| Mfr Part # | Rated Voltage(V) | Size(mm) | Max.Air Flow(m³/h) | Max.Pressure(Pa) | Input Power(W) | Speed(rpm) | Noise(db) | |
|---|---|---|---|---|---|---|---|---|
![]() 9WP0824S401 | Sanyo Denki 24VDC 2.4W DC Axial Fan for solar inverter and energy storage cooling For renewable-energy power electronics, 9WP0824S401 combines 24 VDC operation with a 80 × 80 × 25 mm DC axial fan design. No exact entry appears in the supplied feature table, so bearing, control, and protection details require datasheet confirmation. 48.1 Pa maximum pressure is the most distinctive duty-point parameter. |
24 | 80*80*25 | 72.08 | 48.1 | 2.4 | 3400 | 34 | |
![]() 9WPA0624P4G001 | Sanyo Denki 24VDC 11.04W DC Axial Fan for solar inverter and energy storage cooling For thermal management in outdoor equipment and photovoltaic inverters, the 9WPA0624P4G001 provides a 24 VDC DC axial fan configuration measuring 60 × 60 × 25 mm. 12000 rpm is the model's most prominent operating value. The recorded airflow profile should guide procurement comparison. Match the exact part number before approving a substitute. |
24 | 60*60*25 | 91.2 | 357 | 11.04 | 12000 | 56 | |
![]() 9WE1724K501 | Sanyo Denki 24VDC 31.2W DC Axial Fan for solar inverter and energy storage cooling Equipment designers serving outdoor equipment and photovoltaic inverters can evaluate Sanyo Denki 9WE1724K501, a DC axial fan rated at 24 VDC and sized ø172 × 51 mm. Its listed airflow of 504 m³/h is the standout performance value. Review its pressure capability during maintenance preparation. Validate mounting and wiring from the model drawing. |
24 | ø172*51 | 504 | 241.6 | 31.2 | 4100 | 55 | |
![]() 9WL0412G3001 | Sanyo Denki 12VDC 4.8W DC Axial Fan for solar inverter and energy storage cooling 9WL0412G3001 serves outdoor equipment and photovoltaic inverters as a 40 × 40 × 28 mm DC axial fan rated at 12 VDC. Its oil-resistant fan design and IP68 listing is the defining supplied feature. 15500 rpm is the model's most prominent operating value. Check equipment integration review ventilation capacity. Focus: equipment integration review. |
12 | 40*40*28 | 33.1 | 308.9 | 4.8 | 15500 | 47 | |
![]() 9WG1224G102 | Sanyo Denki 24VDC 12W DC Axial Fan for solar inverter and energy storage cooling A 120 × 120 × 38 mm frame and 24 VDC rating define 9WG1224G102, a DC axial fan for outdoor equipment and photovoltaic inverters. Verify the complete ordering code before assigning PWM or sensor capability. Its listed airflow of 232.9 m³/h is the standout performance value. Check equipment integration review volume-flow figure. |
24 | 120*120*38 | 232.9 | 135 | 12 | 3600 | 49 | |
![]() 9WPA1224J4001 | Sanyo Denki 24VDC 12W DC Axial Fan for solar inverter and energy storage cooling Built around outdoor equipment and photovoltaic inverters, Sanyo Denki 9WPA1224J4001 is a 24 VDC DC axial fan in a 120 × 120 × 25 mm frame. Its listed airflow of 255 m³/h is the standout performance value. Control and monitoring availability is suffix-specific according to the supplied reference. Focus: duty point matching supply requirement. |
24 | 120*120*25 | 255 | 210 | 12 | 5400 | 53 | |
![]() 9WL1448P5G001 | Sanyo Denki 48VDC 62W DC Axial Fan for solar inverter and energy storage cooling The 48 VDC Sanyo Denki 9WL1448P5G001 is a DC axial fan sized 140 × 140 × 51 mm for outdoor equipment and photovoltaic inverters. Its oil-resistant fan design and IP68 listing is the defining supplied feature. 62 W input is the defining electrical-load figure. Check duty point matching static-pressure entry. Focus: duty point matching. |
48 | 140*140*51 | 540.6 | 655.1 | 62 | 7500 | 69 | |
![]() 9WG5748P5G011 | Sanyo Denki 48VDC DC Axial Fan for solar inverter and energy storage cooling The 9WG5748P5G011 is a Sanyo Denki 48 VDC, 172 × 150 × 51 mm DC axial fan for outdoor equipment and photovoltaic inverters. Any PWM input or speed signal must be confirmed against the ordered suffix. The recorded ventilation capacity should guide service-life planning. Verify the exact bearing and signal options in the datasheet. |
48 | 172*150*51 | - | - | - | - | - | |
![]() 9WPA0624P4G003 | Sanyo Denki 24VDC DC Axial Fan for solar inverter and energy storage cooling Sanyo Denki configures 9WPA0624P4G003 for outdoor equipment and photovoltaic inverters as a 24 VDC DC axial fan with 60 × 60 × 25 mm dimensions. A listed noise figure of 22 dB is the key differentiating parameter. Review its selection parameters during maintenance preparation. Check the full suffix before confirming connector details. |
24 | 60*60*25 | 25.7 | 29.9 | - | 3500 | 22 | |
![]() 9WP0612H402 | Sanyo Denki 12VDC 1.32W DC Axial Fan for solar inverter and energy storage cooling Equipment designers serving outdoor equipment and photovoltaic inverters can evaluate Sanyo Denki 9WP0612H402, a DC axial fan rated at 12 VDC and sized 60 × 60 × 25 mm. A listed input of 1.32 W is the notable efficiency-related parameter. Base power-budget planning on the stated speed benchmark. Validate mounting and wiring from the model drawing. |
