Central supply systems for medical vacuum must have filtration sized for what percentage of peak calculated demand?

The central supply systems for medical vacuum are critical components in healthcare facilities, ensuring that negative pressure is maintained for various applications, such as in operating rooms and for suction applications. The filtration in these systems must be sized to handle the peak calculated demand to ensure optimal performance and safety.

Choosing a filtration size that accommodates 100% of the peak calculated demand is essential because it guarantees that the system can meet the maximum expected needs without compromising performance. This sizing ensures that the system operates effectively under peak conditions, thus providing reliable suction and preventing any potential operational failures due to inadequate filtration.

If the filtration were undersized, such as at 75% or 50% of the peak calculated demand, this could result in inadequate suction when the system is under maximum load, leading to serious risks in medical settings where suction is critical for safety and efficacy. Sizing for 125% would mean oversizing the filtration unnecessarily, which can lead to increased costs and maintenance without a corresponding benefit.

Ultimately, utilizing filtration sized for 100% of peak calculated demand is the most effective and safe approach in ensuring that medical vacuum systems function properly in all scenarios, meeting the healthcare facility's requirements without compromise.