Setra Blog


June 13, 2023

Protected Environments: Protecting the Most Vulnerable

Protected environments are designed to ensure at-risk patients with diseases such as cancer or HIV are kept safe from airborne pathogens. This requires constant pressure monitoring of the space to ensure positive pressure is maintained, preventing infectious agents from entering the space. Monitoring temperature and relative humidity is critical in minimizing bacterial growth and ensuring patient and staff comfort and safety.

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April 25, 2023

How To Meet UPS 797 & USP 800 Compliance Standards

 

Are You Compliant With USP 797 and USP 800 Standards?

Revised standards for USP General Chapter <797> for compounded sterile preparation (CSP) have been finalized and are active as of Nov 1, 2023. These revisions will also affect USP <800> where hazardous drug (HD) compounding is applicable. Both standards include environmental monitoring and management requirements that were not previously enforced and must be met to achieve accreditation through local and national governing bodies. Understanding the conditions and monitoring requirements is critical in ensuring compliance.

If you need help understanding the UPS <797> and USP <800> requirements and want to find compliant solutions, we would be happy to assist! Contact Setra today to talk with our product team and make sure that all of your spaces are compliant.

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October 12, 2022

Environmental Monitoring in Action - Setra CEMS Software Use Cases

There are many major benefits to be gained from the implementation of a Setra Continuous Environmental Monitoring System (CEMS). The use cases shown below exemplify the ongoing value delivered through this secure, highly available, cloud-based, real-time environmental monitoring, alarming, reporting and data collection platform. 

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August 09, 2022

Setra Particle Counter Communications Capabilities

 

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July 13, 2021

Introducing Setra's Wireless Sensors!

Setra's latest product innovation of wireless transmitters builds on our over fifty years of experience delivering industry leading sensing technology. Our new wireless sensing product line can easily measure and monitor a variety of environmental parameters. Wireless transmitters are used throughout a number of applications, including but not limited to:

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December 31, 2019

Healthcare and Medical

In the medical field, the primary HVAC standard is ASHRAE Standard 170. One of the vital duties of an HVAC system in this space is to filter and control the spread of airborne infectious particles. Infection control is a focus of the medical field as procedures continue to evolve with technology advancements. The medical field relies on HVAC technology not only to fulfill regulatory requirements, but also to reliably and accurately manage their environments to keep patients safe.

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January 08, 2019

Setra FLEX: A Variety of Applications

Setra FLEX Environmental Monitor helps to ensure safe and energy-efficient indoor environmental and ventilation control conditions for pressurized critical spaces. Compliance with the standards and regulations for monitoring and control of critical environments requires highly reliable yet easy to use products, and FLEX was designed with compliance of these standards in mind. FLEX is the highest performing and most flexible room monitor and controller in the industry.

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January 03, 2019

Setra FLEX will be at AHR 2019

Setra FLEX is a comprehensive environmental monitoring system for critical environments. Winner of the 2018 AHR Innovation Award in the Building Automation category, FLEX provides flexible room control and monitoring in a pre-configured, simple to use unit.

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June 06, 2018

What can a non-viable particle counter do that viable air sampling cannot?

In most hospital pharmacy cleanrooms, standard operating procedure includes sampling of air quality for viable particles (i.e. particles that include or are composed of microorganisms). These tasks are traditionally executed with an air sampler containing agar strips or simply by placing agar contact plates on surfaces throughout the facility. These samples are then left to incubate and are then analyzed to determine the environment’s air quality.

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