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  • Offer Profile
  • Cubic offers smart gas sensors and superior gas analyzers. Set up in 2003, Cubic has established gas sensing technology platforms including optical technologies (NDIR, Ultraviolet, Light Scattering, Laser Raman), ultrasonic technology, MEMS metal oxide semiconductor (MOX) technology, electrochemical technology, ceramic thick-film technology based high temperature solid electrolyte technology and so on. At present, Cubic has obtained more than 100 patents home and aboard, with abundant products widely used in various fields of air quality, environmental monitoring, industrial processes, industrial safety monitoring, healthcare, smart metering and so on.
Product Portfolio
  • Gas Sensor Solution Provider and Manufacturer

  • Cubic offers smart gas sensors and superior gas analyzers. Set up in 2003, Cubic has established gas sensing technology platforms including optical technologies (NDIR, Ultraviolet, Light Scattering, Laser Raman), ultrasonic technology, MEMS metal oxide semiconductor (MOX) technology, electrochemical technology, ceramic thick-film technology based high temperature solid electrolyte technology and so on. At present, Cubic has obtained more than 100 patents home and aboard, with abundant products widely used in various fields of air quality, environmental monitoring, industrial processes, industrial safety monitoring, healthcare, smart metering and so on.
      • Applications

          • Air Quality Monitoring

          • With the improvement of people's living standards, more and more people begin to pay attention to the air quality. Based on self-developed gas sensors, Cubic has developed a variety of air quality sensor that can detect PM2.5, CO2, formaldehyde, VOC, temperature and humidity in the air. We have successfully solved the problems of air duct design, power consumption and temperature rise in the integrated design process of the sensor.

          • Medical Health

          • The global Covid-19 continues to spread, which makes ventilator an urgent need ranking after masks and toilet paper. In modern clinical medicine, as an effective method to use artificially ventilation replacing autonomous ventilation, ventilator has been widely used in respiratory failure and anesthesia breathing during major surgery, respiratory support and therapy.

          • Automotive

          • Cubic is a leading manufacturer of high-quality gas sensors and sensor solutions that help people into safer, healthier and greener world. The challenge today for automotive industry is to make cars smarter, greener, more comfortable and even more safer. With Cubic Sensor solutions, we help automotive manufactures to realize real-time monitoring inside and outside the cabin and promote automobile energy saving as well as emission reduction.

          • Smart Metering

          • Natural gas is the main part of power supply for residents nowadays, the market demand for residential natural gas meters is huge. Gas companies desire that a gas meter can measure highly low gas flow point, maintain long-term accuracy stability and ensures long lifespan, so there is no loss due to the imprecise measurement, and maintenance cost due to frequent repair can be avoidable.

          • Industry Safety

          • Cubic sensor could offer a wide range of industrial gas sensors for CH4 CH3Br,C3H8,A2L concentration detection.To meet the different requirements of industrial field and laboratory measurement, it is widely used in gas detection and analysis in petrochemical, chemical, coal, medical, laboratory and other fields.

          • Gas Analyzer and System

          • Hubei Cubic-Ruiyi Instrument Co., Ltd. (hereinafter referred to as ”Cubic-Ruiyi” ) is a wholly-owned subsidiary of Cubic Sensor and Instrument Co., Ltd.(stock code 688665). Established in 2010, Cubic-Ruiyi is a high-tech enterprise specializing in providing gas composition and gas flow measurement solutions in the fields of environmental monitoring, process gas monitoring, and smart metering.

        • Air Quality Monitoring

            • Environmental Sensor

                • CO2 Sensor and Monitor AM7000

                • Air quality monitor AM7000 is OEM based intelligent desktop indoor air quality monitor with fashionable and compact design. It could integrate high quality air quality sensor module, which can monitor indoor air quality and output real-time data of PM1.0, PM2.5, PM10,CO2, HCHO, VOC, RH&T, etc.

                  Features

                  • With built-in sensors including CO2 sensor,Dust sensor,VOC sensor,HCHO sensor,RH & T sensor.
                  • Real-time monitor indoor air quality.
                  • Wi-Fi, Bluetooth, RF, etc optional.
                  • Fashionable and compact design.

                  Specifications

                  • Measurement range: CO2: 400~5000ppm; PM2.5: 0~1000μg/m³; HCHO:0~1PPM VOC:0~3level
                  • Temp: -10°C~50°C
                  • RH: 0%~95%RH
                  • PM2.5 accuracy: ≤100μg/m³:±10μg/m³ ;>100μg/m³:±10% of reading
                  • CO2 Accuracy: ±(50ppm+5% of reading)@0~50°C
                  • Temp accuracy: ±1°C
                  • Working temperature: -10°C~50°C,0~95%RH(non-condensing)
                  • Storage temperature: -20°C~50°C,0~95%RH(non-condensing)
                  • Power supply DC:5V
                  • Dimension: 90*80*53(mm)

                • Integrated CO2 Sensor and Controller AM6108

                • Wall mount integrated air quality HVAC controller AM6108B is a built-in IAQ sensor module. Users can get the real time data of the air quality, including particle concentration, CO2 level, VOC concentration, temp and humidity. Measuring data can be transferred to the host by RS485 or WiFi, to realize online air quality monitoring. It can be used to control the fan speed automatically to adjust fresh air flow rate, to keep indoor air quality at designed level.

                  Features

                  • Real-time particle concentration, VOC, RH&T monitoring.
                  • UI display for end users.
                  • Measuring data transfer via WiFi available.
                  • RS485 control output.
                  • OEM available.

                  Specifications

                  • Measurement range: CO2: 0~5000ppm; PM2.5/PM10: 0~5000μg/m³;
                  • Temp: -10°C~50°C
                  • RH: 0%~95%RH
                  • PM accuracy: PM2.5: ≤100μg/m³; ±10μg/m³, >100μg/m³: ±10% of reading
                    PM10: ≤100μg/m³; ±25μg/m³, >100μg/m³: ±25% of reading (25°C ±2°C, 50±10%RH, GRIMM, Cigarette+Arizona A1)
                  • CO2 accuracy: ±(50ppm+5% of reading)@-10~50°C 
                  • Temp accuracy: ±1°C 
                  • Humidity: ±8%RH
                  • Working temperature: -10°C ~50°C ,0~95%RH(non-condensing)
                  • Power supply DC: 12V

                • Super Low Power CO2 Sensor CM1106SL-NS

                • CM1106SL-NS is super low power consumption NDIR CO2 sensor without PIN type, widely used for battery powered applications. Single measurement mode and continuous measurement mode for choose. Widely used for air quality monitor, HVAC controller. Etc.

                  Features

                  • NDIR technology with independent intellectual property
                  • Super low power consumption
                  • Pin holes connection for flexible connection
                  • UART and I2C communication available
                  • Long-term stability, long lifespan (>15 years)
                  • Temperature calibration within whole measurement range
                  • Auto-calibration, no need of maintenance
                  • Small size and compact structure, easy to install
                  • Wide supply voltage range enables variety of battery options
                  • Adjustable measurement cycle by host
                  • ABC setting by host

                  Specifications

                  • Measurement range: 0~5000ppm
                  • Accuracy:
                    ± (50ppm+5% of reading) (Note 1)
                    ± (50ppm+3% of reading) (Note 2)
                  • Working temperature: -10°C~50°C
                  • Working humidity: 0~95%RH(non-condensing)
                  • Working current : 74uA (1 minute as measurement cycle)
                    37uA (2 minutes as measurement cycle, default in the sensor)
                  • Power supply DC:3.3V-5.5V
                  • Installation: Waterproof breathable film upwards

                • High Accuracy NDIR CO2 Sensor CM1106H-NS

                • High accuracy with ±(30ppm+3% of reading) CO2 sensor CM1106H-NS can be used to detect CO2 concentration of indoor air by adopting advanced non-dispersive infrared technology (NDIR). With auto-calibration, no need of maintaince. It is widely used in ventilation system, air conditioner, air purifier, IAQ monitor, agriculture, plant cultivation and cold-chain, etc.

