BIOAEROSOLS DETECTOR "3-IN-1" ENVI BIOSCOUT
ENVI BioScout™ is a reliable and sensitive bioaerosol detection device that continuously monitors the air, detects hazardous volatile biological particles, and collects samples for further analysis in the event of a biological alarm.
Bioaerosols are dangerous particles that can pose certain health risks, as they contain dangerous biological agents that can cause various diseases. We offer solutions for effective monitoring and detection of these particles ENVI BioScout™.
What is ENVI BioScout™?
ENVI BioScout™ is a modern system designed specifically for detecting bioaerosolsIt provides continuous air monitoring, which is especially important in medical institutions, production facilities and other places where there is a risk of biological contamination.
ENVI BioScout™ Key Features
ENVI BioScout™ has a number of useful features that make it an indispensable tool in combating threats related to bioaerosolsThe main ones are:
- Constant monitoring: The device continuously analyzes the air for the presence of dangerous biological particles.
- Rapid response to threats: In case of detection of dangerous bioaerosols the system automatically notifies the user.
- Sampling for analysis: BioScout™ is capable of collecting air samples for subsequent laboratory analysis.
- Ease of use: The intuitive interface makes it easy to set up and use the device.
Benefits of using ENVI BioScout™
Investing in the ENVI BioScout™ system has numerous benefits for businesses exposed to biological threats. Some of the key benefits include:
- Ensuring safety: Reducing the risks of disease and epidemics among workers and patients.
- Compliance with standards: Compliance with modern safety regulations and standards.
- Effective risk management: Rapid detection of threats allows for timely response and mitigation of consequences.
How ENVI BioScout™ works
The technology used in ENVI BioScout™ is based on the latest scientific research in the field of monitoring bioaerosolsThe main stages of the device operation include:
1. Data collection
The device actively monitors the environment, collecting data on the presence bioaerosolsThis is achieved through the use of sensitive sensors that can detect even microscopic particles.
2. Data analysis
The collected data is subject to instant analysis. The system can determine whether the detected particles are hazardous to health.
3. User notification
In case of detection of dangerous bioaerosols, the system immediately notifies the user through audible or visual signals, allowing appropriate safety measures to be taken.
Applications of ENVI BioScout™ in various fields
The ENVI BioScout™ device has found successful application in various fields:
- Medicine: Hospitals and clinics use it to monitor the air in patient rooms or operating rooms.
- Education: Schools and universities provide safe learning environments.
- Industry: Manufacturing companies monitor air quality in workplaces.
- Agriculture: Protection of plants and animals from biological pathogens.
Final thoughts
Detection bioaerosols is critical to ensuring human health and safety in many areas. ENVI BioScout ™ offers a reliable and sensitive solution for effective monitoring and detection of hazardous biological particles in the air. This device will help you prevent potential threats, ensure safety in the workplace and in public facilities. Additional information about biological control can be found on our page: biological control.
| Dimensions |
570 x 440 x 195 mm |
|---|---|
| Weight |
15.7 kg (without mounting rack) |
| Feeding |
85 … 264 V AC (50/60 Hz) |
| Energy consumption |
50 W |
| Data interface |
RS-232, RS-485, Ethernet, USB for PC-UIP use only |
| Additional parameters of the data interface |
Micro-SD memory card / Display interface / Relay / CAN / SPI / Switch interface |
| Sampling method |
primary air sampling by continuously pumping particulate-laden air through a manual pre-filter onto a 37 mm collection filter |
| Air consumption |
primary air collection 2 l / min. Sampling of secondary air 4 l / min |
| Light |
CW laser diode at 405 nm |
| Detection method |
laser-induced fluorescence, elastic scattering |
| Working temperature |
-35 ... +50 °C |
| Working humidity |
-40 ... +70 °C |
| Sensitivity |
Typically 10 … 100 ACPLA (substances containing particles per liter of air) are studied using indoor and outdoor biological simulators |
| Response time |
<30 sec |
| exits |
power / alarm / fault |





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