sartorius pvc pharmaceutical isolators Single side for
Pharmaceutical factory
isolator.pdf brochure
Equipped with H14 grade tank sealed high efficiency air filter;
Integrated vaporized hydrogen peroxide sterilization system and
YT-601A, YT-608A type aseptic detection system;
Siemens PCL+ touch screen automatic control;
The air lock chamber can continuously perform biological
decontamination on the surface of the article to avoid pollution
caused by material transfer, and meet the needs of rapid
multi-batch experiments;
With data curve printing and storage.
- Hard hatch structure consisting of fully enclosed stainless steel
and tempered glass;
- The cabin is welded integrally with 316L stainless steel, and all
internal angles of the inner cavity are arc angles, which are
convenient for cleaning and sterilization operations;
- Completely unidirectional airflow mode provides an exceptional
aseptic operating area;
- The airflow mode is a vertical unidirectional airflow that quickly
eliminates biofouling during ventilation;
- The material door is inflated and sealed, with pneumatic locking
and working state interlocking function;
- Integrated or independent hydrogen peroxide sterilization can
effectively reduce bioactive substance pollution up to 106;
- Integrated YT-601B/YT-608B aseptic detection system to reduce the
occupation of operating space;
The isolation system is sealed or has a microbial filtration system
(HEPA) that provides air and is self-cleaning. When confined, use
only the purified interior surface or use the fast transfer channel
for material transfer. When opened, material is only allowed to
pass in and out through a specific, designed and verified opening
to remove the transfer of contamination. It can be used to isolate
active mixtures during aseptic processing or for both sterilization
and isolation
- Sterile laminar flow isolators are excellent sterile barriers that
provide good environmental control for minimal false positive
interference during aseptic processing. With advanced material
transfer technology and biological decontamination methods, it can
effectively reduce bioactive substance pollution up to 106.
Depending on the process characteristics and requirements, special
design systems and configurations are available to suit different
batch and process flows. Through the configuration selection system
determined by the end user, the operating state of the isolator can
be changed to a positive pressure operation or a negative pressure
operation mode, so that the system has versatility to meet the
operational needs of sterile or positive bacteria detection.
Parameter
model | YT-N1200A | YT-N1500A | YT-N1800A |
size | 2000*800*2000 | 2300*800*2000 | 2600*800*2000 |
size of operation | 1200*650*850 | 1500*650*850 | 1800*650*850 |
Air lock chamber size | 750*650*850 |
Power supply | AC220V 50Hz |
Power | 800W |
Operation port | single side 2+1 | single side 3+1 | single side 4+1 |
Operating port size | 240mm diameter |
Airflow mode | engineering turbulence |
Maximum ventilation | 75m3/h |
High efficiency filter | 99.98% H13 |
Pressure control | -99Pa~0Pa |
Operating port protection wind speed | 0.5m / s (refer to ISO 14644-7) |
Hour leak rate | ≤0.5% (refer to ISO 14644-7) |
1. Multi-parameter monitoring system such as cabin temperature,
relative humidity and pressure, supporting real-time printing,
storage and other functions
2. Built-in weighing device can be built in, and the
explosion-proof function can be customized. Comfortable operation,
low noise, low operating energy
3. All functions with negative pressure isolators can be installed
in Class D clean rooms or rooms without cleanliness
- Sterile laminar flow isolators are excellent sterile barriers that
provide good environmental control for minimal false positive
interference during aseptic processing. With advanced material
transfer technology and biological decontamination methods, it can
effectively reduce bioactive substance pollution up to 106.
Depending on the process characteristics and requirements, special
design systems and configurations are available to suit different
batch and process flows. Through the configuration selection system
determined by the end user, the operating state of the isolator can
be changed to a positive pressure operation or a negative pressure
operation mode, so that the system has versatility to meet the
operational needs of sterile or positive bacteria detection.