                  Features

                  • NDIR technology with independent intellectual property.
                  • Temperature calibration within whole measurement range.
                  • Long life span, auto-calibration, maintenance free.
                  • Small size and compact structure, easy to install.

                  Specifications

                  • Measurement range
                    PWM:
                    0-2000ppm
                    UART: 0-10000ppm (Note 1)
                  • Working temperature: -10°C ~ 50°C
                  • Working humidity: 0-95%RH (non-condensing)
                  • Accuracy: ± (30ppm+3% of reading) @ -10°C -50°C ,0-85%RH , URT/PWM 0-2000PPM(Note 2 and 3)
                  • Power supply DC: 4.5V~5.5V
                  • Signal output: UART_TTL,PWM liner output
                • Dual Beam NDIR CO2 Sensor CM1107N

                • CM1107N is a dual beam (single light source, dual channel) CO2 sensor, based on non-dispersive infrared (NDIR) technology, which can detect CO2 concentration of indoor air. With higher accuracy, superior long term stability, it is widely used for ventilation system, air purifier, air conditioner, intelligent agriculture, storage and cold-chain, etc.

                  Features

                  • NDIR technology with independent intellectual property
                  • Dual beam detection for superior stability and better accuracy
                  • High accuracy, long term stability, long life (>10years)
                  • Temperature calibration within whole measurement range
                  • Signal output PWM/UART/ I²C
                  • Small size and compact structure, easy to install

                  Specifications

                  • Measurement range: 0~5000ppm default
                  • Accuracy: ±(30ppm+3% of reading) @0°C~50°C, 50±10%RH
                  • Working temperature: -10°C~50°C
                  • Working humidity: 0~95% RH(non-condensing)
                  • Power supply DC: 4.5V-5.5V
                  • Ripple wave: <50mV
                  • Working current: Average<50mA@1s
                  • Signal output: UART_TTL (3.3V/5V electrical level), PWM, I²C(3.3V electrical level)
                • Anti-dust Laser Particle Sensor PM2016

                • PM2016 is an anti-dust structure laser particle sensor with PM1.0, PM2.5, PM10 output. It measures and calculates the suspending particle number which is within unit volume on the air exactly and output particle mass concentration μg/m3 directly via mathematical algorithm and scientific calibration.

                  Features

                  • The smallest size of available measurement: 0.3μm
                  • Real-time output particle mass concentration in μg/m3 is available
                  • VOC, temperature and humidity measuring function is reserved
                  • High accuracy, high sensitive and quick response
                  • Small size, compact structure, easy to install
                  • Same side air inlet and outlet
                  • Anti-dust structure

                  Specifications

                  • Measured particle range: 0.3μm~10μm
                  • Measurement range: 0~1,000μg/m³
                  • Accuracy:
                    PM1.0/PM2.5: 0~100μg/m³ : ±10μg/m³ , 101~500μg/m³ : ±10% of reading
                    PM10: 0~100μg/m³ : ±25μg/m³ ,101~500μg/m³: ±25% of reading
                    (GRIMM, 25±2°C, 50 ±10%RH)
                  • Time to first reading: ≤ 8 seconds
                  • Response time: 1s
                  • Working conditions: -10°C ~ 60°C, 0-95%RH
                  • Power supply
                    DC 5V±0.1V, ripple wave<100mV
                  • Working current : ≤80mA
                  • Signal output: UART_TTL/IIC, 3.3V (5V compatible)

                • Integrated Air Quality Sensor Module AM1002

                • AM1002 is an integrated air quality sensor module with function of particle concentration, VOC concentration, temperature and relative humidity measurement. Particle concentration is measured by laser particle sensor which uses light scattering principle. It measures and calculates the suspended particle number exactly, and output particle mass concentration μg/m3 directly via mathematical algorithm and scientific calibration. VOC sensor is MOX type, which has extremely high sensitivity to various kinds of organic volatile gases such as formaldehyde, benzene, ethanol, formic acid, nicotine and some inorganic gas like carbon monoxide, ammonia, hydrogen.

                  Features

                  • 4 in 1 sensor module which integrated particle, VOC and RH&T.
                  • Real time PM1.0 PM2.5 and PM10 output simultaneously.
                  • High accuracy, high sensitive and quick response.
                  • Temperature compensation algorithm.
                  • Matrix calibration technology and optimized algorithm, for high accuracy and consistency.
                  • Long lifespan and high stability.
                  • Small size, compact structure, easy to install.

                  Specifications

                  • Measurement range:Particle: 0~5000μg/m³; VOC: 0~10ppm;Temperature: -20°C~70°C; Humidity: 0~99%RH
                  • PM accuracy:
                    PM1.0/PM2.5: 0~100μg/m³ : ±10μg/m³ , 101~500μg/m³ : ±10% of reading
                    PM10: 0~100μg/m³ : ±25μg/m³ ,101~500μg/m³: ±25% of reading
                    (GRIMM, 25±2°C, 50 ±10%RH)
                  • VOC consistency
                    Typical/Max:
                    200ppb/250ppb OR 20%/25%, whichever is larger
                  • Temperature accuracy: 0°C ~ 40°C: ±1°C
                  • Humidity accuracy: Typical/Max: ±5%/±8% @5%-95%RH
                  • Working conditions: -20°C~60°C, 0~95%RH(non-condensing)
                  • Power supply DC: 5V±0.1V; ripple wave <50mV
                  • Working current:
                  • Signal output: UART_TTL
                • LED Particle Sensor with Dust Correction PM1006K

                • PM1006K infrared (LED) particle sensor real time output PM2.5 with dust deposition self-correction. It can measure dust concentration in the air by detecting the intensity of scattered light,and output real time concentration via mathematical algorithm and scientific calibration.

                  Features

                  • Built-in MCU, directly output particle mass concentration (μg/m³)
                  • Optimized lens design, the sensor can identify 0.3μm particle
                  • High accuracy, high stability, quick response
                  • Temperature compensation with the whole measurement range
                  • Auto lens dust deposition correction
                  • Compact structure, light weight and easy for installation

                  Specifications

                  • Measured particle size: 0.3μm~10μm
                  • Measurement range: 0~1000μg/m³
                  • Accuracy: ±20μg/m³ or ±20% of reading(@voltage 5.0V, 25±2°C, 50±10%RH)
                  • Response time: 8s
                  • Working conditions: -20°C~75°C, 0~95%RH(non-condensing)
                  • Power supply DC: 5V±0.2V
                  • Ripple wave :
                  • Working current: ≤30mA
                  • Signal output: UART_TTL, PWM
                • Outdoor Laser Particle Sensor PM3006S/Heater

                • Outdoor particle sensor PM3006S is a linear laser light source-based module with light scattering technology, high quality laser diode and fan to meet -30°C~70°C working temperature. It is designed to measure the quantity per unit volume of different particle size and can output particle mass concentration PM1.0, PM2.5, PM10 in μg/m3 via mathematical algorithm and scientific calibration.

                  Features

                  • Patented technology intelligent identification of dust source.
                  • Real-time output PM1.0, PM2.5, PM10 in μg/m3 at the same time.
                  • High accuracy, high sensitivity and quick response (≤8s).
                  • Better laser diode and fan with better performance, meet -30°C~70°C. working temperature, low noise. -40°C~85°C working temperature sensor is also available.
                  • Longer lifetime with laser diode MTTF>88,000 hours.
                  • Superior accuracy in mass-concentration sensing, better accuracy in low mass-concentration sensing.
                  • Signal output optional: UART, I²C.
                  • Constant current sampling.
                  • With voltage regulator design and EMC compatibility, strong antistatic ability.

