SANYO DENKI
Find technologies that solve on-site problems
Case Study
Need a heat solution for increasingly dense FA inspection equipment?

Oil Proof Fan with high static pressure ensures effective cooling in harsh factory environments

FA Equipment Manufacturer Company A (300 Employees)
  • Home
  • Case Study
  • Case Study 104 - FA Equipment Manufacturer Company A (300 Employees)
Problem
  • The customer's fans were underperforming.
  • Taking in air with oil mist could lead to equipment failure.
Solution and Results
  • Used an Oil Proof Fan with 1.4 times higher maximum static pressure.
  • Flexible customization service helped customer development progress smoothly.
In the industrial machinery industry, increasing heat generation from equipment has become a major problem as electronic devices used in machinery are becoming faster and denser. In addition, preventing mechanical failure is also a major challenge as industrial machinery must operate continuously in environments with dust and oil mist.

Problem

The customer needs a fan that runs stably even with oil mist

Company A manufactures various machine tools and FA equipment. The company was planning a model change for its FA inspection equipment to improve processing speed. Their development department was struggling with several technical issues in solving the heat generation problem. Mr. B, chief engineer of Company A's development department, explained.

"Improving processing speed significantly increases the amount of heat generated inside the enclosure. We performed a simulation using the cooling fan used in the current model, and it was estimated that the current fan would underperform. Conventionally, cooling was done by circulating the air inside sealed equipment. But it was found that internal circulation alone would not provide sufficient cooling after the model change, and it would need to draw in air from the outside. It was assumed that drawing in air from outside the equipment in a factory environment with oil mist would lead to oil buildup in the fan, possibly causing it to fail."

Mr. B and his people tried various cooling fans, but none of them were able to meet the required specifications.

Solution and Results

Used an Oil Proof Fan with 1.4 times higher maximum static pressure

Mr. B contacted SANYO DENKI, with whom another department of Company A had previously worked, to discuss the cooling fan. Then, a sales representative of SANYO DENKI visited Company A. After a detailed discussion with Mr. B, he proposed their Oil Proof Fan.

"The windings and electronic components of the Oil Proof Fan they proposed are protected by a resin coating, and it can be used stably even in our factory where oil mist is present," explained Mr. B. "Moreover, it features an excellent maximum static pressure; about 1.4 times that of the fan that it replaced. It was certainly capable of sufficiently cooling the inside of the equipment and also withstanding our factory's harsh operating environment."

High cooling performance was provided as expected, and development went smoothly with flexible customization service

Mr. B was very interested in the proposal and requested a sample for evaluation right away.

"A sample arrived shortly, and the SANYO DENKI sales rep assisted us in our internal evaluation and presentation by explaining the P-Q characteristics, which are the relationship between airflow and static pressure," said Mr. B. "Although the development schedule was tight, the fan passed the evaluation smoothly as it has an excellent cooling capability and oil resistance."

In this way, Company A decided to officially use the SANYO DENKI's Oil Proof Fan.

"We also consulted the sales rep about customizing the connector," continued Mr. B. "Thanks to the SANYO DENKI customization service, we did not need to change our product's PCB, and assembly man-hours were reduced. Furthermore, we appreciate that the product warranty included the connector processing. This custom service needed to make an extra adjustment during prototype production, but they handled it quickly."

A few months later, Company A successfully completed development of the new model.

"The fan has demonstrated excellent cooling performance as expected," said Mr. B. "We achieved stable equipment operation without being affected by oil mist. I would definitely like to continue to consult SANYO DENKI in the future on various matters."

Fan
What cooling solutions can cool heat-generating 5G telecommunications equipment?
What is a Centrifugal Fan that achieved better cooling performance with fewer fans?
Fan
What is the best fan for air purifiers with high-density filters?
A Blower with PWM control and extensive technical support achieved sufficient airflow and low noise
Fan
How to improve both cooling performance and environmental durability while reducing noise for communication equipment?
High airflow and high static pressure fan with IP68 water and dust resistance delivers efficient cooling