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Miniature, low power, flexible or box built products? We can help. If you need help finding the right product for your specific application, don't hesitate to contact our dedicated team.
Our air and gas sensors can be used in a wide range of applications where only your imagination sets the limit. However, we have six main areas.
We will help you create successful solutions for your market, no matter if it aims to improve indoor air quality, extend the range of your car, build intelligence into your alarm product, or save lives related to drunk driving. We don't compete with you; we use our tried and tested technology to improve your unique solution with your own brand. Our concept is divided into three simple steps - from sensor core to a complete inCase solution with all its intelligence.
Choose your sensor core from our five adaptable platforms and set your gas sensing options. Pick the platforms that are closest to your needs. Finer adjustments will be done at a later stage. Is it the size that is your most critical factor, or is it perhaps the power consumption? Don't worry if you don't find a platform that fulfils all your needs - it is always possible to tweak the settings.
Our sensor cores are undoubtedly high-tech, but to actually be able to get something out of them, you need to add some features. Here is your chance to add all the things that will make your product unique. Choose between different types of communications, add your display, select a temperature sensor, etc.
Design
When you are finished, it is time for our development team to start their job. 30 years of experience have taught us what to look for when designing an infrared sensor onto a board. There are a few factors to consider:
Design your Sensor inCase
It is time for the last step - the design of your case. You can choose from our preset colours and shapes or make your own. Need help? We have a dedicated design team to help you out.
By measuring the CO2level, you can regulate the air flow according to need. With demand controlled ventilation you can improve health, prevent the spread of virus and reduce energy costs with up to 50%. By using a self-calibrating sensor, you can mount and forget your sensor for the next 15 years and it will still be accurate.
Good ventilation has become a necessity. Studies show that we spend over 90% of our time indoors. How do we find the perfect balance between money spent on ventilation, versus health and productivity levels affected by bad air quality, which also helps the spread of viruses. You will find our sensors in residential, commercial, and official buildings.
Did you know?
Urbanisation clearly shows that air pollution affects our own health and the environment in densely populated areas. We do not have a solution for that, but we strongly believe that measuring is a good way to scientifically prove what we need to do.
Ninety-seven per cent of climate scientists agree that climate-warming trends over the past century are very likely due to human activities.
Before the Industrial Revolution, CO2levels did not exceed 300 ppm. In 2013, CO2levels surpassed 400 ppm for the first time in recorded history. This relentless rise in CO2exposes the constant relationship between fossil-fuel burning and CO2levels.
We make sensors that measure carbon dioxide and air quality for people all around the globe in order to make better decisions - for yourself, the environment, and your fellow humans.
Sensors do not provide fresh air, but we believe in the following statement from the book《魔鬼经济学》by Levitt: "Knowing what to measure and how to measure it makes a complicated world much less so".
You will find our sensors in alarm systems in restaurants, factories, and mines. Urbanisation, automation, and smart cities will increase the need for sensors to make the right decisions, but you will also find alarms becoming more important than ever. Often, there is no border between sensing/control and alarm system.
Major applications today are in fast-food restaurants, breweries, parking houses, personal safety equipment, and more. CO2and a few other gases are odourless and at a high enough level, they are lethal. There have been deaths due to CO2leaks from tanks providing the gas to soda machines. In some countries, there are laws and restrictions connected to tanks where people work with the gas.
Carbon dioxide in itself is not poisonous, but it decreases the concentration of oxygen when in the same confined space.
Our sensors can detect other gases, but you will find many alarm applications sensing CO2.
Discover the next generation of alcohol sensors: A touch-free sensor solutions integrated into the dashboard of the car or state-of-the-art breath testing equipment for workplace and road vehicle use.
The solutions we offer enable usage in road vehicles or workplaces. For OEM customers the sensor can be seamlessly integrated into vehicles so there is no physical hardware in the vehicle cabin. Drivers provide a puff of breath directed towards a small sensor, which can be outfitted in the steering column or side door trim. The system is designed to give a “pass/fail” reading of breath alcohol content in a few seconds.
