Description: AHUs can be found in residential multi-party buildings and commercial buildings. AHUs are devices that condition (heating, cooling, filtering, sometime de-/humidifying) the air according to the needs of the residents.

Goal of integrating CO₂ sensor: Maximize energy-efficiency and provide best comfort and well-being.

Benefits of SCD40: 

• Compliance with building standards: Highly accurate CO₂ readings ensure compliance to building standards to receive widely-accepted certificates.
• Dust resistance: Cover membrane leads to dust resistance that makes cumbersome maintenance obsolete (install’n’forget).
• Additional RHT sensor: Incorporated humidity and temperature (RHT) sensor in the CO₂ module provides valuable information that help to increase energy-efficiency, optimize the control system and lower the noise level.
• Smallest size and flow independence: Allows freedom of your design to place the sensor where you want.
• Resistant to mechanical stress: Same performance specifications as traditional NDIR sensors with the benefit of being less sensitive to mechanical stress that can cause a drift in NDIR sensors and eventually lead to higher energy consumption of the ventilation system.
• Advanced algorithms: ASC (automated self-calibration) and FRC (forced recalibration) calibration algorithms enable maintenance free usage over the whole lifetime of your product.
• Reflow solderability: This feature of the SCD40 cuts down manufacturing cost and through put time as it can be automatically mounted like a standard SMD component.
  Attractive pricing: The very attractive pricing makes it possible for the first time to also equip lower cost units with a real demand-controlled ventilation to increase your customer’s energy efficiency.

Description: Sensor nodes being used inside ducts or rooms (mainly flush mount devices) to control the ventilation based on occupancy.

Goal of integrating a CO₂ sensor: Enables highest user comfort and energy-efficiency as well as increases the lifetime of the ventilation system because it is only in operation when it is really needed and therefore can even reduce the noise level.

Benefits of SCD40:

• Additional RHT sensor: Incorporated humidity and temperature (RHT) sensor in the CO₂ module provides valuable information that help to increase energy-efficiency and enhances the user experience.
• Smallest size and flow independence: Allows freedom of your design to develop slimmest and innovative devices.
• Compliance with building standards: Highly accurate CO₂ readings ensure compliance to building standards to receive widely-accepted certificates.
• Advanced algorithms: ASC (automated self-calibration) and FRC (forced recalibration) calibration algorithms enable maintenance free usage over the whole lifetime of your product.
• Resistant to mechanical stress: Same performance specifications as traditional NDIR sensors with the benefit of being less sensitive to mechanical stress that can cause a drift in NDIR sensors and eventually lead to higher energy consumption of the ventilation system and a lower noise level.
• Reflow solderability: This feature of the SCD40 cuts down manufacturing cost and through put time as it can be automatically mounted like a standard SMD component. Furthermore, there is no additional height gap between PCB and sensor when compared to hand soldered competitor CO₂ products which allow the design of slimmest devices.
• Dust resistance: Cover membrane leads to dust resistance that makes cumbersome maintenance obsolete (install’n’forget).
• Attractive pricing: The very attractive pricing makes it possible for the first time to increase your market share of units with a CO₂ monitoring feature that provides a full picture of your customer’s indoor air quality.

Description: Devices that are used to clean the air from contaminants like odors and particulates.

Goal of integrating a CO₂ sensor: Reach a whole new level of healthy well-being by monitoring and purifying the air from contamination.