                  Specifications

                  • Measurement particle: 0.3μm~10μm
                  • Measurement range: 0~30,000μg/m³
                  • Accuracy:
                    PM1.0/PM2.5: 0~50μg/m³ , ±5μg/m³ ; 50ug/m³~1000μg/m³ , ±10% of reading
                    PM10: 0~100μg/m³ , ±15μg/m³ ,101~1000μg/m³, ±15% of reading
                    (GRIMM, 25±2°C, 50 ±10%RH)
                  • Reference instrument: GRIMM
                  • Time to firstreading: ≤8s
                  • Response time: 1s
                  • Working conditions: -30°C~70°C, 0~95%RH(non-condensing); -40°C~85°C working temperature sensor is also available.
                  • Power supply DC: 5V±0.1V; ripplewave
                  • Working current: <300mA
                  • Signal output: UART_TTL/IIC (3.3V/5V)
                • Optical Particle Counter Module PM5000S/7500H-OPC

                • PM5000S optical particle counter is based on laser scattering technology, which can accurately detect and calculate the number of different size suspended particles in the air per unit volume. The built-in intelligent identification for different air/dust source that could automatically identify dust source and ambient air to give accurate measurement. It can simultaneously output the number of particles in 6 channels including 0.3μm, 0.5μm, 1.0μm, 2.5μm, 5.0μm and 10μm (PCS/L).

                  Features

                  • Intelligent identification for different air/dust source that could automatically identify dust source and ambient air to give accurate measurement.
                  • It can output 0.3μm, 0.5μm, 1.0μm, 2.5μm, 5.0μm, 10μm 6 channel particle number at the same time.
                  • Concave spotlight design.
                  • Better laser diode and fan with better performance, meet -30°C~70°C.
                  • working temperature. -40°C~85°C working temperature sensor is also available.
                  • High sensitivity and quick response (≤8s).

                  Specifications

                  • Measurement particle: 0.3μm, 0.5μm, 1.0μm, 2.5μm, 5.0μm,10μm
                  • Measurement range: 0~10,000,000 pcs/L(1pcs/L=28.3pcs/cf)
                  • Accuracy: ≤100pcs/L: ±30pcs/L; >100pcs/L: ±30% of reading” (Condition: 0°C-40°C,50±10%RH, Reference instrument: TSI9306)
                  • Resolution: 1 pcs/L
                  • Response time: 1s
                  • Working conditions: -30°C~70°C, 0~95%RH(non-condensing)
                  • Power supply DC: 5V±0.1V, ripple wave
                  • Working current:
                  • Signal output: UART_TTL/I²C(3.3V/5V), RS485, 4-20mA can be customized

              • Medical and Healthcare

                  • Innovative Ultrasonic 5-in-1 Oxygen and Flow Sensor Gasboard-8500FS Series

                        • Gasboard-8500FS Series

                        • Gasboard-8500FS-X200 is Cubic's ultrasonic technology 5-in-1 combined sensor solution to measure flow rate, oxygen concentration, temperature, pressure and humidity. It is suitable in binary gases for medical ventilators to support the global pandemic situation due to Corona virus outbreak. The measured flow rate range of Gasboard-8500FS-X200 can be up to 240L/min. Benefit from ultrasonic technology and principle of TOF (time of flight) measurement, Gasboard-8500FS-X200 has excellent performances with advantanges of high accuracy, fast response, no drift, no need for routine calibration and maintenance-free, etc.. Gasboard-8500FS-X200 can be widely used in high-flow nasal cannula oxygen therapy ventilation, positive airway pressure ventilation, anesthetic ventilator and other medical equipments related to breath.

                          Features

                          • Ultrasonic measurement technology, for both oxygen concentration and flow rate up to 240L
                          • Based on principle of TOF (time of flight) measurement, continuous monitoring, no drift, no need routine calibration, maintenance-free
                          • Excellent stability, high accuracy, fast response
                          • Full scale matrix temperature and humidity compensation
                          • No-consuming parts, long Lifespan
                          • Small size, flexible installation
                          • High performance-cost-ratio
                    • Key Medical Applications

                    • With more than 18 years’ application experience, Cubic could offer medical gas sensor products covering: ultrasonic oxygen sensors, ultrasonic oxygen and flow sensors (candidate alternatives for traditional zirconia oxygen sensor), NDIR medical EtCO₂ sensors, DLCO gas sensors and lung function measuring equipments. All these medical gas sensors are widely used in a variety of ventilators, oxygen concentrators, oxygen generators and anesthesia machines, playing important roles in PACU, ICU, EMS, pre-hospital rescue, PAP therapy, HFNC therapy etc.
                        • Oxygen and Flow Sensors

                            • Ultrasonic Oxygen Sensor Gasboard-8500FS-L40

                            • Gasboard-8500FS-L40 is ultrasonic oxygen sensor and can measure flow rate, concentration, temperature, humidity in binary gases. The oxygen flow rate range is 0 to 40L/min. By adopting ultrasonic detecting technology and principle of TOF (time of flight) measurement, Gasboard-8500FS-L40 sensor has remarkable performances: high accuracy, fast response, continuous monitoring, no drift, no need routine calibration, maintenance-free, etc. Gasboard-8500FS-L40 sensor is very suitable for neonatal anesthesia machine and other medical equipment.

                              Features

                              • Ultrasonic measurement technology, for both oxygen concentration and flow rate  up to 40L
                              • Based on principle of TOF (time of flight) measurement, continuous monitoring, no drift, no need routine calibration, maintenance-free.
                              • Excellent stability, high accuracy, fast response
                              • Full scale matrix temperature and humidity compensation
                              • No-consuming parts, long Lifespan
                              • Small size, flexible installation
                              • High performance-cost-ratio

                              Specifications

                              • Detect Principle: Ultrasonic Technology
                              • Detection Range: O2 Concentration: 0%~100%;O2 Flow Rate: 0-40L/min
                              • Detection Accuracy: O2 Concentration: ±3%FS @(5~45)°C;O2 Flow Rate:0.25-3L/min: ±0.1L/min; 3-40L/min: ±3% @(5~45)°C
                              • Response Time:O2 Concentration: <1.5S;O2 Flow Rate: <0.3S
                              • Communication Interface: UART_TTL (3.3V)/Analog output
                              • Work Condition: 5~45°C ; 0~95%RH(Non-condensing)
                              • Work Voltage DC 4.75-12V, Ripple Wave ≤50mV
                              • Work Current: Average Current ≤35mA
                              • Life Span: ≥5 Yeas
                            • Ultrasonic Oxygen Sensor Gasboard-8500V Series

                            • Gasboard-8500V series ultrasonic oxygen sensors are an economical gas sensors used to detect oxygen concentration in binary gases. By adopting ultrasonic detecting technology and principle of TOF (time of flight) measurement, these sensors are very stable, high accuracy, maintenance-free, no drift, no need routine calibration and no-consuming parts, can continuous monitor with long life span. Gasboard 8500V series sensors are small size and easy to be integrated to medical ventilator and other equipment.

                              Features

                              • Ultrasonic measurement technology adopted to oxygen concentration measurement.
                              • Based on principle of TOF (time of flight) measurement, continuous monitoring, no drift, no need routine calibration, maintenance-free.
                              • No-consuming parts, long life span.
                              • Full temperature range compensation.
                              • Excellent stability, high accuracy, fast response.
                              • Easy to be integrated to medical ventilator, small size.
                              • High performance-cost-ratio.

