BMB-II-«Laminar-S»-1,2 VIS-A-VIS
Artikel: 2Е-В.004-12
Sicherheitswerkbank der Kasse 2 VIS-A-VIS ist für Arbeiten mit den Tieren bestimmt.
Das Modell VIS-A-VIS macht es möglich, dass zwei Bediener sich gegenüber gleichzeitig arbeiten können.
Schützt das Produkt, den Bediener und die Umwelt beim Umgang mit biologischen Arbeitsstoffen der Risikogruppen 1, 2 und 3.
Druckversion
Das Modell VIS-A-VIS macht es möglich, dass zwei Bediener sich gegenüber gleichzeitig arbeiten können.
Schützt das Produkt, den Bediener und die Umwelt beim Umgang mit biologischen Arbeitsstoffen der Risikogruppen 1, 2 und 3.
Branchen
Schutzart
Arbeitsarten
The cabinet is designed for simultaneous work of two operators opposite one another (special VIS-À-VIS configuration).
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BMB-II-«Laminar-S»-1,2 VIS-A-VIS
Artikel: 2Е-В.004-12
Sicherheitswerkbank der Kasse 2 VIS-A-VIS ist für Arbeiten mit den Tieren bestimmt.
Das Modell VIS-A-VIS macht es möglich, dass zwei Bediener sich gegenüber gleichzeitig arbeiten können.
Schützt das Produkt, den Bediener und die Umwelt beim Umgang mit biologischen Arbeitsstoffen der Risikogruppen 1, 2 und 3.
Das Modell VIS-A-VIS macht es möglich, dass zwei Bediener sich gegenüber gleichzeitig arbeiten können.
Schützt das Produkt, den Bediener und die Umwelt beim Umgang mit biologischen Arbeitsstoffen der Risikogruppen 1, 2 und 3.
Parameter und Dimensionen
Parameter und Abmessungen der Mikrobiologische Sicherheitswerkbank
| Artikel | 2Е-В.004-12 |
| Außenabmessungen mit dem Untergestell (BxTxH), mm | 1470х730х2050 (1450) |
| Abmessungen des Arbeitsraums, mm (BxTxH) | 1110х700х670 |
| Dimensions of HEPA filters: | |
| Supply HEPA filter /WxDxH/, mm | 1130х530х78 |
| Exhaust HEPA filters /WxDxH/, mm | 480х530х78 |
| Power Supply: | |
| - voltage ~, V | 220-240 |
| - frequency, Hz | 50 |
| Maximum input power, W | 1620 |
| Maximum input power without built-in electric sockets, W | 620 |
| Maximum allowed load on the built-in electric sockets, W | 1000 |
| Power of the UV lamp, W | 30 |
| Power of LED lamp, W | 39 |
| Number of LED lamps | 2 |
| Maximum net weight of the cabinet assembled with stan, kg | 330 |
| Height from bottom to work surface, mm | 810 |
* dimensions do not account for outstanding supports
MAIN CHARACTERISTICS
| Installation work chamber air cleanliness class for suspended particle (aerosol) concentration as per ISO 14644-1:2015 | |
| - for particles of 0.5µm and more | 5 ISO |
| - for particles of 5.0µm and more | ISO М (20; ≥ 5 мкм);LSAPC |
| Class of the cabinet as per EN 12469-2000, NSF/ANSI 49 | II |
| Type of the cabinet as per NSF/ANSI 49 | А2 |
| Average downflow velocity in the work chamber | 0,35+0,01 mps |
| Work chamber airflow type | unidirectional (laminar) downflow |
| Average velocity of the inflow though the working opening | 0,47±0,03 mps |
| Work opening airflow type | directed into the front grille of the tabletop, creating air curtain |
| Downflow | 690-710 m3/h |
| Outflow: | |
| - when both of the front openings are open | 665-755 m3/h |
| - when one front opening is open | 330-375 m3/h |
| Air recirculation | 50/50 % |
| HEPA filters | |
| 1) class as per EN 1822-1 | Н14 |
| 2) retention at MPPS | 99.995% |
| 3) minimum service life | 4* years |
| UV lighting | |
| - UVC radiant flux | 11.2 W |
| - lumen depreciation after 5000 hours of work | 12% |
| - service life | 8000 hours |
| Minimum illumination of the work zone (integral value determined along the whole area of the work zone) | 1500 lx |
| Maximum noise level at 1 m distance from the cabinet | 60** dB |
* provided the cabinet is operated in accordance with the requirements of the Manual.
** level of noise measured as per DIN EN ISO 11201 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))
Maßzeichnung
Luftströmungsschema
Standard
Work Chamber:
- two front openings for simultaneous work of two operators opposite one another;
- slanted front surfaces of the cabinet;
- hinged front sashes made of laminated safety glass; opening, closing and upholding is carried out by gas springs;
- dampers against front sash closing impact;
- work chamber LED lighting;
- four electric sockets in the work chamber (2 on right and to on the left side wall);
- airflow laminarization screen made of polymer micromesh;
- three-section tabletop made of mirror stainless steel (AISI 304) with air intake grille;
- work chamber tray made of stainless steel (AISI 304);
- two removable armrests made of stainless steel (AISI 304)
Pullout Units with Work Opening Screens and a UV Lamp:
- two pullout units with work opening screens one of which is featured with a UV lamp
- pullout units are located under the work chamber;
- dampers against any impact upon lowering the work opening screen.
Supply and Exhaust Air Filtration System:
- two fans ensuring air supply into the cabinet;
- two exhaust plenums each one equipped with a fan ensuring air exhaust out of the cabinet;
- supply air coming into the work chamber is cleaned by supply HEPA filter H14;
- exhaust air coming out of the cabinet is cleaned by exhaust HEPA filters H14.
Control System Components
- microprocessor control system;
- pushbutton control panel with LCD screen;
- electromagnetic reader and electromagnetic access keys;
- airflow sensors*;
- front sash and UV unit position 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;
- built-in power cord with holder
Stand:
- frame stand with footrest;
- caster wheels for cabinet relocation;
- screw supports for cabinet fixation at operating site.
Additional Components:
- mounting wrench kit;
- special foam bricks for cabinet mounting.
Testing and Adjusting Components:
- built-in outlets for sampling the air upstream of HEPA filters for their integrity testing.