The sensor technology has also been adapted for a first of its kind mouthpiece free instrumentation for workplace and aftermarket vehicle installations. It is the next generation of alcolocks - for safe and secure starts to each transport, with little inconvenience to the business. The Senseair alcohol sensing products can be used in vehicles or as a stationary check-in system.
Definition of Life Science: "A branch of science (such as biology, medicine, and sometimes anthropology or sociology) that deals with living organisms and life processes".
Our purpose is to make sense of what you measure by providing the best measurement solutions, service and intelligence. In this area, you most probably do not want to gamble on whether the sensors are accurate or not. We make sensors for life.
生命科学是一个市场需求有限ntrolled environment is growing. There is a demand for a controlled environment in chicken hatcheries and greenhouses as well as for fruit and vegetables in transportation. In the medical world, you can find CO2meters in anaesthetic equipment, but we also see a demand for in-patient related safety equipment.
Another area is health and fitness, where you can use CO2as an indicator of metabolism and/or to optimise your exercise cycle.
Sensors are the crucial sensory organs of vehicle safety systems. Measuring gas in the automotive industry has various benefits. For example, by detecting ethanol on the driver's breath, drunk driving can be prevented.
Ten years ago, we started developing an "impossible" alcohol sensor. A sensor that is invisible in the vehicle, but that automatically detects if the driver is in condition to drive. By a simple puff of air, the sensor detects if the driver is in a acceptable condition to drive. Today, the after-market adaptations of the technology is on the market, and OEM solutions are being tested in cars on roads in the US.
For OEM customers the sensor can be seamlessly integrated into vehicles so there is no physical hardware in the vehicle cabin. Drivers provide a puff of breath directed towards a small sensor, which can be outfitted in the steering column or side door trim. The system is designed to give a “pass/fail” reading of breath alcohol content in a few seconds.
Small components and advanced design for indoor ventilation control and CO2monitoring in commercial HVAC applications.
Senseair S8 Commercial is the ideal choice for indoor ventilation control and CO2monitoring in commercial HVAC applications. The sensor is based on modern infrared technology (NDIR) and measures CO2levels with very high accuracy. The Senseair S8 is designed for easy integration.
Small components and advanced design for indoor ventilation control and CO2monitoring in residential applications.
室内通风S8住宅是最理想的选择ilation control and CO2monitoring in residential applications. The sensor is based on modern infrared technology (NDIR). The Senseair S8 Residential is designed for easy integration.
Small components and advanced design for control- and alarm applications. The sensor can be integrated into a wide range of different alarm applications where you want to detect CO2, such as leakage detection.
Small components and advanced design for control- and alarm applications. The sensor can be integrated into a wide range of different alarm applications where you want to detect CO2, such as leakage detection.
The S8 LP sensor has excellent performance, such as high accuracy and low power consumption. S8 LP is designed for high volume production, with full traceability by sensor serial number on all manufacturing processes and key components. Every sensor is individually calibrated and is provided with a UART digital interface. The sensor is maintenance-free and has an estimated lifetime of more than 15 years.
LED technology has long been a holy grail. The collaboration with Asahi Kasei (AKM), the company that invented the Lithium Battery, has now made it possible to use technology with sustained performance.
Ultra Low Power does not have to come at the cost of accuracy any longer. Sunrise is the new generation Optical Solid-State Sensor.
Senseair日出暖通空调是我们的下一个版本的new generation NDIR sensor with Optical Solid State design. Electronics with no moving parts makes this sensor robust and resistant to vibrations. Any application with a tough environment or in environments with explosion risk is benefited by the solid state design.
It is the first NDIR sensor with LED technology that truly saves power while maintaining a high precision.
The ultra low power consumption makes Sunrise optimal for battery and wireless applications.
The sensor has an accuracy (CO2) ±30 ppm ±3% of reading. Thanks to the built-in self-correcting algorithm you can mount and forget your sensor for the next 15 years and it will still be accurate.