                              Specifications

                              • Detect Principle: Ultrasonic Technology
                              • Detection Range O2 Concentration: 0~100%①
                              • Resolution O2 Concentration: 0.1%
                              • Response Time: ≤5s (T90)
                              • Work Condition: 0~50°C;0~99%RH below(Non-condensing)
                              • Work Voltage: DC 4.75-12.6V, Ripple Wave≤50mV
                              • Average Work Current: ≤40mA
                              • Communication Interface: UART_TTL(3.3V)
                              • Life Span: ≥5 Years

                            • Ultrasonic Oxygen Sensor Gasboard-7500H Series

                            • Gasboard-7500H series are a type of ultrasonic oxygen gas sensors, which can realize accurate and stable measurements for oxygen concentration and flow rate. Gasboard-7500H series provide a new, economical, durable option for system designers who is seeking for medical oxygen sensor for PSA oxygen generator, medical ventilator, respiratory device, anesthetic machine and vaporizer. By adopting ultrasonic detecting technology and principle of TOF (time of flight) measurement , Gasboard-7500H series have great performances: excellent stability, high accuracy, fast response, continuous monitoring, no drift, no need routine calibration, maintenance-free, etc.

                              Features

                              • Ultrasonic measurement technology, for both oxygen concentration and flow rate
                              • Based on principle of TOF (time of flight) measurement, continuous monitoring, no drift, no need routine calibration, maintenance-free.
                              • Excellent stability, high accuracy, fast response
                              • Full scale matrix temperature compensation(humidity is also available)
                              • No-consuming parts, long Lifespan
                              • Small size, flexible installation
                              • High performance-cost-ratio
                              • Support serial port and analog output accurate measurements
                              • Enhanced EMC performance
                              • RoHS, REACH, CMC, CE certificated

                              Specifications

                              • Detect Principle: Ultrasonic Technology
                              • Detection Range: O2 Concentration: 20.5%-95.6%;O2 Flow Rate:0~10L/min
                              • Detection Accuracy: O2 Concentration: ±1.5%FS@ (5~45)°C; O2 Flow Rate: ±0.2L/min@ (5~45)°C
                              • Resolution: O2 Concentration: 0.1%;O2 Flow Rate: 0.1L/min
                              • Response Time: O2 Concentration: <1.5S;O2 Flow Rate<0.3S
                              • Work Condition: -5~50°C;0~95%RH(Non-condensing)
                              • Work Voltage: DC 4.75-12.6V, Ripple Wave
                              • Average Work Current:
                              • Communication Interface: UART_TTL (3.3V)
                              • Life Span: ≥5 Years

                            • Medical Mainstream EtCO2 Sensor Module CM2200

                            • It is designed by the principle of infrared absorption spectroscopy for the determination of the concentration of carbon dioxide at the end of an exhaled breath, medical mainstream EtCO2 sensor module CM2200 is widely used in monitoring the respiratory end tidal CO2 concentration and respiration rate.
                              It can be easily integrated to the monitors or anesthesia machines with an 8-pin socket and the preparation of the corresponding display/control software.

                              Features

                              • Fast response, long-lasting life, high accuracy due to NDIR Sensor
                              • EMI system can be against the interference of electromagnetic
                              • Compatible with Respironics CapnoStat5 or CPT Protocols. TTL and R232 can be optional
                              • Clinical waveform recognition ability is stronger
                              • Low power consumption and small size

                              Specifications

                              • Measurement range:
                                CO2 Measurement Range: A: 0~49mmHg, resolution is 0.1mmHg; B: 50~150mmHg, resolution is 0.2mmHg
                              • CO2 Accuracy: 0-40mmHg: ±2mmHg; 41-70mmHg:±5% of reading ; 71-100mmHg:±8% of reading; 100-150mmHg:±10% of reading
                              • Data interface: Highly configurable serial digital interface (TTL/RS232 Level)
                              • Response time: Detector: 28ms, System:200ms
                              • Respiration rate range: 2~150BPM
                              • Respiration rate accuracy ±1 breath
                              • Data interface: TTL or RS232

                            • NDIR Gas Sensor For Diffusing Capacity for Carbon Monoxide(DLCO) Gasboard-2050

                            • DLCO gas sensor Gasboard-2050 can realize online measurement of CH4 and CO for DLCO based on non-dispersive infrared (NDIR) technology. DLCO is a test that measures the gas exchange capacity between the alveoli and the blood and is used to identify interstitial lung diseases and evaluate the effect of chemotherapy. Surgeons use DLCO to evaluate whether the patient can tolerate pneumonectomy and lung volume reduction surgery. DLCO gas sensor has essential importance during the DLCO test. Cubic DLCO gas sensor Gasboard-2050 has mechanical chopped IR source for fast response times. With temperature and pressure compensated, Gasboard-2050 is high accuracy and excellent stability. Gasboard-2050 is a modular approach of easy assembling with good availability and a high-volume through-put manufacturing.

                              Features

                              • Nondispersive infrared sensor for online measurement of CH4 and CO
                              • Mechanical chopped IR source
                              • Fast response times(T10-T90:
                              • Excellent stability, high accuracy(±1% FS)
                              • Temperature and pressure compensated
                              • Wider working condition
                              • High performance-cost-ratio

                              Specifications

                              • Detect Principle: NDIR
                              • Detect Gas: CO and CH4
                              • Detection Range (vol): 0-3500ppm
                              • Detection Accuracy : ±1% FS
                              • Response Time(T10-T90):
                              • Working temperature: 0~45°C
                              • Relatively Humidity: 0~90%RH (No Condensation)
                              • Working Pressure: 750mBar~1150mBar
                              • Power Supply: ±12V DC
                              • Maximum Power: ≈ 13W
                              • Communication Interface: UART_TTL

                            • Ultrasonic Spirometer Gasboard 7020 (Hospital Type)

                            • Handheld Pulmonary Function Spirometer Gasboard-7020 adopts ultrasonic gas flow sensor to measure body’s respiratory and inspiratory function. It can convert the patient breathing signal into electrical signal which is sent to corresponding signal processing circuit, to display real-time respiratory flow curve and then to calculate a variety of physiological and spirometric parameters. It can be used to monitor static vital capacity, forced vital capacity and maximum voluntary ventilation rate. And the matched software can automatically do BTPS correction and evaluate the pulmonary function.

                              Features

                              • Ultrasonic gas flow sensor adopted
                              • No maintenance, long lifespan
                              • Multiple parameters measurement available
                              • Real-time curve display, patient information management, printable, etc.
                              • Dedicated disposable mouthpiece, suitable for children and adults

                              Specifications

                              • Items Ranges Max error:
                                VC (Vital Capacity) (0.5-8)L ±3% or ±0.050L whichever is larger;
                                FVC(Forced Vital Capacity) (0.5-8)L ±3% or ±0.050L whichever is larger;
                                MVV(Maximum Ventilatory Volume) 250L/min ±3% or ±4.5L/min whichever is larger
                              • Relative Humidity: ≤80% RH (non-condensing)
                              • Atmosphere pressure: 80kPa-106kPa
                              • Ambient temperature: 5°C-40°C
                              • Power supply DC: 4.75V-5.25V (supplied via USB port)

                            • TDLAS O2 Sensor Gasboard-2501

                            • Gasboard-2501 oxygen sensor can give accurate oxygen concentration in real time.By adopting TDLAS (Tunable Diode Laser Absorption Spectroscopy) technology, Gasboard-2501 oxygen sensor provides unparallel reliability with fast response feature for oxygen measurements. Gasboard-2501 oxygen sensor could reach measurement range of 0%~100% level with resolutions up to 0.01% to realize high accuracy and excellent repeatability. An auxiliary carbon dioxide sensor can also be incorporated into the O2 measurement bench for CO2 measurement. It is also compatible for other gas measurements by changing the light sources. Gasboard-2501 oxygen sensor can be widely applied for anethesia, medical oxygen monitoring, cardio fitness test, etc.

