Telaire | CO2, Humidity & Dust Sensors
Telaire is the world’s first and leading manufacturer of low cost NDIR Carbon Dioxide (CO2) Sensors. Telaire has over 30 awarded patents in CO2 sensing, including the original automatic calibration algorithm - ABC Logic. In more recent years, the Telaire product line has expanded into other air quality sensors, including Dust (PM 2.5 and PM 10) and Relative Humidity Sensors. Telaire products are used in commercial and residential building ventilation applications, consumer air quality devices for the home, and controlling air quality conditions in automobiles.
Carbon Dioxide (CO2) Sensor Modules
The Telaire Internal CO2 Sensor is a nondispersive infrared (NDIR) CO2 sensor that implements a single channel diffusion sampling method for automotive HVAC applications, including automatic fresh air control and safety sensing for CO2 refrigerants. Along with the patented ABC Logic™ lifetime calibration warranty, its low power consumption, compact design and simple product integration, make this an affordable gas sensing solution.
The Telaire T6613 is a small, compact CO2 Sensor Module designed to meet the volume, cost, and delivery expectations of Original Equipment Manufacturers (OEMs). The module is ideal for customers who are familiar with the design, integration, and handling of electronic components.
Telaire T6615 is a Dual Channel CO2 Sensor Module designed to integrate into existing controls and equipment for use in instumentation and applications up to 50,000 ppm. Dual channels consist of one CO2 channel that measures gas concentration and one reference channel that measures the sensor signal intensity.
The Telaire T6700 Series of CO2 Sensor Modules is designed for applications that require high accuracy in a compact package. They are ideal for use where CO2 levels need to be measured and controlled for indoor air quality and energy saving applications, such as demand control ventilation.
Telaire T6703 Series of CO2 Modules is ideal for applications where CO2 levels need to be measured to assess indoor air quality, such as residential applications. All units are factory-calibrated to measure CO2 concentration levels up to 5000 ppm.
Telaire T6713 CO2 Sensor Module is ideal for applications where CO2 levels need to be measured and controlled for indoor air quality and energy saving applications, such as demand control ventilation. All units are factory calibrated to measure CO2 concentration levels up to 5000 ppm.
Telaire T6723-8K5 CO2 Alarm Modules are designed for heater applications requiring high limit controls. They are individually factory-calibrated to trigger Alarm Signal at 8500 ppm CO2, Ventilation Warning Signal at 7500 ppm CO2, and Low Battery Warning Signal (for applications using batteries). They are compliant with the latest NF128 LNE test protocol.
Carbon Dioxide (CO2) Transmitters
Telaire T3000 Series is a range of Carbon Dioxide (CO2) Sensors designed to meet the specific needs of customers who require measuring CO2 in harsh or difficult environments. Based on a series of modules, the casing offers a number of combinations to meet the needs of range, supply voltage, and output type in various applications. Example applications include incubators, buses, refrigerators, subway stations, and railway carriages.
Telaire T3022 Series CO2 Sensor is designed specifically to meet the needs of OEM manufacturers for low cost carbon dioxide (CO2) sensor installation. It is compatible with other similar sensors in the Amphenol Advanced Sensors’ range and has I2C output from a mounted connector.
Telaire T3030 Series is a range of Carbon Dioxide (CO2) Sensors designed to meet the specific needs of customers who require measuring CO2 in harsh or difficult environments. Based on a series of modules, the casing offers a number of combinations to meet the needs of range, supply voltage, and output type in various applications.
Telaire T5100 Series of Wall Mount CO2 Transmitters offers low cost, high performance CO2 transmitters for the building controls market. It works seamlessly with building automation systems, and allows you to simply and effectively control fresh air. Demand-controlled ventilation using CO2 sensors prevents energy loss from over-ventilation while maintaining indoor air quality.
Telaire T5100-LED Series of Wall Mount CO2 Transmitters offers low cost, high performance CO2 transmitters for the building controls market.
The Telaire Ventostat 8000 Series represents a full range of wall mount carbon dioxide, humidity and temperature transmitters with display options plus active humidity and temperature outputs. The Telaire 8000 Ventostat Series provides controlled ventilation with easy installation and a clean, modern look that suits most indoor environments.
Telaire T8000-R Series of Wall Mount CO2 and Temperature Transmitters consists of low cost, high performance CO2 and temperature transmitters with relay for building controls and indoor growers markets.
Telaire Ventostat T8031 CO2 Duct Mount Transmitter is the smallest package available designed to be installed in HVAC return air ducts. It is designed for indoor air quality and energy conservation applications, offering accuracy and versatility at an affordable price.
Telaire Ventostat T8041/T8042 CO2 Duct Probe Transmitter is suitable for indoor air quality and energy conservation applications, offering accuracy and versatility at an affordable price.
Telaire Ventostat T8100 NS/NSP Series of Wall-Mount CO2 Sensors provide patented, absorption infrared gas sensing with high accuracy in a compact, low cost package.
Carbon Dioxide (CO2) Handheld Meters
Telaire T7000 Series of Handheld Indoor Air Quality (IAQ) Monitors feature our patented absorption infrared technology to accurately measure CO2 and temperature while calculating real-time ventilation rates.
The Telaire SM-PWM-01C is a SMART Dust Sensor that detects the dust particle concentration in air by using optical sensing method.
Telaire SM-PWM-01S SMART Dust Sensor detects dust particle concentration in air by using an optical sensing method where an infrared light emitting diode (IR LED) and a photosensor are optically arranged in the device. The photosensor detects the reflected IR LED light by dust particles in air. The SMART Dust Sensor can detect small particles, such as smoke, pollens, and common dust. It can also distinguish between small and large particles by the amplitude of the signal output.
Telaire SM-UART-01D Dual Channel Dust Sensor is designed to operate in harsh environments and provides enhanced performance, as well as reliability, compared to traditional single-channel solutions. With patented dual optical channel design, it leverages the strengths of both laser and infrared (IR) solutions, allowing the customer to achieve excellent balance between system performance and reliability.
Telaire SM-UART-01L+ Laser Dust Sensor detects dust particle concentration in air by using an optical sensing method. A laser light emitting diode (laser LED) and a photosensor are optically arranged in the device. The photosensor detects the reflected laser LED light by dust particles in air, including particles sizes below PM2.5. The dust sensor can detect small particles, such as cigarette smoke, and distinguish small particles, such as smoke from large house dust, by the pulse pattern of the signal output.
Telaire SM-UART-04L PM2.5 Particulate Dust Sensor is designed for a wide range of air quality applications where fine particle dust needs to be measured. The optical design leverages laser technology, which allows customers to achieve excellent performance with balanced reliability.
The Telaire ChipCap 2 offers the most advanced and cost effective humidity and temperature sensing solution for virtually any type of application.
Telaire ChipCap 2-SIP is a Single In-line Package (SIP) type of ChipCap with ready installed V-core capacitor for easy and convenient application. Individually calibrated and tested, ChipCap 2-SIP performs ±2% from 20% to 80%RH (±3% over entire humidity range), and yet is simple and ready to use without further calibration or temperature compensation.