CO2PCB K85 measures CO2concentration in ambient air, with additional options for measuring temperature and allows flexible connectivity.
K85 reuses the core sensor optics from the S8 module, but comes pre-assembled on a robust PCB-board with industrial standard analogue outputs, e.g. 0 to 10V and 4 to 20mA and wide input voltage tolerance with reverse polarity protection.
Pin layout for additional connectors and terminals allow for further options; e.g. thermistor for temperature and potentiometer for temperature offsets. The article is prepared to be mounted in an suitable enclosure as a wall-mounted or duct-mounted transmitter.
Senseair K30 can be customised for a variety of sensing and control applications. The platform is designed for built-in applications in a host apparatus.
Senseair K30 can be customised for a variety of sensing and control applications. The platform is designed to be an OEM module for built-in applications in a host apparatus. K30 is a flexible product with two analogue outputs and two digital outputs that can be configured with Senseair Development Kit or other custom software.
Senseair K30 3% can be customised for a variety of sensing and control applications. The platform is designed for built-in applications in a host apparatus.
Senseair K30 3% can be customized for a variety of sensing and control applications. The platform is designed to be an OEM module for built-in applications in a host apparatus. K30 is a flexible product and can be configured with SADK or other custom software.
K30 FR is a high-performance CO2sensor module optimized for fast response time.
K30 FR is a high-performance CO2sensor module optimised for fast response time. The sample cell is well protected by a particle filter and is designed for fast diffusion without any need for an external pump. In addition, there is a tube inlet to be able to feed on-line test gas through the sensor.
The Senseair ICB platform can be customised for a variety of sensing, control, and alarm applications. This platform is designed to be an OEM module for built-in applications in a host apparatus.
K33 ICB is targeted to bio-applications with required measurement range 0 to up to 30%vol CO2. As all other sensors from Senseair, the module is designed for high volume production with full traceability by sensor serial number on all manufacturing processes and key components. Every sensor is individually calibrated and is provided with a UART digital interface.
Senseair K33银行独立委员会生物applicatio 10%的目标ns with required measurement range 0 to up to 10%vol CO2. Senseair K33 ICB 10% can be supplied in diffusion modification or without tube IN/OUT.
The module is as all other sensors from Senseair designed for high volume production with full traceability by sensor serial number on all manufacturing processes and key components. Every sensor is individually calibrated and is provided with UART digital interface.
This platform is designed to be a low power OEM module for integration into host apparatus, such as battery operated products and sensors with radio transmitters. Any application where power consumption is important to keep at a minimum without sacrificing the performance.
K33 LP is a low-power module that fits in any application where it is important to keep power consumption at a minimum without sacrificing performance. The platform is designed for integration into a host apparatus, such as battery operated products. The module also measures temperature, and humidity is an option.
K33 LP is a low-power module. The adjustable measurement interval results in average power consumption that can be reduced to less than 52 μA (measurement 1/60 min). The module is designed for the low-power application. As all other sensors from Senseair, the module is designed for high volume production with full traceability by sensor serial number on all manufacturing processes and key components. Every sensor is individually calibrated and is provided with a UART digital interface. Optional features are RH/Temp.
K33 LP T/RH is a low-power module that measures CO2, temperature and humidity. The adjustable measurement interval results in average current that can be reduced to less than 52 μA (one measurement every 60 minutes).
K33 LP T/RH is a low-power module that measures CO2, temperature, and humidity. The adjustable measurement interval results in average current that can be reduced to less than 52 μA (measurement 1/60 min). The module is designed for low-power application. As all other sensors from Senseair, the module is designed for high-volume production, with full traceability by sensor serial number on all manufacturing processes and key components. Every sensor is individually calibrated and is provided with a UART digital interface.
The BLG is designed to measure and store records of environmental parameters such as CO2, RH, and temperature. The sensor can be used in a wide range of applications: in food transportations, storages, incubators, and other high concentration range applications.
