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[Case Study] Heat Stress Measures in a Cleaning Factory

[Case Study] Heat Stress Measures in a Cleaning Factory

Exhaust heat with an induction fan for heat and steam! Introducing case studies of induction fan implementation.

We would like to introduce a case study on heat mitigation measures in a cleaning factory, where heat and steam were expelled using an induction fan. In the cleaning factory, a large amount of heat and steam is generated, causing these heat sources to accumulate within the facility. We received inquiries about improving the air conditioning environment due to high temperatures and humidity levels with the existing ventilation equipment. An induction fan was installed for heat exhaust and ventilation promotion, along with a pressure fan for intake and exhaust. Compared to before the measures were implemented, the temperature decreased by 7°C and humidity dropped by 20%. [Case Study] <Before Implementation> ■ The existing ventilation equipment resulted in high temperatures and humidity, prompting a desire to improve the air conditioning environment. ■ We wanted to lower the temperature and humidity to create a more comfortable working environment for employees. ■ We aimed to achieve effective results with minimal power consumption. ■ We wanted to efficiently expel high-temperature gases and steam. ■ We sought to eliminate condensation on steel structures caused by steam during the winter months, among other concerns. *For more details, please refer to the PDF document or feel free to contact us.

  • air conditioning
  • Other air conditioning equipment

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Ideal for heat countermeasures! Presentation of case studies for the small axial flow fan "Yuin Fan."

Ideal for heat countermeasures! Presentation of case studies for the small axial flow fan "Yuin Fan."

Exhaust heat with a fan that attracts heat and steam! Effective for heatstroke prevention and more. A fan that efficiently blows air in limited space and with minimal weight.

Are you taking measures against heat in your factory or warehouse? At Sanyo Hoan Sangyo, we propose the "Induction Fan," which is suitable for heat mitigation. The induction fan generates airflow within the factory while drawing in outside air through the windows, thereby promoting ventilation. 【Features】 ■ Energy-efficient! Power consumption is comparable to that of household lighting fixtures at 30W (for SF200/3φ 200V specifications). ■ Quiet operation, so noise is not a concern! By installing a silencer, it can operate in quieter environments. ■ Large induction airflow It draws in approximately 20 times the surrounding air volume compared to the outlet airflow, creating a significant air flow. ■ Adjustable blowing direction The blowing direction can be freely set vertically, horizontally, or diagonally. *You can download the "Induction Fan Case Study Collection" from the PDF link below. For more details, please contact us.

  • Other environmental equipment
  • Ventilation and Exhaust

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[Example] Equalization of temperature differences in the rack building.

[Example] Equalization of temperature differences in the rack building.

Introducing a case study of an induced fan that achieved temperature uniformity and energy conservation!

We would like to introduce a case where an induction fan was implemented to equalize the temperature difference between the upper and lower parts of the rack building (mechanical warehouse). The warehouse stores many items that require temperature management, such as raw materials, parts, and pharmaceuticals. Due to the extensive movement of cranes for unloading, it was desired to achieve uniform temperature both vertically and horizontally within the building, as duct placement was not feasible. As an improvement system, air conditioning and induction fans were used to increase the ventilation stirring frequency, achieving temperature uniformity and energy savings. As a result, the temperature within the building remained within a range of ±0.5°C in response to changes in the outside temperature. [Case Study] <Before Implementation> ■ Temperature control within the building was achieved using air conditioning units and ducts; however, due to the large floor area and volume, as well as the high ceiling, there was significant temperature variation between the upper and lower parts of the building. ■ It was desired to achieve uniform temperature both vertically and horizontally within the building, as duct placement was not feasible due to the extensive movement of cranes for unloading. *For more details, please refer to the PDF document or feel free to contact us.

  • air conditioning
  • Other air conditioning equipment

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[Case] Lowering the indoor temperature of the compressor machine room to improve the operating efficiency of the main unit.

[Case] Lowering the indoor temperature of the compressor machine room to improve the operating efficiency of the main unit.

Achieving energy savings by attracting and discharging rising heat! Introducing examples of the installation of attraction fans.

We would like to introduce a case study on the introduction of an induction fan to lower the indoor temperature of the compressor machine room and improve the operational efficiency of the main unit. Two 210kW compressors were operating as the base, controlling load fluctuations with one remaining unit. However, the indoor temperature was not decreasing significantly, and it seemed that the power consumption of the compressors was high, leading to a request for energy-saving proposals. As a solution, we implemented an induction fan to draw out the rising hot air, thereby achieving energy savings. As a result, we were able to lower the indoor temperature from 40-45°C to 32-37°C. [Case Study] <Before Implementation> - Two 210kW compressors were operating as the base, controlling load fluctuations with one remaining unit. - The indoor temperature was not decreasing significantly, and the power consumption of the compressors was high. *For more details, please refer to the PDF document or feel free to contact us.

  • air conditioning
  • Other air conditioning equipment

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