                              Features

                              • TDLAS technology to give accurate oxygen concentration with 0.01% resolution
                              • High selectivity: narrowband tunable laser emission targeting oxygen absorption band
                              • Senstive and fast response(<170ms)
                              • Automatic temperature and pressure compensation
                              • No consumption and maintenance required
                              • High compatibility: compatible for CO2 sensor and other gas measurements
                              • Long lifetime > 100,000 hrs
                              • RS232 digital interface for easy integration and control, RS485 can be customized

                              Specifications

                              • Gas flow: Up to 350 ml/min
                              • Measure range: O2 2%~100% CO2 0%~10%(optional)
                              • Resolution: 0.01%
                              • Signal output: RS232;RS485
                              • Response time: 170ms±15ms @ 150ml / min(10-90%)
                              • Sensor lifetime: Operating laser diode median lifetime > 100,000 hrs

                          • Other Applications

                              • Automotive

                                  • Automotive Air Quality Sensor

                                      • Automotive Particulate Matter Sensor APMS-3302

                                      • Automotive particulate matter sensor APMS-3302 is a laser particle sensor module for automotive application, which can measure PM2.5 concentration accurately and output in unit of μg/m directly via mathematical algorithm and scientific calibration.

                                        Features

                                        • Long lifetime, more than 100,000 hours
                                        • High-temperature laser module with constant power output, working temperature can reach 85°C
                                        • Multi-channel output, not only PM2.5 but also PM1.0 and PM10 concentration simutaneously
                                        • Iintelligent identification of different dust sources
                                        • Accurate, stable and reliable measurement in various practical and complex road conditions

                                        Specifications

                                        • Operating principle: Laser scattering
                                        • Measured particle size: 0.3μm~10μm
                                        • Measurement range: 0~1000μg/m³
                                        • Resolution: 1μg/m³
                                        • Maximum consistency: ≤35μg/m³ , ±5μg/m³; >35μg/m³ , ±15% of reading
                                        • Response time: ≤1s
                                        • Digital output: LIN
                                        • IP rating: IP5K4
                                        • Design lifetime: 10 years or 240,000 km
                                        • Working conditions: -40°C~75°C, 5~95%RH(non-condensing)
                                        • Working current: ≤50mA

                                      • Automotive CO2 Sensor ACDS-1000

                                      • ACDS-1000 is a non-dispersive infrared (NDIR) CO2 sensor, The double-channel diffusion sampling method is adopted to realize the automatic new risk control system of CO2 refrigerant of hvac, which can provide fresh air in the cabin at any time and aid drivers alertness.

                                        Features

                                        • NDIR technology with independent intellectual property;
                                        • Automatic matrix whole measurement and whole temperature range calibration, higher accuracy and stability;
                                        • Auto-calibration mechanism;
                                        • Comply with ISO16750 vehicle standard;
                                        • Low power consumption, small size;
                                        • Subject to commercial consideration customization of firmware, connector and enclosure is possible.

                                        Specifications

                                        • Operating principle: Non-dispersive infrared (NDIR)
                                        • Measurement range: 0~5000ppm(The range can be extended to 40,000ppm)
                                        • Resolution: 1ppm
                                        • Accuracy:
                                          ≤750ppm,±75ppm;
                                          >750ppm,±10% reading
                                        • Response time: ≤1s
                                        • Digital output: LIN
                                        • Design Lifetime: >10years
                                        • Working conditions: -40~+80°C,0-95%RH (non-condensing)s
                                        • Working current: ≤200mA
                                      • Integrated Air Quality Sensor AIS-8100

                                      • AIS-8100 sensor is an integrated air quality sensor for vehicle air quality monitoring. By integrated PM sensing based on laser scattering technology and CO2 sensing based on advanced NDIR technology, AIS-8100 sensor can output accurate and fast PM2.5 and CO2 concentration measurement via CAN communication. It helps to give a real time vehicle in-cabin air quality monitoring, and provides a health and comfortable in-cabin environment for both drivers and passengers.

                                        Features

                                        • PM2.5 and CO2 simutaneous output
                                        • Laser scattering technology adopted, the smallest size of available measurement: 0.3μm
                                        • Real-time PM2.5 output in μg/m3
                                        • NDIR technology adopted for high accuracy CO2 concentration measurement
                                        • Beneficial from built-in fan, CO2 level measurement is in faster response
                                        • Auto-calibration for CO2 sensing
                                        • High-temperature laser module , resistant up to 85°C
                                        • Long lifetime laser
                                        • Vehicle-level (AEC-Q compliance) circuit design can be suitable to the harsh vehicle environment
                                        • CAN real-time communication

                                        Specifications

                                        • Operating principle: PM: Laser light scattering; CO2: NDIR
                                        • Measured paride range: 0.3μm ~ 2.5μm
                                        • Measurement range: PM2.5: 5~500μg/m³; CO2: 400-5000ppm
                                        • Resolution: PM2.5: 1μg/m³; CO2:1ppm
                                        • PM2.5 accuracy: ±5μg/m³ or ±10% of reading
                                        • CO2 accuracy: ±5% of reading
                                        • Data refresh time: ≤1s
                                        • Digital output: CAN
                                        • IP rating: IP54
                                        • Working condition: -40~+70°C .5-95%RH (non-condensing)
                                        • Working current: ≤150mA

                                      • Battery Thermal Runaway Monitoring Gas Sensor
                                        ATRS-1000 Series

                                      • ATRS-1000 series sensors can effectively monitor a variety of combustible gases (CO, etc.) released before the thermal runaway trigger of lithium-ion batteries, and provide effective reference signals for new energy battery management system (BMS), so as to formulate safer early warning strategies. Cubic has mastered a variety of gas sensing and detection technologies. Cubic innovatively combines non-dispersive infrared (NDIR) spectroscopy and MEMS metal oxide semiconductor technology (MOX), an integrated sensor solution integrating a variety of core sensor technologies is introduced, which can effectively and accurately measure combustible gas.

                                        Features

                                        • Adopting non-dispersive infrared (NDIR) spectroscopy technology with independent intellectual property rights. The accuracy for CO2 can reach ± (50ppm + 3% reading) in the range of 0-5000ppm, response time T90 < 25s, no gas cross interference, service life up to 15 years.
                                        • Fully self-developed MEMS metal oxide semiconductor (MOX) technology is utilized. Can measure CO effectively and realize complete self-control from micro hot disk, sensor slurry to chip packaging.
                                        • Taking advantage of constant temperature design, the measurement is not affected by environmental moisture change.
                                        • Vehicle-level circuit design, can be suitable to the harsh vehicle environment.
                                        • Digital signal and analog signal output are optional.
                                        • The size is small and exquisite, the appearance can be customized.

                                        Specifications

                                        • Detecting Principle:
                                          CO2: Non-dispersive infrared spectroscopy technology (Dual Beam NDIR)
                                          CO: Metal oxide semiconductor technology(MOX)
                                          Pressure: MEMS
                                          Temperature: NTC
                                        • Measurement Range:
                                          CO2: 0ppm-5000ppm
                                          CO: 1-1000ppm
                                          Pressure: 40kPa~180kPa
                                          Temperature: -20 ~ 120°C
                                        • Date Refresh: ≤1s
                                        • Communication Port: CAN (LIN/UART/Analog Voltage optional)
                                        • Working Condition: -40°C~+85°C, 0~99%RH(Non-condensing)
                                        • Working Pressure: 40kPa~180kPa
                                      • Automotive Air Quality Monitoring Sensor AQM-1020

                                      • Automotive air quality sensor AQM-1020 is an automotive-grade air quality sensor based on the MOX principle and MEMS manufacturing process. It detects the redox gas in the environment to determine the air quality level of the air-conditioning inlet and through ECU to automatically control the air inlet valve of the air conditioner to maintain the freshness of the air in the car.