K33 BLG is a sensor module for measuring percentage range of carbon dioxide concentration, ambient temperature, and relative humidity. It is very easy and small to integrate and operate. It works either by battery-operation or continuous-power. The measurement interval and the logging frequency can both be configured to fit a required time resolution. All this results in adaptable and very low average power consumption to fit many requirements, both regarding long battery-operated lifetime and low disturbing thermal output and self-heating.
The sensor module is designed for flexible integration into multiple host apparatuses (e.g. with battery, radio-transmitters, pumps etc.), or for the most simplistic stand-alone logging device. The durable and precise high-range optical bench, the hydrophobic- and oleophobic diffusion filter paired with Senseair’s renowned maintenance-free technology make the sensor ideal for reliable measurement in many harsh installation environments.
BLG as such can be used for low-power and battery applications. The sensor module has a large integrated memory for storing of the environmental parameters and timestamping. For continuous non-battery installation or when extracting data from memory, the sensor is equipped both with I2C factory edge-connector and with a UART digital interface and communicate through Modbus.
K33 ELG is suitable for low power applications since the unit can be put into sleep-mode between measurements. The sensor measures and stores records of environmental parameters such as CO2, RH, and temperature.
K33 ELG is a sensor module for measuring CO2concentration, temperature, and relative humidity.
ELG is designed for low-power application with demand for multiple measurement parameters. The adjustable measurement interval results in average current that can be reduced to less than 52 μA (one measurement every 60 minutes).
As all other sensors from Senseair, the module is designed for high volume production with full traceability by sensor serial number on all manufacturing processes and key components. Every sensor is individually calibrated and is provided with UART digital interface
This versatile 3-in-1 transmitter combines all the necessary elements for effective climate control in commercial office buildings, hospitals, schools, and other facilities. It measures CO2concentration, temperature, and humidity in the ambient air accurately without the need for additional compensation - true read.
tSENSE is an advanced and versatile 3-in-1 transmitter designed for installation in the air-conditioned zone. It measures CO2concentration, temperature, and humidity in the ambient air accurately without the need for additional compensation ─ true read. The data transmits to a BMS system or a stand-alone controller using industry standard output signals and communication protocols. tSENSE combines all the necessary elements for effective climate control in commercial office buildings, hospitals, hotels, schools, and other facilities.
Using CO2monitoring for demand control ventilation (DCV) allows a healthy, comfortable, and cost-effective environment for the occupants. It is flexible in design with temperature control and a combination of humidity control optional. Though suitable for use in many different energy-efficient ventilation strategies, SenseAir® welcomes any discussions for specific needs.
Complies with ASHRAE standard 189.1 (±50ppm @ 1,000ppm of measured CO2value).
This versatile 3-in-1 transmitter combines all the necessary elements for effective climate control in commercial office buildings, hospitals, schools, and other facilities. It measures CO2concentration, temperature, and humidity in the ambient air accurately without the need for additional compensation - true read.
tSENSE is an advanced and versatile 3-in-1 transmitter designed for installation in the air-conditioned zone. It measures CO2concentration, temperature, and humidity in the ambient air accurately without the need for additional compensation ─ true read. The data transmits to a BMS system or stand-alone controller using industry standard output signals and communication protocols.
tSENSE combines all the necessary elements for effective climate control in commercial office buildings, hospitals, hotels, schools, and other facilities. Using CO2monitoring for demand control ventilation (DCV) allows a healthy, comfortable, and cost-effective environment for the occupants. It is flexible in design with temperature control and combination of humidity control optional. Though suitable for use in many different energy-efficient ventilation strategies, Senseair welcomes any discussions for specific needs.
