer output, which makes them the default choice for variable-airflow systems, while AC units remain a cost-effective answer for fixed-speed duty.
Then filter by environment. High ambient temperature, dust or moisture loads dictate the IP rating and bearing choice — ball bearings keep airflow and noise stable over years, while sleeve bearings suit light-duty horizontal mounting. Regulatory needs such as UL, CE and RoHS recognition should be confirmed before the shortlist goes to purchasing, together with a maximum allowed sound pressure level in dBA.
End the process by checking supply, not just specification: confirm current stock, the lead time for follow-up quantities, and obtain datasheets and dimension drawings so the mechanical interface is verified before the PO. Send us your airflow and pressure requirements and our engineers will confirm the best-matched series — 1,143 products are available in this category today.
The daily work of our sales engineers is built around new Energy used in data center cooling, refrigeration and cold chain projects, building ventilation, telecom base stations, medical devices and industrial control cabinets — environments where a stopped fan is a stopped business process. That daily exposure to real installations is exactly what we bring back into every selection: not just reading curves, but knowing which models survive dust, heat, continuous duty and restricted service access.
A typical case: an equipment builder needed to replace an aging AC fan inside a control cabinet that could not be taken offline for more than an hour. By cross-referencing the frame dimensions, voltage and airflow curve, we supplied a current-series drop-in replacement with a matching tachometer signal, and the swap was completed during a scheduled maintenance window.
Refrigeration and cold chain customers bring us another pattern: the failed condenser fan is unavailable for weeks. Comparing diameter, speed, bearings and IP rating, we supply a functionally equivalent unit from stock so the system returns to duty the same week — the reason many service companies keep our contact number on file.
From one-piece emergency replacements to volume supply for equipment manufacturers, every enquiry is handled by the same rule: verify the parameters first, then quote — so what arrives on site is the fan the project actually needs.
Single-piece orders and samples are welcome — many customers validate one unit in their system before committing to volume. There is no minimum order quantity for standard stock models, and the sample price is deducted from the bulk order in most repeat purchases. Tell us the quantity you plan to use and we will quote both scenarios.
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.
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.
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.