                                        Features

                                        • MEMS chip Metal Oxide Semiconductor Technology
                                        • In-house MEMS Chip and Nano Material Design and Manufacturing
                                        • Multi-gas simultaneous monitoring of CO, NO2, NH3 (optional), VOC (optional)
                                        • Vehicle-level (AEC-Q compliance) circuit design can be suitable to the harsh vehicle environment

                                        Specifications

                                        • Operating principle: Metal oxide semiconductor
                                        • Measurement range: CO/HC and NOx (Extensible detection NH3 or SO2 gas, need to be customized)
                                        • Air velocity range: ≤10 m/s
                                        • Digital output: LIN/PWM
                                        • IP rating: IP6K7
                                        • Working temperature: -40~+85°C:-40~+85°C,5-95%RH (non-condensing)
                                        • Working Current: ≤40mA

                                    • O2/NOx/Soot Sensor

                                        • Diesel Particulate Filter Soot Sensor

                                        • The Soot sensor is installed downstream of the diesel particulate filter (DPF), which can ensure reliable monitoring of the diesel particulate filter, it helps to reduce particulate emissions by 99%, and purify the exhaust gas to meet the emission standards.

                                          Features

                                          • Covering multiple series of car models
                                          • System expertise covers diagnostic functions and sensors
                                          • Meet the requirements of stable sensor signals, high accuracy and long service life under various atmosphere environments during vehicle driving

                                          Specifications

                                          • Measurement range: 0
                                          • Accuracy:
                                            +/- 1,5mg / m³(rang +/- 15% (rang>10mg / m³)
                                          • Max. gas temperature: Regeneration up to 850°continuously,
                                            peak temperature: up to 950°C for 5 x 60 sec,
                                            during sensor operation
                                          • Exhaust pressure: ≤2.5bar
                                          • Response time: t[10-90]
                                          • Light-off time:

                                        • NOx Sensor

                                        • The NOx sensor used for catalyst management in vehicles with gasoline or diesel engines. The NOx sensor consists of a ceramic sensor element and an electronic control unit (ECU).
                                          The NOx sensor measures the NOx concentration, air/fuel ratio (A/F ratio) and equilibrium oxygen partial pressure in the exhaust gas of combustion engines (gasoline and diesel)

                                          Features

                                          • Independent R&D and production of chips
                                          • Covering multiple series of car models
                                          • Meet the requirements of stable sensor signals, high accuracy and long service life under various atmosphere environments during vehicle driving

                                          Specifications

                                          • Measurement range: 0-1500ppm
                                          • Accuracy:
                                            ≥100 ppm:±10[%]
                                          • Exhaust Gas Temperature: ≤800°C
                                          • Exhaust Pressure: ≤2.5bar
                                          • Power Supply: 16~36V
                                          • Typical Supply Current: 600mA
                                          • Maximum Heating Current: 20A
                                          • Concentration:
                                            NOx: 0-1500ppm;
                                            Oxygen: 0~21%;
                                          • Response Time T33−66%:
                                            NOx: 1200ms;
                                            Oxygen: 1000ms;
                                          • Light-off Time:
                                            Nox < 100 s (fresh) ;
                                            O2 < 80s;

                                        • Wide Band Oxygen Sensor-LSU4.2

                                        • The wide band oxygen sensor LSU is a planar ZrO2 dual cell limiting current sensor with an integrated heater. It is used to measure the oxygen content and the λ-value of exhaust gases in automotive engines (gasoline and diesel). Its monotonic output signal in the range of λ=0.65 to air makes the LSU capable of being used as an universal sensor for λ=1 measurement as well as for other λ ranges.

                                          Features

                                          • Short light-off time
                                          • Low heating power
                                          • Less dependent on exhaust temperature (conducive to the stability in different operating situations)
                                          • Double protection on the top of tube to confront impact
                                          • Good aging resistance
                                          • Anti-coating and anti-poisoning
                                          • Compact structure (high anti-vibration level)
                                          • Longer duration
                                          • Independent R&D and production for ceramic/zirconia oxide ZrO2 chips
                                          • Covering multiple series of car models.
                                          • Strong ODM/OEM capacity, cover multiple series of car models

                                          Specifications

                                          • Heater resistance: 3.2±0.5Ω
                                          • Operating voltage: 9V
                                          • Heater power steady state: 10 W
                                          • Measurement range: λ=0.65-∞
                                          • Oxygen concentration: 0-21%
                                          • Accuracy:
                                            when λ=0.8, 0.8±0.03;
                                            when λ=1, 1.016±0.007;
                                            when λ=1.7, 1.7±0.05;
                                          • Operating temperature / Exhaust gas temperature: 150~930°C
                                          • Light-off time:

                                        • Wide Band Oxygen Sensor-LSU4.9

                                        • The wide band oxygen sensor LSU is a planar ZrO2 dual cell limiting current sensor with an integrated heater. It is used to measure the oxygen content and the λ-value of exhaust gases in automotive engines (gasoline and diesel). Its monotonic output signal in the range of λ=0.65 to air makes the LSU capable of being used as an universal sensor for λ=1 measurement as well as for other λ ranges.

                                          Features

                                          • Short light-off time
                                          • Low heating power
                                          • Less dependent on exhaust temperature (conducive to the stability in different operating situations)
                                          • Double protection on the top of tube to confront impact
                                          • Good aging resistance
                                          • Anti-coating and anti-poisoning
                                          • Compact structure (high vibratory level)
                                          • Longer duration
                                          • Independent R&D and production of chips
                                          • Covering multiple series of car models.
                                          • Strong ODM/OEM capacity, cover multiple series of car models

                                          Specifications

                                          • Heater resistance: 3.2±0.5Ω
                                          • Operating voltage: 7.5V
                                          • Heater power steady state: 9 W
                                          • Measurement range: λ=0.65-∞
                                          • Oxygen concentration 0-21%
                                            Accuracy:
                                            when λ=0.8, 0.8±0.03;
                                            when λ=1, 1.016±0.007;
                                            when λ=1.7, 1.7±0.05;
                                          • Operating temperature / Exhaust gas temperature: 150~930°C
                                          • Light-off time:

                                        • Switch Type Oxygen Sensor-LSF

                                        • Cubic switch type oxygen sensor ST is also called as four-wire oxygen sensor, it is a planar 2-state λ=1 sensor of ZrO2 (Nernst-principle) with an integrated heater. The sensor contains 4 wires, in which two wires are for heaters, the other two wires are for transmitting voltage signals.

                                          Features

                                          • Independent R&D and production of chips
                                          • Short light-off time
                                          • Low heating power
                                          • Less dependent on exhaust temperature (conducive to the stability in different operating situations)
                                          • Double protection on the top of tube to confront impact
                                          • Good aging resistance
                                          • Anti-coating and anti-poisoning
                                          • Compact structure (high anti-vibration level)
                                          • Longer duration
                                          • Independent R&D and production for ceramic/zirconia oxide ZrO2 chips
                                          • Covering multiple series of car models.
                                          • Strong ODM/OEM capacity, cover multiple series of car models

                                          Specifications

                                          • Heater resistance: 9±1.5Ω
                                          • Operating voltage: 12V
                                          • Maximum heating current: 1.0A
                                          • Accuracy:
                                            λ=0.93-0.97 ( 350° ): 800±55mv;
                                            λ=1.05-1.10 ( 350° ): 50±30mv;
                                          • Response time:
                                            600mV-300mV: 300mv-600mv:
                                          • Operating temperature / Exhaust gas temperature: 150~930°C
                                          • Light-off time:

                                      • Li-battery Thermal Runaway Sensor

                                          • Automotive Li-battery Thermal Runaway Sensor ATRS-1010

                                          • The ATRS-1010 sensors are capable of efficiently overseeing the release of CO2, CO/HC/H2, temperature, and pressure that take place prior to the thermal runaway activation of lithium-ion batteries. These measurements are transmitted via CAN communication to the new energy battery management system (BMS), which facilitates the creation of precautionary measures for safer operation.

