Title Points to Ponder Before Select Sealed Clean Room Light
Technology and evolution now touches every aspect of lives our hospitals and health system are also not away from this. Modular Healthcare System now becomes necessity of hospitals to reach their services at next level.
Everyone understands the advantages of modularization technique. Inclusion of modularization in medical industries has its own benefits in terms of flexibility, reusability and safety.
Sealed clean room light system integral part of modular hospital:
Specifying lighting systems for clean room facilities requires considerations beyond energy and maintenance savings. While lighting for clean rooms should be energy efficient and provide proper illumination for the task at hand, it is crucial that lighting coordinates with air-supply systems and minimizes any chances for contamination.
The first step to identifying what lighting solution can be utilized in the clean room facility is determining the ISO classification. The higher the ISO classification, the greater the number of particles allowed into the controlled environment. This means there will be fewer air filters taking up space in the ceiling. In the most stringent cases, the entire ceiling must be covered with filters to allow the absolute minimum amount of particles into the environment.
Airflow systems lighting challenges:
Everything in the clean room, including the lighting fixtures, is designed to ensure successful air filtration and maintain the laminar airflow in a contamination-free environment. Depending on the function of the controlled environment, a clean room will use either HEPA or ULPA filtration. These air-filtering systems are typically an expensive component and one of the first to be considered in construction. They take up a majority of the ceiling space, which leaves a real challenge for lighting the environment.
Common fixture styles:
The need for multiple air filters in clean room facilities leaves minimal space for light fixtures. There are three common fixture styles for clean rooms that maximize the use of the space: surface-mount fixtures, and surface-mount teardrop fixtures.
Everyone understands the advantages of modularization technique. Inclusion of modularization in medical industries has its own benefits in terms of flexibility, reusability and safety.
Sealed clean room light system integral part of modular hospital:
Specifying lighting systems for clean room facilities requires considerations beyond energy and maintenance savings. While lighting for clean rooms should be energy efficient and provide proper illumination for the task at hand, it is crucial that lighting coordinates with air-supply systems and minimizes any chances for contamination.
The first step to identifying what lighting solution can be utilized in the clean room facility is determining the ISO classification. The higher the ISO classification, the greater the number of particles allowed into the controlled environment. This means there will be fewer air filters taking up space in the ceiling. In the most stringent cases, the entire ceiling must be covered with filters to allow the absolute minimum amount of particles into the environment.
Airflow systems lighting challenges:
Everything in the clean room, including the lighting fixtures, is designed to ensure successful air filtration and maintain the laminar airflow in a contamination-free environment. Depending on the function of the controlled environment, a clean room will use either HEPA or ULPA filtration. These air-filtering systems are typically an expensive component and one of the first to be considered in construction. They take up a majority of the ceiling space, which leaves a real challenge for lighting the environment.
Common fixture styles:
The need for multiple air filters in clean room facilities leaves minimal space for light fixtures. There are three common fixture styles for clean rooms that maximize the use of the space: surface-mount fixtures, and surface-mount teardrop fixtures.
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