Complies with ASHRAE standard 189.1 (±50ppm @ 1,000ppm of measured CO2value).
tSENSE VAV with Display is an advanced and versatile three-in-one controller designed for installation in the air-conditioned zone. The unit measures CO2concentration, temperature ,and humidity in the ambient air accurately without need for additional compensation ─ true read.
tSENSE VAV with color display is an advanced and versatile 3-in-1 transmitter designed for installation in the air-conditioned zone. It measures CO2concentration, temperature, and humidity in the ambient air accurately without the need for additional compensation ─ true read. The data transmits to a BMS system or stand-alone controller using industry standard output signals and communication protocols.
tSENSE VAV combines all the necessary elements for effective climate control in commercial office buildings, hospitals, hotels, schools, and other facilities. Using CO2monitoring for demand control ventilation (DCV) allows a healthy, comfortable, and cost-effective environment for the occupants. It is flexible in design with temperature control and combination of humidity control optional. Though suitable for use in many different energy-efficient ventilation strategies, Senseair welcomes any discussions for specific needs.
Complies with ASHRAE standard 189.1 (±50ppm @ 1,000ppm of measured CO2value).
tSENSE VAV is an advanced and versatile 3-in-1 controller designed for installation in the air-conditioned zone. The unit measures CO2concentration, temperature, and humidity in the ambient air accurately without need for additional compensation ─ true read.
tSENSE VAV is an advanced and versatile 3-in-1 transmitter designed for installation in the air-conditioned zone. It measures CO2concentration, temperature, and humidity in the ambient air accurately without the need for additional compensation ─ true read. The data transmits to a BMS system or stand-alone controller using industry standard output signals and communication protocols.
tSENSE VAV combines all the necessary elements for effective climate control in commercial office buildings, hospitals, hotels, schools, and other facilities. Using CO2monitoring for demand control ventilation (DCV) allows a healthy, comfortable, and cost-effective environment for the occupants. It is flexible in design with temperature control and combination of humidity control optional. Though suitable for use in many different energy-efficient ventilation strategies, Senseair welcomes any discussions for specific needs.
Complies with ASHRAE standard 189.1 (±50ppm @ 1,000ppm of measured CO2value).
eSENSE is a CO2transmitter for climate control that fits directly on top of European electrical junction box standards. The unit is available both with and without display for fixed installation in the climate zone and helps you save money by decreasing your energy consumption while creating a healthier indoor air climate. Variations of this product can be found in the index.
eSENSE is a simple, low-cost, state-of-the-art, infrared, maintenance-free carbon dioxide transmitter for installation in the climate zone or in the ventilation duct.
eSENSE helps you save money by decreasing your energy consumption while creating a healthier indoor climate. eSENSE measures the carbon dioxide concentration in the ambient air up to 2,000 ppm and transforms the data into an analogue output.
eSENSE Slim is used to measure indoor air carbon dioxide concentration.
This product is an ultra-compact transmitter intended for factory mounting for both wall and duct applications with the protection class IP50. A 300 mm long cable connected to the PCB makes it possible to place the sensor where mounting is difficult.
eSENSE Duct is a maintenance-free, infrared CO2transmitter for climate control of buildings and other processes. eSENSE Duct is for installation in the ventilation duct.
eSENSE Duct is an extremely cost-optimized sensor solution for climate control of buildings and other processes. By controlling the ventilation based on actual demand, it helps you decrease your energy consumption and still have a healthy indoor climate. The different housing options make the eSENSE available to almost any application or environment (e.g. greenhouses, residential and commercial buildings).
eSENSE II is a CO2transmitter for climate control that fits directly on top of US electrical junction box standards. The unit is available both with and without LCD display for fixed installation in the climate zone.
eSENSE II is a CO2transmitter for climate control that fits directly on top of US electrical junction box standards. The unit is available both with and without LCD display for fixed installation in the climate zone. The unit is an extremely cost-optimized sensor solution for climate control in buildings and other processes. By controlling the ventilation based on actual demand, it helps you decrease your energy consumption and still have a healthy indoor climate. The different housing options make the eSENSE available to almost any application or environment (e.g. greenhouses, residential and commercial buildings).