                                            This solution combines non-dispersive infrared (NDIR) spectroscopy and MEMS metal oxide semiconductor technology (MOX) to create a single sensor that integrates a variety of core sensor technologies. As a result, this sensor solution effectively and accurately measures combustible gases.

                                            Features

                                            • Non-dispersive infrared (NDIR) technology adopted for fast response and high accuracy CO2 concentration measurement.
                                            • Microelectronic Mechanical Systems adopted for fast response and high selectivity on CO/HC/H2 measurement.
                                            • Integrated automotive sensor measures both CO2, CO/HC/H2, and temperature
                                            • Key components are self-made to ensure quality and long life span
                                            • Target measurement and range customizable
                                            • CAN real time communication and vehicle-level circuit design
                                            • Effectively and accurately measurement for combustible gas
                                            • Comprehensive assessment for li-ion battery thermal runaway
                                            • Reliable early warning for EV battery leakage

                                            Specifications

                                            • Operating principle:
                                              NDIR(dual channel non-dispersive Infrared) technology
                                              MEMS (Microelectronic Mechanical Systems)
                                              Measurement target: CO2,CO/HC/H2,Temperature
                                            • Measurement range:
                                              CO:0ppm~1000ppm(Display up to 3Kppm)
                                              CO2:0ppm~10000ppm(Display up to 60Kppm)
                                              Temperature:-40℃~120℃
                                            • Accuracy:
                                              CO2:±(50ppm+5%reading)
                                              CO:±40ppm or ±30% max reading
                                              Temperature:±2℃
                                            • Working temperature: -40~+85℃,0-95%RH (non-condensing)
                                            • Storage temperature: -40~+95℃,0-95%RH (non-condensing)
                                            • Working pressure: 80kPa~120kPa

                                          • Automotive Li-battery Thermal Runaway Sensor ATRS-1020

                                          • The ATRS-1020 sensors are capable of effectively monitoring the release of CO2, CO/HC/H2, particulate matters, temperature, and pressure that occur prior to the thermal runaway activation of lithium-ion batteries. These measurements are transmitted via CAN communication to the battery management system (BMS), which enables the creation of safer early warning strategies.

                                            This solution combines non-dispersive infrared (NDIR) spectroscopy and MEMS metal oxide semiconductor technology (MOX) to create an integrated sensor that integrates various core sensor technologies. As a result, this sensor solution can effectively and accurately measure combustible gases.

                                            Features

                                            • Non-dispersive infrared (NDIR) technology adopted for fast response and high accuracy CO2 concentration measurement
                                            • Laser scattering (LSD) technology adopted for high accuracy and large PM2.5 measurement range
                                            • Microelectronic Mechanical Systems adopted for fast response and high selectivity on CO/HC/H2 measurement
                                            • Integrated automotive sensor measures both CO2, CO/HC/H2, PM 2.5 and temperature
                                            • Key components are self-made to ensure quality and long life span
                                            • CAN real time communication and vehicle-level circuit design
                                            • Target measurement and range customizable
                                            • Effectively and accurately measurement for combustible gas
                                            • Comprehensive assessment for li-ion battery thermal runaway
                                            • Reliable early warning for EV battery leakage

                                            Specifications

                                            • Operating principle:
                                              NDIR(dual channel non-dispersive Infrared) technology
                                              MEMS (Microelectronic Mechanical Systems)
                                            • Measurement target: CO2,CO/HC/H2,Temperature
                                            • Measurement range:
                                              CO:0ppm~1000ppm(Display up to 3Kppm)
                                              CO2:0ppm~10000ppm(Display up to 60Kppm)
                                              Temperature:-40℃~120℃
                                            • Resolution:
                                              CO2/CO/HC/H2:1ppm
                                              Temperature:0.1℃
                                            • Accuracy:
                                              CO2:±(50ppm+5%reading)
                                              CO:±40ppm or ±30% max reading
                                              Temperature:±2℃
                                            • Response time: T90≤15s
                                            • Working temperature: -40~+85℃,0-95%RH (non-condensing)
                                            • Storage temperature: -40~+95℃,0-95%RH (non-condensing)
                                            • Working pressure: 80kPa~120kPa
                                          • Automotive Li-battery Thermal Runaway Sensor APMS-3002

                                          • The APMS-3002 is a laser particle sensor module designed specifically for automobiles and is ideal for monitoring the internal environment of vehicles. Utilizing advanced mathematical algorithms and scientific calibration, the sensor can precisely measure the concentration of particulate matter and transmit the measurement signal to the master node through CAN communication.

                                            The APMS-3002 sensor boasts remarkable features such as accurate measurement, rapid response time, minimal cross-interference, low power consumption, and a prolonged lifespan.

                                            Features

                                            • Laser scattering (LSD) technology to achieve wide range measurement
                                            • Reliable warning for li-ion battery thermal runaway
                                            • Mature car-level circuit design no cross interference, stable perfomance
                                            • High temperature laser module, constant power output
                                            • CAN real-time communication
                                            • Key components are self-made to ensure quality and long life span
                                            • Low power consumption mode available

                                            Specifications

                                            • Operating principle: LSD(Laser Scattering) technology
                                            • Measurement target: PM2.5 (particulate matters)
                                            • Measurement range: 0~10000μg/m³
                                            • Measurement particle: size >0.3μm
                                            • Resolution: 1μg/m³
                                            • Accuracy:
                                              ≤35μg/m³ : ±5μg/m³
                                              >35μg/m³ : ±15% of reading
                                            • Working temperature: -40~+85℃,0-95%RH (non-condensing)
                                            • Response time: T90≤10s
                                            • Storage temperature: -40~+95℃,0-95%RH (non-condensing)

                                          • Battery Safety Aerosol Sensor ATRS-1031

                                          • The ATRS-1031 aerosol sensor is an infrared (LED) particle sensor module that is specifically designed for automobiles. This sensor is capable of efficiently monitoring the concentration of dust released before the thermal runaway activation of lithium-ion batteries and transmitting the measurement signal via CAN communication to the battery management system (BMS) to facilitate the creation of safer early warning strategies.

                                            This solution is noteworthy for its impressive characteristics, including fast response time, minimal cross-interference, low power consumption, prolonged lifespan, and high reliability.

                                            Features

                                            • Light scattering (LED) technology to report thermal runaway events in lithium-ion battery packs
                                            • Aerosol threshold value of 5000 µg/m³ allows early detection of thermal runaway events
                                            • Wake-up output and request input for high reliability system integration
                                            • Mature vehicle level circuit design suitable for various automotive application
                                            • Key components are self-made to ensure quality and long life span
                                            • Low power consumption mode available
                                            • CAN communication

                                            Specifications

                                            • Operating Principle: PM (Particulate Matter): Infrared Scattering
                                            • Detection Category: PM (Particulate Matter)
                                            • Measurement Range: PM:0-10000ug/m³
                                            • Resolution: PM1ug/m³
                                            • Accuracy: PM±15% of reading @5000ug/m3 (room temperature)
                                            • Data Refresh Time: ≤1s
                                            • Digital Output: CAN2.0
                                            • Design Lifetime: 10 Years
                                            • Working Condition: -40℃~+85℃;0~99%RH (non-condensing)
                                            • Storage Condition: -40℃~+95℃;0~99%RH (non-condensing)
                                            • Working Pressure: 60kPa~120kPa

                                        • Smart Metering

                                            • Residential Ultrasonic Gas Meter Module USM-G2.5M/G4M

                                            • Based on ultrasonic gas flow sensor technology, USM-G2.5M/G4M adopts patented L shape gas flow channel, the effective distance between two transducers are long, which facilitates the measurement accuracy, it's also anti-contamination that guarantees high stability . USM-G2.5M/G4M is used for assembling residential natural gas meters.

