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AM-AS22
Amber
AM-AS22
This Decontamination Air Shower Room is a high-efficiency purification equipment, usually used in Clean Rooms, laboratories, pharmaceutical production and other environmental places. It’s function is to effectively remove dust and particles adhering to the surface of people or objects through high-speed clean airflow, ensuring that the cleanliness of the working environment meets the high standard requirements.
This Air Shower Chamber from Amber adopts advanced air shower technology, combined with humanized design, which not only improves the decontamination efficiency, but also optimizes the user experience, making it an indispensable key equipment for modern cleanrooms.
In order to ensure that the Decontamination Air Shower Room is performing at its best, users need to check its operating status on a regular basis. Here are a few key criteria to determine this:
Air velocity test: Air Shower Design is centered on high-speed clean airflow, usually the air velocity should be maintained at 20-25 m/s. You can use an anemometer to measure the air velocity, if it is lower than the standard value, it may affect the effect of decontamination.
Nozzle Uniformity: Check that the Air Shower Chamber's nozzles are evenly distributed to ensure that the airflow covers the entire body and avoids dead spots.
Auto-sensing: Modern Decontamination Air Shower is often equipped with an infrared sensing system that automatically activates when a person enters. Test the sensitivity of the sensor to ensure there are no delays or false triggers.
Differential Pressure Monitoring: Positive differential pressure should be maintained between the Cleanroom and the Air Shower to prevent outside contamination from entering. This can be verified with a differential pressure gauge.
Noise and Vibration: Equipment should operate smoothly without noticeable noise or abnormal vibration, or it may indicate a problem with the fan or filtration system.
Regular maintenance and performance verification can effectively extend the life of the equipment and ensure its continued efficient operation.
The Air Shower Chamber's decontamination efficiency is affected by a number of factors, and understanding these key factors can help optimize your experience:
Air Shower Design: The way airflow is organized in an air shower directly affects cleanliness. Proper Air Shower Design ensures that airflow is laminar and evenly covers the surfaces of people or objects.
The angle and number of nozzles need to be scientifically configured to avoid an airflow that is too strong to cause discomfort, or too weak to affect the decontamination effect.
Filtration System: The Decontamination Air Shower relies on high efficiency filters (HEPA/ULPA) to remove particles. If the filter is clogged or broken, the purification efficiency will be greatly reduced.
It is recommended that the filter be inspected or replaced every 6-12 months, depending on the environment.
Frequency of Use and Maintenance: Air Shower Chambers that are used frequently require more frequent maintenance, including cleaning the interior walls, checking sensors, etc. If the unit has not been used for a long period of time, it is recommended that it be turned on again.
Units that have not been used for a long period of time should be thoroughly inspected before starting up again to prevent dust buildup from affecting performance.
Environmental Factors: Changes in external temperature and humidity can affect airflow stability, especially in extreme environments, so make sure your equipment is environmentally resilient.
The overall sealing of the cleanroom can also indirectly affect the effectiveness of the Air Shower. Door seals and buffer zones should be checked regularly.
The Decontamination Air Shower Room is the ideal choice for clean environment management due to its optimized Air Shower design, efficient filtration system, and consistent performance. Whether you're in the pharmaceutical, electronics or food processing industries, this Air Shower Chamber provides reliable decontamination and ensures that your production environment meets strict cleanliness standards.
If you are looking for an efficient, durable and easy-to-maintain Decontamination Air Shower, this Air Shower will satisfy your needs. By the way, we support custimization for the products. Ask for more technical details and we will support you professionally!
| Model | HLS-1000 | HLS-1500 |
| Outer size(mm) W*D*H | 1240*1000*2100 | 1240*1500*2100 |
| Inner size(mm) W*D*H | 790*1000*1930 | 790*1500*1930 |
| HEPA filter(mm) | 610*610*69 | 610*610*69 |
| Filtering efficiency | 99.99%@0.3μm | |
| Motor power | 1.5KW*1 | 0.75KW*2 |
| Nozzles qty | 12 | 18 |
| Air speed | ≥25m/s | |
| Showing time | 10-99s(adjustable) | |
| Noise | ＜65dB | |
| Voltage | AC 380V/50HZ | |
This Decontamination Air Shower Room is a high-efficiency purification equipment, usually used in Clean Rooms, laboratories, pharmaceutical production and other environmental places. It’s function is to effectively remove dust and particles adhering to the surface of people or objects through high-speed clean airflow, ensuring that the cleanliness of the working environment meets the high standard requirements.
