| External dimensions (L x D x H) (mm) | 800 x 615 x 1106 – 1292 (S321 = 800 x 556 x 956-1154 )* |
|---|---|
| Volume of air treated | 220 m3/hr (130 cfm) |
| Sash opening type | Ergonomic Oblong Holes |
| Voltage/Frequency | Connection to main power : 240 V – Internal circuit : 24V-DC/50-60 Hz |
| Enclosure Material | Clear transparent and chemical resistant acrylic panel and electro-galvanised steel coated with anti-acid polymer |
| Filtration Modules | Made of injected Polypropylene |
| Compliance with applicable world safety standards | AFNOR NFX 15-211:2009: France – JG/T 385-2012 : China – SEFA 9 : USA – BS 7989 : England – DIN 12 927 : Germany – EN 1822 : 1998 (HEPA & ULPA) – CE Marking |
| Face velocity meter | Built-in Electronic Hotwire anemometer continuously controlling and monitoring the air face velocity within 0.4 and 0.6 m/s, detects clogging of filters – HEPA or ULPA filters |
| Face velocity at sash opening | 0.4 to 0.6 m/s (80-120 fpm) according to international and local standard (USECHH Reg. 2000) |
| Smart Software | Monitor remotely the safety functions of the Erlab Ductless Fume Hood's performance, change of settings, and events history via computer software and/or Smartphone App |
| Enclosure containment | <0.05 ppm of SF6 detected at the maneque nose level measured according to ASHRAE 110 testing method |
| Molecular filters efficiency | <1% of the PEL-TWA of the handled chemicals released downstream the filtration system |
| Filter revolving technology | 2 identical molecular filters located below and above a fan/detection chamber ensuring no chemical escape when the lower layered filter reached its saturation. Upper layered filter will replace the saturated lower layered filter. Upper layer will be replaced with a new molecular filter. |
| Filter capacity | Erlab chemical listed of over 600 chemicals indicating the molecular filter capacity at 1% of the PEL-TWA of the chemicals. |
| Safety Alert System | Patented "Smart" technology consisting of safety alerts by LED pulsation and coded sounds to express the fan failure, insufficient face velocity or filter saturation/ breakthrough |
| Filters Saturation detectors (option) | Molecode S for saturation detection by solvents |
| Tests Certificates and Reports | Intertek (NFX 15-211) |
| Accessories | (Optional) |
| Carbon Filters for gases and vapours | GF4AS : for organic vapours (acid vapours secondary) |
| HEPA filter for powders | HEPA H14 filtration efficiency : 99.995% according to MPPS method, EN1822 standard |
| Prefilter | 40% filtration efficiency for particles >0.3 micron |
| Stand and base cabinet | Various options of stand with wheels, and base cabinet configures with electrical socket, water, compressed air, sink and faucet. |
| Worktops | Black epoxy worktop with integrated spillage tray |
| Transparent back panel | Clear acrylic panel for easy 360 viewing, natural lighting |
| Remark : | * Erlab Captair 321 Smart has a slightly smaller version, model Erlab S321 Smart with shorter depth and height. |
Erlab 321 Smart Ductless Fume Hood
Safer to Operate
Erlab Captair 321 Smart is the 2.6 ft (800 mm) length Ductless Fume Hood, with AFNOR NFX 15-211 and SEFA 9 filtration efficiency standard (classes 1 and 2). The configurable filtering system can be adapted to filter gases, solvents, powders and particulates keeping the user and the laboratory protected by safely and efficiently recirculating air within the room, free from any toxic hazardous chemicals.
Simpler to Use
Built-in Smart Technology enables visual light and audio communication to indicate the status of the hood. To alert you, the light will pulse, an audio pattern will indicate if : Air Flow is Compromised, Fan Failure and Filter Breakthrough.
Savings and Simple Maintenance
No ductwork cost, Less compliance cost and significantly reduce the energy cost, if compared with the ducted system. Energy consumption of the Erlab Captair 321 Smart Ductless Fume Hood is only 65 W.
