Setra Blog

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

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.

USP 797 is the standard in place governing the sterile preparation of compounded pharmaceuticals. USP 797 covers the compounding of both hazardous and nonhazardous drugs with a focus on the protection of sterile compounds and environments from contamination. This standard is in place to ensure patient safety and reduce risks associated with compounding pharmaceuticals, including contamination, infection, and incorrect dosage. The standard helps to guarantee patients receive quality drugs free from contaminates. This standard applies to all pharmacies that produce compounded sterile preparations (CSPs); this includes pharmacies within hospitals, radio or nuclear pharmacies, chemo units, and operating rooms. The goal of the standard is to prevent harm to patients resulting from microbial contamination, bacterial endotoxins, variation in the strength of ingredients, and chemical and physical contaminates.

Setra FLEX环境监测有助于确保安全、节能的室内环境和通风控制条件的压力关键空间。为了符合关键环境监测和控制的标准和法规，需要高度可靠且易于使用的产品，FLEX在设计时就考虑到了这些标准的遵从性。FLEX是业内性能最高、最灵活的房间监控和控制器。

Setra FLEX是一个针对关键环境的综合环境监测系统。FLEX获得了2018年AHR楼宇自动化创新奖，在预配置、使用简单的单元中提供灵活的房间控制和监控。

In mosthospital 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.