Benefits of SCD40: 

• Attractive pricing: The very attractive pricing makes it possible for the first time to also equip lower cost units with a CO₂ monitoring feature that provides a full picture of your customer’s indoor air quality.
• Enhanced user experience: Highly accurate CO₂ readings enable you to display warnings of unhealthy air levels and generate push notifications to your customers when it’s necessary to ventilate
• Additional RHT sensor: Incorporated humidity and temperature (RHT) sensor in the CO₂ module provides valuable information that help to increase energy-efficiency and enhances the user experience.
• Smallest size and flow independence: Allows freedom of your design to place the sensor where you want.
• Advanced algorithms: ASC (automated self-calibration) and FRC (forced recalibration) calibration algorithms enable maintenance free usage over the whole lifetime of your product.
• Reflow solderability: This feature of the SCD40 cuts down manufacturing cost and through put time as it can be automatically mounted like a standard SMD component. Furthermore, there is no additional height gap between PCB and sensor when compared to hand soldered competitor CO₂ products which allow the design of slimmest devices.
• Resistant to mechanical stress: Same performance specifications as traditional NDIR sensors with the benefit of being less sensitive to mechanical stress that can cause a drift in NDIR sensors and eventually lead to customer claims.
• Dust resistance: Cover membrane leads to dust resistance that makes cumbersome maintenance obsolete (install’n’forget).

Description: Air Conditioners with Air Exchange function use CO₂ value to control fresh air supply.

Goal of integrating a CO₂ sensor: Avoid unhealthy CO₂ concentrations, e.g. improve sleep quality by avoiding high CO₂ concentrations during night in the bedroom.

Benefits of SCD40:

• Smallest size and flow independence: Allows freedom of your design to place the sensor where you want.
• Additional RHT sensor: Incorporated humidity and temperature (RHT) sensor in the CO₂ module provides valuable information that help to increase energy-efficiency and optimize your control system.
• Compliance with building standards: Highly accurate CO₂ readings ensure compliance to building standards to receive widely-accepted certificates.
• Advanced algorithms: ASC (automated self-calibration) and FRC (forced recalibration) calibration algorithms enable maintenance free usage over the whole lifetime of your product.
• Resistant to mechanical stress: Same performance specifications as traditional NDIR sensors with the benefit of being less sensitive to mechanical stress that can cause a drift in NDIR sensors and eventually lead to higher energy consumption of the ventilation system.
• Reflow solderability: This feature of the SCD40 cuts down manufacturing cost and through put time because it can be automatically mounted like a standard SMD component. Furthermore, there is no additional height gap between PCB and sensor when compared to hand soldered competitor CO₂ products which allow the design of slimmest devices.
• Attractive pricing: The very attractive pricing makes it possible for the first time to also equip lower cost units with a real demand-controlled ventilation ability that leads to an optimized energy consumption of your customer.
• Dust resistance: Cover membrane leads to dust resistance that makes expensive maintenance obsolete (install’n’forget).
• Real DCV: The accurate CO₂ concentration output of the sensor enables real demand-controlled ventilation to have the system running at the optimum in terms of energy consumption.

Description: For basic products monitoring indoor environment conditions, enabling humidity and temperature control by heating and cooling, and for advanced products even control of ventilation from indoor air quality (IAQ) measurement.

Goal of integrating a CO₂ sensor: Enable best comfort and well-being for the user depending on personal preferences. Increase energy-efficiency when connected with the ventilation systems. Provide full picture of the indoor air quality parameters.

Benefits of SCD40: 

• Smallest size and flow independence: Allows freedom of your design to come up with the most compact eye-catching devices.
• Additional RHT sensor: Incorporated humidity and temperature (RHT) sensor in the CO₂ module provides valuable information that help to increase energy-efficiency and enhances the user experience.
• Reflow solderability: This feature of the SCD40 cuts down manufacturing cost and through put time because it can be automatically mounted like a standard SMD component. Furthermore, there is no additional height gap between PCB and sensor when compared to hand soldered competitor CO₂ products which allow the design of slimmest devices.
• Attractive pricing: The very attractive pricing makes it possible for the first time to also equip standard thermostats with a real demand-controlled ventilation ability that leads to an optimized energy consumption of your customer when using a connected thermostat or a full picture of your customer’s environment having a stand-alone thermostat.
• Compliance with building standards: Highly accurate CO₂ readings ensure compliance to building standards to receive widely-accepted certificates.
• Advanced algorithms: ASC (automated self-calibration) and FRC (forced recalibration) calibration algorithms enable maintenance free usage over the whole lifetime of your product.
• Resistant to mechanical stress: Same performance specifications as traditional NDIR sensors with the benefit of being less sensitive to mechanical stress that can cause a drift in NDIR sensors and eventually to customer claims.
• Dust resistance: Cover membrane leads to dust resistance that makes expensive maintenance obsolete (install’n’forget)
• Real DCV: In a connected thermostat the accurate CO₂ concentration output of the sensor enables real demand-controlled ventilation to have the system running at the optimum in terms of energy consumption.

