

Used in servers, UPS systems, and telecom equipment, Sanyo Denki 109S088 is a 200 VAC AC axial fan in a 120 × 120 × 25 mm frame. Its 2500/2900 rpm rating defines a lower-speed operating point. The series cooling function is confirmed; suffix-specific options require datasheet verification. Selection focus: enclosure space planning equipment fit.
| Rated Voltage(V) | 200 |
|---|---|
| Size(mm) | 120*120*25 |
| Max.Air Flow(m³/h) | 117/138 |
| Max.Pressure(Pa) | 48/51.9 |
| Input Power(W) | 13.5/12 |
| Speed(rpm) | 2500/2900 |
| Noise(db) | 38/41 |
The SANYO DENKI 109S088 is a AC axial fan developed for automation controls, PLC cabinets and drive systems. Its directed airflow helps remove heat from densely arranged components and supports predictable equipment temperatures.
A listed maximum airflow of 117/138 m3/h and maximum pressure of 48/51.9 Pa give engineers a clear basis for matching the fan to enclosure resistance. OEM qualification should check startup demand, installation orientation and the exact electrical interface. Installed sound and airflow depend on the surrounding cabinet structure.
Assess vibration transfer into enclosure panels. It also creates a clearer thermal approval record. Confirm the final fan curve in the assembled equipment.
109S088 is suitable for automation and electrical control cabinets. These systems need continuous heat removal because compact layouts and rising power density restrict natural convection. This helps maintain dependable equipment operation. Selection should follow the approved full model code.
The San Ace 109S088 supports thermal management in PLC and motion-control equipment. These systems need continuous heat removal because compact layouts and rising power density restrict natural convection. This helps maintain dependable equipment operation.
For inverters and industrial drive systems, 109S088 provides a dedicated forced-air cooling path. These systems need continuous heat removal because compact layouts and rising power density restrict natural convection. This helps maintain dependable equipment operation.
Verify the exact bearing, rated life, temperature range, and duty limits. The supplied family description alone does not confirm continuous operation for every suffix.
Confirm connector and mounting details, keep the airflow path clear, and isolate power before cleaning or service.
Check its 120 × 120 × 25 mm size, 117/138 m³/h airflow, 48/51.9 Pa pressure, mounting points, airflow direction, and system resistance.
The workbook marks it RoHS compliant. Confirm model-specific UL, CSA, TÜV, or other required approvals from official documentation.
No exact IP rating is supplied for this model row. Check the current model datasheet before use in water, dust, or oil exposure.

Selected for Refrigeration Cooling, ebm-papst S4D450-AU01-01 is a 400 V AC axial fan, with a focus on a documented 205 W input rating. It gives engineers a clear comparison point. Its documented data supports integration planning.
Read More
Suited to Refrigeration Cooling, the ebm-papst S4D350-AP08-30 is a 230 V AC axial fan, whose supplied data highlights a documented 115 W input rating. The rating aids system-fit checks.
Read More
Selected for Refrigeration Cooling, ebm-papst S4D560-AM03-01 is a 400 V AC axial fan, noted for a listed airflow of 11,245 m³/h. This supports duty-point selection. Its documented data supports integration planning.
Read More
Specified for Refrigeration Cooling, the ebm-papst S4D500-AM03-02 is a 400 V AC axial fan, distinguished by a listed pressure capability of 140 Pa. It provides a practical sizing reference.
Read More
Applied in Refrigeration Cooling, ebm-papst S4D450-AO14-01 is a 400 V AC axial fan, offering a listed acoustic value of 56 dB. This assists electrical and mechanical review. Its documented data supports integration planning.
Read More
Suited to Refrigeration Cooling, ebm-papst S4D450-AU01-02 is a 400 V AC axial fan, distinguished by a listed acoustic value of 73 dB. The rating aids system-fit checks. Its documented data supports integration planning.
Read More