Ensure your indoor air quality is safe with Verkada’s all-in-one air quality sensors.
L: 170mm x W: 169.5mm x H: 48mm | SV21 500g | SV23 554g | SV25 568g
The prevalence of vaping has risen among adolescents and young adults, but regrettably, it is now a mounting worry within educational institutions.
The utilisation of vaping gadgets like e-cigarettes in schools is prohibited and additionally endangers students’ wellbeing and security.
Preventing students from vaping requires a multi-faceted approach involving education, enforcement, and support. Here are some potential strategies:
Educate students about the dangers of vaping through health classes, school assemblies, and other educational programs. Provide them with factual information about the health risks associated with vaping and the addictive nature of nicotine. Encourage them to make informed decisions about their health and well-being.
Establish clear and consistent rules regarding vaping on school grounds and enforce them rigorously. Use disciplinary measures such as detention or suspension to discourage students from vaping. Consider implementing random locker or bag searches to deter students from bringing vaping devices to school.
Provide resources and support to students who want to quit vaping. This can include counselling, nicotine replacement therapy, or referral to community resources. Encourage students to seek help and provide a safe and supportive environment for them to do so.
Work with parents, community organisations, and local law enforcement to create a comprehensive approach to addressing vaping. This can involve public awareness campaigns, increased regulation of the sale of vaping products, and collaboration with local businesses to discourage the sale of vaping products to minors.
By using a combination of these strategies, in conjunction with Verkada’s Vape Sensor, schools can create a supportive and safe environment that discourages students from vaping and promotes healthy habits.
The SV20 Series now gives customers the ability to select the right sensor for their specific environmental use.
The Verkada lineup includes easy-to-install sensor devices, simplified cloud setup and management in Verkada Command, and intuitive air quality tools to help you monitor and alert on air quality essentials.
The SV21, which includes 4 onboard sensors and is great for managing air quality essentials like temperature, humidity and CO2 in offices, classrooms, or server closets.
The SV23, which includes 10 onboard sensors including vape, TVOC, AQI and others and is designed for vape detection and deployments in schools, offices more.
The SV25, our most advanced sensor, provides 14 unique sensor readings. With sensors to measure formaldehyde, carbon monoxide, and barometric pressure, among others, the SV25 provides a comprehensive air quality monitoring solution for indoor environments.
Temperature
Non-condensing Humidity
CO2 Range
Temperature
Humidity
Carbon Dioxide (CO2)
Tamper
SV21 temperature measurements are accurate from 23°F – 122°F (-5 -45°C). As with other data streams, users can customise temperature alerts if a space is kept at a temperature outside of the recommended green zone.
CO₂ measurements capture the absolute level of CO₂ in an environment. At levels of 800ppm or less, CO₂ is harmless. Between 800 and 2000ppm, CO₂ levels can be harmful to health, at levels above 2000ppm, CO₂ can be extremely harmful to human health.
Relative humidity is the amount of moisture in the air compared to what the air can hold at that temperature.
Indicates if your device has been moved or tampered with.
PM2.5
Air Quality Index
TVOC
Temperature
Humidity
Carbon Dioxide (CO2)
Tamper
AQI
PM2.5
TVOC
Vape
Motion
Noise
Verkada’s Vape Index is a score derived from multiple sensors that is strongly correlated with vaping and/or smoking activity but could also reflect smoke or fumes from other sources. Smoke from cooking, burning fuel or wildfires may register highly on the Vape Index.
TVOC is a total measure of Volatile Organic Compounds which are chemicals that evaporate into the air and are emitted by cleaners, paints, varnishes, fragrances and hundreds of other products. Examples include benzene, ethylene glycol and formaldehyde. Measure as a TVOC index, VOCs are measured as a group because of their cumulative effects, with high TVOC values associated with negative health impacts.
A measure of total noise level at the sensor. OSHA regulations state that noise levels cannot exceed 90 dBA over an 8-hour period, or 95 dBA over a 4-hour period.
The U.S. AQI measures total air pollution and provides benchmarks for healthy values. When AQI exceeds 100, air quality is unhealthy – at first for certain sensitive groups of people, then for everyone as AQI values get higher.
Particulate Matter 2.5 (PM 2.5) refers to tiny inhalable particles or droplets in the air that are less than 2.5 microns in width. These particles can have negative health effects and are caused by dust, vehicle exhaust, burning fuels, cooking, smoking and vaping.
A measure of changes in infrared light absorption caused by the motion of warm bodies, as measured by a passive infrared sensor. Powered by the same technology as motion sensors for intrusion detection, a motion event indicates human/animal motion or other large changes in infrared activity.
Noise
Light
Barometric Pressure
Temperature
Humidity
Carbon Dioxide (CO2)
Tamper
AQI
PM2.5
TVOC
Vape
Motion
Noise
Ambient Light
Formaldehyde
Carbon Monoxide (CO)
Pressure
Carbon Monoxide (CO) is an odourless, colourless gas that can be deadly. Measured in parts per million (ppm), CO is found in the fumes produced anytime fuel is burned on trucks, engines, stoves, grills or furnaces. Left undetected, CO can build up indoors and poision people or animals who breathe it.
Formaldehyde is a colourless, flammable gas that is used in many common compounds such as building materials, paints, fertilisers and as a byproduct of combustion from fuel-burning appliances or cigarette smoke. Formaldehyde has a strong odour and can cause irritation of the skin, eyes, nose and throat and can cause some types of cancer.
With Verkada Sensors, you can understand light patterns, ensure a safe occupant experience and help improve building energy savings. Measured in lux, Ambient Light readings allow you to see light conditions in real-time and set alerts based on customised thresholds to protect and optimise your spaces.
Barometric pressure, or atmospheric pressure, is a
measure of the weight of air. Measured in hectoPascals
(hPa), barometric pressure is impacted by the outdoor
climate and indoor conditions like running HVAC systems
or temperature.
An audio recording system powered by an omnidirectional
digital microphone that can record up to 365 days of audio
on any SV25 device. Audio recording is disabled by default
and also comes with standard privacy features that ensure
audio recording capabilities are deployed in a way that
respects individuals’ privacy.
In addition to monitoring air quality conditions, Verkada SV20 Series Sensors make it easy to display Air Quality fundamentals across all of your facilities. Starting with Command, users can configure custom dashboards to display and visualise air quality information with powerful, intuitive dashboards. Dashboards can be viewed through the Command web application and can be displayed on various third-party screens and devices including TV monitors, tablets and more.
Last but not least, Verkada’s Air Quality Sensors can be managed from the Verkada Command Mobile app, which allows customers to easily monitor air quality conditions while on the go. In addition to Command Mobile, customers can notify staff of important air quality events with SMS or email alerts to gather more proactive information on their environmental conditions.
With just a click, you can instantly combine sensors with Verkada cameras to monitor sensor-based events.
Users can access their Verkada sensors from anywhere with any device.
Users can set customized thresholds for each sensor feed and configure the recipients and scheduling of real-time alerts via SMS and/or email.
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