BMB-II-"Laminar-S."-1,2 SAVVY SL Class II

The Class II microbiological safety cabinet SAVVY SL produced by LAMSYSTEMS has passed the certification tests for conformance with the European standard EN 12469:2000 at TÜV NORD organization (Hamburg, Germany) that was attested with a corresponding certificate № 44 330 13085602.

For Certificate validity verification, please visit the official website of the organization by opening the document 'List of certified safety cabinets'.

The microbiological safety cabinet Class II SAVVY^SL is designed for work with agents of biosafety levels I, II and III. It provides product, operator and environment protection.

Savvy^SL is a new generation of the microbiological safety cabinets that inherited all the advantages of the previous models.  

Standard Configuration

WorkChamber

• front sash made of laminated safety glass;
• side windows made of tempered glass: with tap ports on the right, solid on the left;
• slanted front surface of the cabinet;
• work chamber LED lighting;
• two electric sockets in the work chamber (in the left part of the rear wall);
• airflow laminarization screen made of polymer micromesh;
• air intake grille in the rear wall of the work chamber;
• three-section tabletop made of mirror stainless steel (AISI 304) with air intake grille in the front;
• work chamber tray made of stainless steel (AISI 304);
• removable armrest made of stainless steel (AISI 304).

Sash Lifting/Lowering

• the front aperture opening and closing is carried out by moving the front sash in the plane of the aperture;
• power drive;
• the sash is hanging on the two flat belts rigidly fixed to the glass;
• there is no counter-weight in the configuration.

UVUnit

• pullout (when inoperative, is stored outside of the work chamber under the tabletop);
• metal grille protecting the UV lamp;
• dampers against any impact upon lowering the work opening screen.

Supply and Exhaust Air Filtration System

• 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 filter H14;
• three fans ensuring airflows inside the cabinet.

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Control System Components

• microprocessor control system;
• touchscreen control panel;
• airflow sensors;
• front sash and UV unit position sensors;
• belt tension 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.

Testing Components

• built-in outlets for sampling the air upstream of HEPA filters for their integrity testing (located in the right part of the rear wall).

Stand

• frame stand with footrest;
• caster wheels for cabinet relocation;
• screw supports for cabinet fixation at operating site.

MAIN CHARACTERISTICS

 *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)). Uncertainties: k=2 dB(A).

MAIN PARAMETERS AND DIMENSIONS

** dimensions do not account for outstanding supports

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ADDITIONAL OPTIONS

• ULPA filters 
• Exhaust hood for connecting the cabinet to the external exhaust system 
• Adjustable-height stand for BMB-II-1,2 (height of the work surface from 750 to 1000 mm) 
• Additional electric sockets 
• Technical gas tap with electromagnetic valve*
• Inflammable gas tap with electromagnetic valve*
• Vacuum tap with electromagnetic valve*

* The electromagnetic valve automatically locks gas and vacuum supply in case of power cutoff or cabinet switching-off.

DIMENSION DRAWING