| Types of Carbon Filters | Filtration for Volatile Organic Compounds (VOC) |
|---|---|
| Types of Detection Sensors | Semiconductor Sensor (VOC Sensor) |
| Processed Air Flow | 220 M3/H – 135 CFM |
| Optimum Room Space | 60 cubic metre / 2120 cubic foot |
| Number of Air Change Per Hour | 4 times air change per hour |
| Operating Modes | 24/7 Non Stop |
| Fan Monitoring | HALO unit monitors the air flow and informs the user through light pulsation communication |
| Pre Filter | Particulate Pre Filter |
| App for Smart Phone | eGuard App for remote control and monitoring |
| Ports Connection | 1 Ethernet Port |
| Installation | Hung via 4 eye bolts (included) and Threated Rod |
| Weight | 31 Kg including filter |
| Voltage/ Frequency | 220-240 V, 50/60 Hz |
| Dimension H x L x D | 260mm x 892mm x 592mm |
| Energy Consumption | only 50 Watts |
HALO C Smart Ceiling Mounted Laboratory Grade Air Filtration System for TVOC
Healthier Air for your Laboratory and Office for VOC removal
Ceiling Mounted HALO C (with Carbon Filter) Smart Laboratory Grade Air Filtration System remove TVOC (Total Volatile Organic Compounds) in your laboratory and/or office non stop for 24/7. Halo Laboratory Air filtration System continuously pulling the dirty air in the laboratory through the filter, adsorbing the molecules that cause noxious odours, and returning clean air back to the room through low-disruptive side vents.
It is equipped with latest laboratory-grade molecular filtration system contains Neutrodine, a unique and powerful activated carbon mixture combined with a pre-filter that captures a large variety of airborne fumes and odours, which left untreated, could represent a potential health hazard.
Simple to Install
HALO C Smart Laboratory Grade Air Filtration System is easy to installed in the ceiling, without needing to connect to your HVAC system. Multiple units can be installed to increase the coverage area.
Smart Technology, Connectivity to Smart Phone
You can easily check the status remotely, change the setting, or room air quality using your smartphone. A soft band of light assures the occupants of the laboratory that the air is clean. When the LED lights slowly pulse, Halo is letting you know that it is sensing and capturing fugitive emissions. The energy consumption is very low, at only 50 Watts.