12 | 60*60*25 | 31.4 | 40.2 | 1.32 | 3800 | 28 | |
![]() 9WP0412H6001 | Sanyo Denki 12VDC 1.2W DC Axial Fan for solar inverter and energy storage cooling 9WP0412H6001 serves outdoor equipment and photovoltaic inverters as a 40 × 40 × 20 mm DC axial fan rated at 12 VDC. Control and monitoring availability is suffix-specific according to the supplied reference. The 13.4 m³/h airflow figure supports its stated equipment-cooling role. Selection focus: compatibility risk checking electrical load. |
12 | 40*40*20 | 13.4 | 65.7 | 1.2 | 8000 | 33 | |
![]() 9WG1212G102-E | Sanyo Denki 12VDC 11.76W DC Axial Fan for solar inverter and energy storage cooling 9WG1212G102-E addresses renewable-energy power electronics through a 12 VDC DC axial fan platform measuring 120 × 120 × 38 mm. No exact entry appears in the supplied feature table, so bearing, control, and protection details require datasheet confirmation. Its listed airflow of 232.9 m³/h is the standout performance value. |
12 | 120*120*38 | 232.9 | 135 | 11.76 | 3600 | 49 | |
![]() 9WP0612G4D01 | Sanyo Denki 12VDC 2.52W DC Axial Fan for solar inverter and energy storage cooling Equipment designers serving outdoor equipment and photovoltaic inverters can evaluate Sanyo Denki 9WP0612G4D01, a DC axial fan rated at 12 VDC and sized 60 × 60 × 25 mm. A listed input of 2.52 W is the notable efficiency-related parameter. Base system-resistance review on the stated operating point. Treat bearing and life data as suffix-specific. |
12 | 60*60*25 | 46.2 | 87.3 | 2.52 | 5600 | 39 | |
![]() 9WV1224P1H001 | Sanyo Denki 24VDC 19.2W DC Axial Fan for solar inverter and energy storage cooling For renewable-energy power electronics, 9WV1224P1H001 combines 24 VDC operation with a 120 × 120 × 38 mm DC axial fan design. No exact entry appears in the supplied feature table, so bearing, control, and protection details require datasheet confirmation. Its listed airflow of 309 m³/h is the standout performance value. |
24 | 120*120*38 | 309 | 237 | 19.2 | 5200 | 58 | |
![]() 9WP0924G405 | Sanyo Denki 24VDC DC Axial Fan for solar inverter and energy storage cooling Sanyo Denki 9WP0924G405 combines a 90 × 90 × 25 mm DC axial fan platform with a 24 VDC rating for outdoor equipment and photovoltaic inverters. Verify the complete ordering code before assigning PWM or sensor capability. The 90 × 90 × 25 mm format is the primary stated selection detail. Focus: procurement data comparison installation footprint. |
24 | 90*90*25 | - | - | - | - | - | |
![]() 9WL0948P1H601 | Sanyo Denki 48VDC 23.04W DC Axial Fan for solar inverter and energy storage cooling Within outdoor equipment and photovoltaic inverters, 9WL0948P1H601 provides a 92 × 92 × 38 mm, 48 VDC DC axial fan configuration. Its oil-resistant fan design and IP68 listing is the defining supplied feature. The supplied row lists 61 dB as an important acoustic selection value. Selection focus: wiring scheme review duty-point values. |
48 | 92*92*38 | 222.02 | 429.9 | 23.04 | 9000 | 61 | |
![]() 9WE5724K501 | Sanyo Denki 24VDC 31.2W DC Axial Fan for solar inverter and energy storage cooling The 172 × 150 × 51 mm Sanyo Denki 9WE5724K501 brings 24 VDC DC axial fan cooling to outdoor equipment and photovoltaic inverters. PWM and monitoring are possible family options, not confirmed features of every suffix. Base equipment integration on the stated catalog specification. Match the exact part number before approving a substitute. |
24 | 172*150*51 | 504 | 243 | 31.2 | 4100 | 60 | |
![]() 9WL0424P3G001 | Sanyo Denki 24VDC 4.8W DC Axial Fan for solar inverter and energy storage cooling Equipment designers serving outdoor equipment and photovoltaic inverters can evaluate Sanyo Denki 9WL0424P3G001, a DC axial fan rated at 24 VDC and sized 40 × 40 × 28 mm. 15500 rpm is the model's most prominent operating value. Base equipment integration on the stated thermal-duty record. Validate mounting and wiring from the model drawing. |
24 | 40*40*28 | 33.6 | 310 | 4.8 | 15500 | 47 | |
![]() 9WL0624P4H001 | Sanyo Denki 24VDC 1.92W DC Axial Fan for solar inverter and energy storage cooling The 9WL0624P4H001 is a Sanyo Denki 24 VDC, 60 × 60 × 25 mm DC axial fan for outdoor equipment and photovoltaic inverters. Its oil-resistant fan design and IP68 listing is the defining supplied feature. The recorded performance curve should guide wiring review. Review connector, alarm, and sensor options separately. |
24 | 60*60*25 | 46.75 | 97.1 | 1.92 | 6150 | 36 | |
![]() 9WV1212P1J001 | Sanyo Denki 12VDC 36W DC Axial Fan for solar inverter and energy storage cooling The 9WV1212P1J001 is a Sanyo Denki 12 VDC, 120 × 120 × 38 mm DC axial fan for outdoor equipment and photovoltaic inverters. PWM and monitoring are possible family options, not confirmed features of every suffix. Base equipment integration on the stated frame geometry. Confirm environmental protection for the ordered version. |
12 | 120*120*38 | 380.8 | 361.2 | 36 | 6400 | 64 |
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 — 1,013 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.