Description: Air purifiers with air exchange function uses CO₂ value to control fresh air supply.

Goal of integrating a CO₂ sensor: Avoid unhealthy CO₂ concentrations indoors by using controlled outside air ventilation over a HEPA filter.

Benefits of SCD40:

• Smallest size and flow independence: Allows freedom of your design to come up with the most compact eye-catching devices.
• Additional RHT sensor: Incorporated humidity and temperature (RHT) sensor in the CO₂ module provides valuable information that help to increase energy-efficiency and optimize your control system.
• Compliance with building standards: Highly accurate CO₂ readings ensure compliance to building standards to receive widely-accepted certificates.
• Reflow solderability: This feature of the SCD40 cuts down manufacturing cost and through put time as it can be automatically mounted like a standard SMD component. Furthermore, there is no additional height gap between PCB and sensor when compared to hand soldered competitor CO₂ products which allow the design of slim devices.
• Dust resistance: Cover membrane leads to dust resistance that makes expensive maintenance obsolete (install’n’forget).
• Attractive pricing: The very attractive pricing makes it possible for the first time to also equip standard thermostats with a real demand-controlled ventilation ability that leads to an optimized energy consumption of your customer.
• Advanced algorithms: ASC (automated self-calibration) and FRC (forced recalibration) calibration algorithms enable maintenance free usage over the whole lifetime of your product.
• Resistant to mechanical stress: Same performance specifications as traditional NDIR sensors with the benefit of being less sensitive to mechanical stress that can cause a drift in NDIR sensors and eventually lead to higher energy consumption of your system.
• Real DCV: In a connected thermostat the accurate CO₂ concentration output of the sensor enables real demand-controlled ventilation to have the system running at the optimum in terms of energy consumption.

Description: Indoor air quality sensor node which monitors, visualizes and communicates air quality data.

Goal of integrating a CO₂ sensor: Create awareness of air quality, capture bad air events and trigger counter measures to improve well-being.

Benefits of SCD40: 

• Smallest size and flow independence: Allows freedom of your design to come up with the most compact eye-catching devices.
• Additional RHT sensor: Incorporated humidity and temperature (RHT) sensor in the CO₂ module provides valuable information that help to increase energy-efficiency and enhance your customer’s user experience.
• Reflow solderability: This feature of the SCD40 cuts down manufacturing cost and through put time as it can be automatically mounted like a standard SMD component. Furthermore, there is no additional height gap between PCB and sensor when compared to hand soldered competitor CO₂ products which allow the design of slimmest devices.
• Dust resistance: Cover membrane leads to dust resistance that makes cumbersome maintenance obsolete (install’n’forget).
• Attractive pricing: The very attractive pricing makes it possible for the first time to also equip standard air quality monitors with a CO₂ concentration monitoring ability that finally provides a full picture of your customer’s environment.
• Advanced algorithms: ASC (automated self-calibration) and FRC (forced recalibration) calibration algorithms enable maintenance free usage over the whole lifetime of your product.
• Resistant to mechanical stress: Same performance specifications as traditional NDIR sensors with the benefit of being less sensitive to mechanical stress that can cause a drift in NDIR sensors and eventually lead to customer claims.
• Compliance with building standards: Highly accurate CO₂ readings help to ensure compliance to building standards to receive widely-accepted certificates.