eSENSE FAI (Fresh Air Indicator) is an infrared and maintenance-free carbon dioxide alarm for installation in areas where the carbon dioxide levels need to be monitored, such as classrooms and offices. According to various studies, adequate ventilation increases productivity and ability to learn. The product measures the carbon dioxide concentration in ambient air and alarms with sound and light when the levels exceed defined levels. Fits US standard J-boxes (visible red mute button on the front).
eSENSE FAI is a cost-optimised sensor solution for climate monitoring in classrooms and offices, for example. According to many studies, adequate ventilation increases the productivity and ability to learn. It can also reduce the risk of temporary illness and downtime. By measuring CO2, you get a good indicator of when "fresh" outside air must be supplied for acceptable indoor air quality. The ventilation will then be based on actual demand. It helps you decrease the energy consumption and still have a healthy indoor climate. A CO2concentration below 1,000 ppm should always be the target.
eSENSE is a CO2transmitter for climate control that fits directly on top of European electrical junction box standards. The unit is available both with and without display for fixed installation in the climate zone and helps you save money by decreasing your energy consumption while creating a healthier indoor air climate. Variations of this product can be found in the index.
eSENSE is a simple, low cost, state-of-the-art, infrared, maintenance-free carbon dioxide transmitter for installation in the climate zone or in the ventilation duct.
eSENSE helps you save money by decreasing your energy consumption while creating a healthier indoor climate! eSENSE measures the carbon dioxide concentration in the ambient air up to 2,000 ppm and transforms the data into an analogue output.
eSENSE Duct is an infrared and maintenance-free CO2transmitter for climate control of buildings and other processes. The eSENSE Duct is for installation in the ventilation duct.
eSENSE Duct is an extremely cost-optimized sensor solution for climate control of buildings and other processes. By controlling the ventilation based on actual demand, it helps you decrease your energy consumption but still have a healthy indoor climate. The different housing options make the eSENSE available to almost any application or environment (e.g. greenhouses, residential and commercial buildings).
eSENSE FAI (Fresh Air Indicator) is an infrared and maintenance-free carbon dioxide alarm for installation in areas where the carbon dioxide levels need to be monitored, such as classrooms and offices. According to various studies, adequate ventilation increases productivity and ability to learn. The product measures the carbon dioxide concentration in ambient air and alarms with sound and light when the levels exceed defined levels. Fits European standard J-boxes (mute button on the side).
eSENSE FAI is a cost-optimized sensor solution for climate monitoring in classrooms and offices, for example. According to various studies, adequate ventilation increases the productivity and ability to learn. It can also reduce the risk of temporary illness and downtime. By measuring CO2, you get a good indicator of when "fresh" outside air must be supplied for acceptable indoor air quality. The ventilation will then be based on actual demand. It helps you decrease your energy consumption and yet have a healthy indoor climate. A CO2concentration below 1,000 ppm should always be the target.
eSENSE Ind is an infrared and maintenance-free CO2transmitter, for climate control of buildings and other processes. eSENSE Ind is a wall-mounted transmitter that fits IP54 environment and is applicable in most large industrial spaces.
eSENSE Ind is an extremely cost-optimized sensor solution for climate control of buildings and other processes. By controlling the ventilation based on actual demand, you decrease your energy consumption and still have a healthy indoor climate. The different housing options make the eSENSE available to almost any application or environment (e.g. greenhouses, residential and commercial buildings).
Particles, temperature and humidity sensor for Indoor Air Quality monitoring. IoT connected with LoRaWAN.
Senseair ExploraPM2.5 is a LoRaWAN certified, advanced and versatile 3-in-1 sensor designed for installation in the air-conditioned zone. It measures the concentration of particles, temperature and relative humidity in the ambient air. The data is encrypted and securely transmitted via LoRaWan to a cloud service. You can either use our dashboard service to display the data or design your own user interface utilizing the open API.