This Air Shower Chamber from Amber adopts advanced air shower technology, combined with humanized design, which not only improves the decontamination efficiency, but also optimizes the user experience, making it an indispensable key equipment for modern cleanrooms.
In order to ensure that the Decontamination Air Shower Room is performing at its best, users need to check its operating status on a regular basis. Here are a few key criteria to determine this:
Air velocity test: Air Shower Design is centered on high-speed clean airflow, usually the air velocity should be maintained at 20-25 m/s. You can use an anemometer to measure the air velocity, if it is lower than the standard value, it may affect the effect of decontamination.
Nozzle Uniformity: Check that the Air Shower Chamber's nozzles are evenly distributed to ensure that the airflow covers the entire body and avoids dead spots.
Auto-sensing: Modern Decontamination Air Shower is often equipped with an infrared sensing system that automatically activates when a person enters. Test the sensitivity of the sensor to ensure there are no delays or false triggers.
Differential Pressure Monitoring: Positive differential pressure should be maintained between the Cleanroom and the Air Shower to prevent outside contamination from entering. This can be verified with a differential pressure gauge.
Noise and Vibration: Equipment should operate smoothly without noticeable noise or abnormal vibration, or it may indicate a problem with the fan or filtration system.
Regular maintenance and performance verification can effectively extend the life of the equipment and ensure its continued efficient operation.
The Air Shower Chamber's decontamination efficiency is affected by a number of factors, and understanding these key factors can help optimize your experience:
Air Shower Design: The way airflow is organized in an air shower directly affects cleanliness. Proper Air Shower Design ensures that airflow is laminar and evenly covers the surfaces of people or objects.
The angle and number of nozzles need to be scientifically configured to avoid an airflow that is too strong to cause discomfort, or too weak to affect the decontamination effect.
Filtration System: The Decontamination Air Shower relies on high efficiency filters (HEPA/ULPA) to remove particles. If the filter is clogged or broken, the purification efficiency will be greatly reduced.
It is recommended that the filter be inspected or replaced every 6-12 months, depending on the environment.
Frequency of Use and Maintenance: Air Shower Chambers that are used frequently require more frequent maintenance, including cleaning the interior walls, checking sensors, etc. If the unit has not been used for a long period of time, it is recommended that it be turned on again.
Units that have not been used for a long period of time should be thoroughly inspected before starting up again to prevent dust buildup from affecting performance.
Environmental Factors: Changes in external temperature and humidity can affect airflow stability, especially in extreme environments, so make sure your equipment is environmentally resilient.
The overall sealing of the cleanroom can also indirectly affect the effectiveness of the Air Shower. Door seals and buffer zones should be checked regularly.
The Decontamination Air Shower Room is the ideal choice for clean environment management due to its optimized Air Shower design, efficient filtration system, and consistent performance. Whether you're in the pharmaceutical, electronics or food processing industries, this Air Shower Chamber provides reliable decontamination and ensures that your production environment meets strict cleanliness standards.
If you are looking for an efficient, durable and easy-to-maintain Decontamination Air Shower, this Air Shower will satisfy your needs. By the way, we support custimization for the products. Ask for more technical details and we will support you professionally!
| Model | HLS-1000 | HLS-1500 |
| Outer size(mm) W*D*H | 1240*1000*2100 | 1240*1500*2100 |
| Inner size(mm) W*D*H | 790*1000*1930 | 790*1500*1930 |
| HEPA filter(mm) | 610*610*69 | 610*610*69 |
| Filtering efficiency | 99.99%@0.3μm | |
| Motor power | 1.5KW*1 | 0.75KW*2 |
| Nozzles qty | 12 | 18 |
| Air speed | ≥25m/s | |
| Showing time | 10-99s(adjustable) | |
| Noise | ＜65dB | |
| Voltage | AC 380V/50HZ | |
