Vertical Laminar Flow Cabinet BAVnp-01-"Laminar-S."-1,2 LORICA
Application
The cabinet is designed for protection of objects and materials inside the work chamber from external and cross-contamination ensuring dustless pure air environment.
The cabinet is used for work with substances that are not hazardous to personnel.
The cabinet is used to equip individual work places in medical, pharmaceutical and other institutions with high requirements to air purity in the work zone.
Function
The cabinet is an enclosure with a front work opening through which an operator may perform manipulations inside the cabinet. The cabinet is designed to protect the product (from cross-contamination as well) and to exhaust contaminants produced during work with air displaced from the cabinet. The above is ensured by unidirectional air downflow inside the cabinet.
Additional options
Height of the work surface = 900 mm
- supply filter 930х530х78 mm - 1 pc.;
- exhaust filter 850х320х78 mm - 1 pc.
- supply filter 1130х530х78 mm - 1 pc.
Vertical Laminar Flow Cabinet BAVnp-01-"Laminar-S."-1,2 LORICA
Application
The cabinet is designed for protection of objects and materials inside the work chamber from external and cross-contamination ensuring dustless pure air environment.
The cabinet is used for work with substances that are not hazardous to personnel.
The cabinet is used to equip individual work places in medical, pharmaceutical and other institutions with high requirements to air purity in the work zone.
Function
The cabinet is an enclosure with a front work opening through which an operator may perform manipulations inside the cabinet. The cabinet is designed to protect the product (from cross-contamination as well) and to exhaust contaminants produced during work with air displaced from the cabinet. The above is ensured by unidirectional air downflow inside the cabinet.
Main parameters and dimensions
Vertical Laminar Flow Cabinet BAVnp-01-"Laminar-S."-1,2 LORICA
| Article | 2E-D.001-12 |
| Dimensions of the assembled cabinet* /WхDхH/, mm | 1200х760х1870 |
| Dimensions of the working chamber /WхDхH/, mm | 1130х625х650 |
| Mass of assembled cabinet with the stand, kg, not more than | 160 |
| Maximum input power of the cabinet, W, not more than (exclusively of the load on the built-in outlet unit) | 410 |
| Accepted load on the built-in outlet unit, W/А, not more than | 1000 |
| Clean air inflow capacity, m3/h | ≈790** |
MAIN CHARACTERISTICS
| Installation work chamber air cleanliness class for suspended particle (aerosol) concentration as per ISO 14644-1 | |
| -for particles of 0.5µm and more | ISO 5 |
| -for particles of 5.0µm and more | ISO M (20; ≥5µm); LSAPC |
| Class of the installed in the cabinet HEPA-filters according to EN 1822-1 | H14 |
| Prefilter according to EN 779 | G4 |
| Average downflow velocity in the work chamber: | |
| - preset velocity, mps | 0.4 |
| - recommended velocity range for customized setting that guarantees uniformity (laminarity) of the airflow, mps | 0.25-0.5 |
| Illuminance level in the working zone, lux, not less than | 1000 |
| Noise level at 1m distance from the cabinet (at centerline of the work opening with the front window sash at working position), dB, not more than | 55*** |
* dimensions do not account for outstanding supports
** determined based on 0.4 mps preset downflow velocity
*** level of noise in free sound field over the sound-reflecting surface (noise level in real operating environment depends on the dimensions of the operating site as well as and on the total background noise and may vary by 3-4 dB(A))
Dimensional drawing
Air flow scheme
Standard Configuration
Work Chamber
- hinged front sash made of tempered glass; opening, closing and upholding is carried out by gas springs;
- damper against front window closing impact;
- side windows made of tempered glass;
- slanted front surface of the cabinet;
- LED lighting of the work chamber;
- one set of electric sockets in the work chamber (2 pcs. in the right part of the rear wall);
- airflow laminarization screen made of polymer micromesh;
- tabletop made of stainless steel (AISI 304);
- work opening screen for operator protection during UV light operation.
UV light
- UV light is located is the upper part of the work chamber rear wall and is covered with a protective grille made of stainless steel;
Supply and Exhaust Air Filtration System
- supply air coming into the work chamber is cleaned by preliminary filter G4 and supply HEPA filter H14;
- two fans ensuring air supply into the cabinet.
Control System Components
- microprocessor control system;
- pushbutton control panel with LCD screen;
- airflow sensors;
- individual fuse for power supply to the main functions of the cabinet (fan, lighting, UV lamp);
- individual fuse for electric sockets of the work chamber;
- fixed power cord.
Testing Components
- built-in outlet for sampling the air from the high-pressure plenum under the G4 filter for HEPA filter integrity testing.
Stand
- frame stand with footrest;
- caster wheels for cabinet relocation;
- screw supports for cabinet fixation at operating site.
Additional options