Senseair ExploraPM2.5 combines all the necessary elements for effective climate control in commercial office buildings, hospitals, hotels, schools and other facilities. Simple and easy to install, makes the Senseair ExploraPM2.5 ideal for retrofitting in existing buildings.
CO2, temperature and humidity sensor for Indoor Air Quality monitoring. IoT connected with LoRaWAN.
Senseair ExploraCO2is a LoRaWAN certified, advanced and versatile 3-in-1 sensor, designed for installation in the air-conditioned zone. It measures CO2concentration, temperature and relative humidity in the ambient air accurately without need for additional compensation. Adapting reporting when CO2水平变化超过100 ppm(高于750 ppm). The data is encrypted and securely transmitted via LoRaWan to a cloud service. You can either use our dashboard service to display the data or design your own user interface utilising the open API.
Senseair ExploraCO2combines all the necessary elements for effective climate control in commercial office buildings, hospitals, hotels, schools and other facilities. Using CO2-monitoring for demand control ventilation (DCV) allows healthy, comfortable and cost-effective environments for the occupants. Simple and easy to install without any wires, makes the Senseair ExploraCO2ideal for retrofitting in existing buildings.
aSENSE™ is an advanced transmitter for installation in the climate zone. It measures both CO2concentration and temperature. The data is transmitted to a BMS system or controller and can be configured with our UIP Software. The unit is prepared for Modbus. Variations of this product can be found in the index.
aSENSE™ is an advanced transmitter for installation in the climate zone. It measures both CO2concentration and temperature. The data is transmitted to a BMS system or controller and can be configured with UIP Software. The unit is prepared for Modbus. Variations of this product can be found in the index.
aSENSE VAV is a standalone controller that measures CO2concentration and temperature in ambient air. It also has a terminal for extra functions (e.g. manual override) and it is prepared for Modbus. The unit is a key component for climate control of rooms where the number of people occupying it varies. Variations of this product can be found in the index.
aSENSE VAV is a standalone controller with built-in sensors for temperature, humidity, and carbon dioxide. The unit measures both CO2concentration and temperature in ambient air and transforms the data into analogue and digital output signals, which are used for controlling air supply on demand. Additional cooling compressor for dehumidification may also be controlled. aSENSE VAV is for installation in the climate zone or in a ventilation duct.
aSENSE VAV Duct is a standalone controller with built-in sensors that measure CO2and temperature for installation in the ventilation duct. aSENSE VAV Duct has an industrial housing and is also prepared for Modbus.
A common application for aSENSE VAV Duct is controlling ventilation in rooms occupied by people. The sensor is flexible and designed to suit many different ventilation strategies. It is a key component for energy-effective, healthy climate control of rooms where occupancy varies, like schools and nurseries, cinemas and theatres, sports centres etc. In museums and libraries, the control of the ventilation is often based on temperature and carbon dioxide measurements. That can be combined with control of humidity to secure an optimal environment for the objects. To avoid condensation problems, it is often necessary to measure humidity in air conditioning and other cooling applications.
aSENSE™ is an advanced transmitter for installation in the climate zone. It measures both CO2concentration and temperature. The data is transmitted to a BMS system or controller and can be configured with UIP Software. The unit is prepared for Modbus. Variations of this product can be found in the index.
aSENSE™ is an advanced transmitter for installation in the climate zone. It measures both CO2concentration and temperature. The data is transmitted to a BMS system or controller and can be configured with UIP Software. The unit is prepared for Modbus. Variations of this product can be found in the index.
CO2transmitter for installation in the ventilation duct.
aSENSE Duct is a maintenance-free, infrared carbon dioxide transmitter for installation in the ventilation duct. The unit has an industrial housing (protection class IP65) with a duct probe. The product is designed to control ventilation by transmitting the measured carbon dioxide and temperature value to the system´s Master or DDC. The transmitter is flexible and suits many different ventilation strategies. According to most building regulations, the fresh airflow should be at least 7 litres/second and personin rooms where people stay more than occasionally.
