Car & Truck Cabin Air
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Select optionsThe K30 10,000ppm CO2 Sensor Module (030-8-0006) is an industry favorite known for its low-cost, accuracy, long life and low...
From $78.00 USD$78.00 USD$78.00 USD -
52% offSelect optionsThe K30 FR Fast Response 10,000 ppm CO2 Sensor 030-8-0010 (formerly known as SE-0117) is optimized for fast response time....
From $56.00 USD $119.00 USD$56.00 USD$56.00 USD $119.00 USD -
Sold outsensors030-8-0016 K30 1% CO2 Sensor
The K30 1% CO2 Sensor (030-8-0016) is intended to be used to monitor up to 1% CO2 where the levels...
$99.00 USD$99.00 USD$99.00 USD -
Sold out 22% offsensors030-8-0011 K30 Extended Range
The K30 Extended Range Sensor (030-8-0011) is intended to be built into devices that require up to 5,000 ppm CO2 monitoring...
$78.00 USD $100.00 USD$78.00 USD$78.00 USD $100.00 USD
How does a gas sensor help car-park ventilation systems?
A gas sensor can be used toreduce fan energy costs by switching off or reducing fan speed when gas levels like CO2/CO are low. With the help of gas sensors, the car-park ventilation system can be based on actual demand. This maintains a comfortable car park environment saving energy at the same time and leaving a good impression on the users.
What can you do to prevent drowsy driving?
Numerous studies have shown that high levels of carbon dioxide in your car can actually diminish cognitive abilities, reduce response times, and impair the ability of an individual to make strategic decisions. Drowsiness also accounts for 10%-30% of all automobile accidents yearly and high CO2 levels are known to be the cause.
While CO2 concentrations may not tell the whole story of air quality in a specific place, it plays a critical role and carbon dioxide sensors can help mitigate drowsiness behind the wheel. For human-occupied spaces like vehicles, CO2 can easily be a deterring factor to poor air quality and by monitoring CO2 levels in your car you can be more cognizant while on the road.
Read our latest case study on high CO2 levels in automobiles with CO2 sensors.