Datasheet:
Insert Downdraft Tables or ‘Pods’ are designed to give operator protection while allowing complete, easy and open access to the working area. Harmful fumes and vapours are drawn downward through the stainless steel work surface to the units filters. Clean air is then re-circulated back into the laboratory (working area). The IDT Downflow pods insert into an existing work surface, turning almost any solid work surface into an extraction table. The unit sits almost flush with the existing surface and prevents valuable work space being taken up by bench top extraction cabinets. There is no need for expensive and intrusive ducting to be installed as the unit filters and recirculates the extracted air.
Applications
- Can be built into work benches
- Medical Applications
- Powder Weighing
- Forensics
- Laboratory Applications
- Light Dusts
- Hazardous and Chemical Vapours
- And More
Standard Features
- 2 Sizes Available
- Multiple filter choices for many applications
- Open Working Area
- Low Flow Safety Alarm
- Stainless Steel Work Surface
- Replaceable filters
- 230v Plug and Play
- Some Installation required
Options
- Various Filter Configurations
- Carbon Filters or HEPA Filters
The units are compact and simple to install. The IDT’s are a filtered extraction table with a wide choice of activated carbon and HEPA filter types available they are suitable for many different laboratory, industrial and forensic applications, especially for those chemicals that are heavier than air and want to fall downwards. The safety alarm will alert the operator if the face velocity falls below 0.3m/s.
Sizing.
| Model | Dimensions (mm) | Working Area (mm) |
| V420-IDT-60-01 | 600 x 450 x 400 | 550 x 400 |
| V420-IDT-90-01 | 915 x 450 x 400 | 865 x 400 |
Filters
| Filter Type | Pre Filter | Main Filter | Applications |
| GP | Media Pad | Activated Carbon | Solvents (VOC’s), Mild Acids, Alcohols, Aliphatic Hydrocarbons, Aldehydes & Ketones, Ethers, Esters, Halogens, Aromatic Hydrocarbons, Sulphur Compounds, Nitrogen Compounds, Adhesives, cyanoacrylate, Carbon Monoxide (low efficiency) Carbon Dioxide (low efficiency) |
| FOR (Aldehyde) | Media Pad | Blended Activated Carbon | Acetaldehyde, Formaldehyde, Glutaraldehyde |
| ACI (Acid) | Media Pad | Blended Activated Carbon | Aldehydes & ketones, Mineral Acids, Halogens, Sulphur Compounds, Nitrogen Compounds |
| ETH (Ether) | Media Pad | Blended Activated Carbon | Dieth (ethyl) Methyl (low efficiency) |
| MIL (Military) | Media Pad | Blended Activated Carbon | Phosgene |
| SUL (Sulphur) | Media Pad | Blended Activated Carbon | Ethyl mercaptan, Hydrogen Sulphate, Mercaptans – high MW |
| AMM (Ammonia) | Media Pad | Blended Activated Carbon | Ammonia, Amines, Diethyl amine, Dimethyl amine, Ethyl amine, Pyridine |
| CYN (Cyanide) | Media Pad | Blended Activated Carbon | Hydrogen Cyanide |
| ACR (Radioactive) | Media Pad | Blended Activated Carbon | Low Level Radioactive iodine and methyl iodine |
| ACM (Mercury) | Media Pad | Blended Activated Carbon | Mercury |
| HEPA (Particulate) | Media Pad | H13 HEPA Filter | Particulate. Effective to 99.995% at 0.3microns |
Some installation is required.
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