如果房间居住者成人轻松的工作-load and the outdoor CO2concentration is 350 ppm, this airflow answers directly to an indoor CO2concentration of 1,040 ppm.
According to the National Boards of Occupational Safety and Health, the CO2concentration can be used as an indicator of the Indoor Air Quality (IAQ). A CO2concentration below 1,000 ppm should always be the aim.
aSENSE GH “Green House” is a transmitter for installation in the climate zone. The special coated PCB and extra dust/water protection filter make aSENSE GH suited for all kinds of greenhouses, incubators and similar environments. The unit measures both temperature and carbon dioxide concentration. Variations of this product can be found in the index.
aSENSE GH measures both temperature and carbon dioxide concentration in ambient air, transforms the data into digital output signals and sends these values to the control system.
aSENSE GH is an all-digital, low-cost transmitter for installation in the climate zone. The special coated PCB and extra dust/water protection filter makes aSENSE GH suited for all kinds of greenhouses, mushroom farms, incubators, and similar environments.
aSENSE™ is an advanced transmitter for installation in the climate zone. It measures both CO2concentration and temperature. The data is transmitted to a BMS system or controller and can be configured with UIP Software. The unit is prepared for Modbus. Variations of this product can be found in the index.
aSENSE™ is an advanced transmitter for installation in the climate zone. It measures both CO2concentration and temperature. The data is transmitted to a BMS system or controller and can be configured with UIP Software. The unit is prepared for Modbus. Variations of this product can be found in the index.
aSENSE Ind 3% is an advanced transmitter for installation in the climate zone. It measures both CO2concentration and temperature. The data is transmitted to a BMS system or controller and can be configured with UIP Software. The unit is prepared for Modbus. The unit can also be used as a safety product to save lives.
感觉印第安纳州3% Disp RL此种的关键组件te control of buildings. The transmitter is flexible and suits many different ventilation strategies. It is also a cost efficient gas alarm sensor for spaces where carbon dioxide gas is a potential danger.
The aSENSE Ind 3% Disp RL is designed to control ventilation by transmitting the measured carbon dioxide and temperature value to the Master of the system or DDC to save energy and ensure a good indoor environment.
aSENSE MIII is a controller with built-in sensors to monitor at the same time carbon dioxide and carbon monoxide.
With these parameters, the programmable unit can control, e.g. ventilation rates, and generate alarm signals for personal safety devices. aSENSE MIII is designed for stand-alone operation, as well as being connected to larger building automation systems.
The aSENSE MIII is applicable in most large spaces where combustion is the source of the potential toxic danger, such as in public garages, truck terminals, tunnels and mines. It offers the possibility to combine CO and CO2measurements which not just guarantees public safety, but also saves energy when applied to Demand Controlled Ventilation.
The aSENSE MIII offers the possibility to regulate ventilation systems stand-alone, as well as being just a sensor in a larger system. To cover larger spaces, e.g. several sensors could be joined in a simple relay loop and together control an intermittent two-speed exhaust fan.
The Senseair Development Kit is a configuration and test utility to assist you in your work with our Senseair Core products and eSENSE (K50 platform). The program UIP5 gives you access to the main features of the connected product. You also have the option to configure, log, and test the possibilities of most of our engine products.
The Zero Calibration Kit provides a fast and cost-effective method for calibration. The unit produces carbon dioxide-free air from ambient air. The handheld Zero Calibration Kit includes all the necessary components for calibration of any Senseair CO2sensor.
Get started in a few minutes. With this Evaluation Kit you can evaluate the design, feel, and functionality of our Sunrise gas sensor. The Evaluation kit comes securely packaged in a black box with a well thought-out interior and a unique, clean and simple design.
The Sunrise & Sunlight Evaluation Kit is a configuration and test utility to assist you in your work with our Senseair Sunrise & Sunlight platforms. The program UIP5 gives you access to the main features of the connected product. You also have the option to configure, log, and test the possibilities of the product.
You can find extra cables and chargers for our products and accessories here.