                                              Features

                                              • Patented L-shape structure based on ultrasonic technology
                                              • Stable flow field distribution;
                                              • High sensitivity and accuracy with intelligent software algorithm for Air,100% CH4 and different natural gases
                                              • Anti-contamination that ensures long-term accuracy;
                                              • Low pressure loss due to absence of obstructing objects within flow path;
                                              • No moving parts, noiseless operation, no mechanical wear;
                                              • Low power consumption;
                                              • UART/TTL interface with direct output for connection;
                                              • Small size which permits compact designs;
                                              • Mass production capacity;
                                              • Compliant to OIML R137 and EN14236 class 1.5.

                                              Specifications

                                              • Measurement range:
                                                USM-G2.5M: 0.025~4 m³/h [0.88~ 141.26 ft³/h]
                                                USM-G4M: 0.04~6 m³/h [1.41~ 211.88 ft³/h]
                                              • Accuracy: Class 1.5
                                              • Power Supply: 3~3.6VDC
                                              • Temperature Measurement: YES
                                              • Working Pressure: 0~50kPa / 0~7.25psi
                                              • Working temperature: -25°C~55°C / -77°F~131°F
                                              • Working Humidity: ≤95% RH without condensation

                                            • Residential Ultrasonic Gas Meter USM-G2.5/G4

                                            • USM Series Ultrasonic Gas Flow Meter is a type of electronic meter that adopts TOF (Time of Speed) principle to measure flow velocity of gas medium, with class 1.5 accuracy and high stability, USM-G2.5/G4 is widely applied for residential natural gas metering application.

                                              Features

                                              • Innovative ultrasonic gas flow sensor technology;
                                              • Built-in temperature compensation;
                                              • High measurement sensitivity and accuracy with intelligent software algorithm for air,100% CH4, H1 and different natural gases;
                                              • Long-term stability of accuracy;
                                              • Anti-contamination, high corrosion resistance;
                                              • Low pressure loss due to absence of obstructing objects within flow path;
                                              • No magnetic induction elements, free from magnetic field effect;
                                              • Low power consumption, long lifespan;
                                              • Low operation & maintenance cost;
                                              • Compact size, light weight, easy installation;
                                              • Compliant to OIML R137 and EN14236 class 1.5;
                                              • GPRS and NB-IoT solutions are optional.

                                              Specifications

                                              • Measurement range:
                                                USM-G2.5: 0.025~4 m³/h [0.88~ 141.26 ft³/h]
                                                USM-G4: 0.04~6 m³/h [1.41~ 211.88 ft³/h]
                                              • Accuracy: Class 1.5
                                              • Working Pressure: 0~50kPa / 0~7.25psi
                                              • Working temperature: -20°C~55°C / -68℉~131℉
                                              • Protection Class:
                                                Aluminum case: IP54
                                                Steel case: IP65

                                            • Commercial Ultrasonic Gas Meter USM-G6/G10/G16

                                            • USM Series Ultrasonic Gas Flow Meter is a type of electronic meter that adopts TOF (Time of Speed) principle to measure flow velocity of gas medium, with class 1.5 accuracy and high stability, USM-G6/G10/G16 is widely applied for commercial natural gas metering application.

                                              Features

                                              • Innovative ultrasonic gas flow sensor technology;
                                              • Built-in temperature and pressure compensation;
                                              • High measurement sensitivity and accuracy with intelligent software algorithm for air,100% CH4, H1 and different natural gases;
                                              • Long-term stability of accuracy;
                                              • Anti-contamination, high corrosion resistance;
                                              • Low pressure loss due to absence of obstructing objects within flow path;
                                              • No magnetic induction elements, free from magnetic field effect;
                                              • Low power consumption, long lifespan;
                                              • Low operation & maintenance cost;
                                              • Compact size, light weight, easy installation;
                                              • Compliant to OIML R137 and EN14236 class 1.5;
                                              • GPRS and NB-IoT solutions are optional.

                                              Specifications

                                              • Measurement range:
                                                USM-G6: 0.06~10 m³/h [2.12~353.14ft³/h]
                                                USM-G10: 0.1~16 m³/h [3.53~565.02 ft³/h]
                                                USM-G16: 0.16~25 m³/h [5.65~882.85 ft³/h]
                                              • Accuracy : Class 1.5
                                              • Working Pressure: 0~50kPa / 0~7.25psi
                                              • Working temperature: -20°C~55°C / -68℉~131℉
                                              • Protection Class: IP65

                                            • Commercial Ultrasonic Gas Meter USM-G25/G40/G65

                                            • USM Series Ultrasonic Gas Flow Meter is a type of electronic meter that adopts TOF (Time of Speed) principle to measure flow velocity of gas medium, with class 1.5 accuracy and high stability, USM-G25/G40/G65 is widely applied for commercial natural gas metering application.

                                              Features:
                                              • Innovative ultrasonic gas flow sensor technology;
                                              • Built-in temperature and pressure compensation;
                                              • High measurement sensitivity and accuracy with intelligent software algorithm for air,100% CH4, H1 and different natural gases;
                                              • Long-term stability of accuracy;
                                              • Anti-contamination, high corrosion resistance;
                                              • Low pressure loss due to absence of obstructing objects within flow path;
                                              • No magnetic induction elements, free from magnetic field effect;
                                              • Low power consumption, long lifespan;
                                              • Low operation & maintenance cost;
                                              • Compact size, light weight, easy installation;
                                              • Compliant to OIML R137 and EN14236 class 1.5;
                                              • GPRS and NB-IoT solutions are optional.

                                              Specifications

                                              • Measurement range:
                                                USM-G25: 0.25~40 m³/h [8.83~1412.6 ft³/h]
                                                USM-G40: 0.4~65 m³/h [14.13~2295.41 ft³/h]
                                                USM-G65: 0.65~100 m³/h [22.95~3531.4 ft³/h]
                                              • Accuracy: Class 1.5
                                              • Working temperature: -20°C~55°C / -68℉~131℉
                                              • Protection Class: IP65

                                          • Smart Gas Meter Applications

                                              • AMI smart gas meter solutions

                                              • Advanced Metering Infrastructure (AMI) solution is an integrated system of smart meters, communications networks, and data management systems that enables two-way communication between utilities and customers. More and more Governments agencies and utilities are turning toward advanced metering infrastructure (AMI) systems as part of larger "smart grid" initiatives. Cubic has provided a wide range of remote communication gas meter solutions based on comprehensive technologies integration.
                                              • AMR smart gas meter solutions

                                              • Automatic Meter Reading (AMR) is the technology of automatically collecting consumption, diagnostic, and status data from gas meter or energy metering devices (gas, electric) and transferring that data to a central database for billing, troubleshooting, and analyzing. This technology solution mainly saves utility providers the expense of periodic trips to each physical location to read a meter. Cubic's comprehensive gas service solutions could be equipped with -diverse functions of the AMR technology.
                                              • IC card prepayment gas meter solutions

                                              • Based on advanced IC card technologies, the gas operation mode "pay before using gas" becomes maturely possible. The smart operation mode involves IC card smart gas meters and the supporting charging management system.To acclimate the trend of IC card intelligent gas meter, Cubic has already had complete solutions of IC card intelligent gas meter control and to realize gas prepayment operation mode through connecting to comprehensive Gas Management Platform.
                                            • Industry Safety

                                                • A2L Refrigerant Gas Sensor-AM4205 Series

                                                • Cubic refrigerant gas sensors and solutions mainly target the A2L mixtures,e.g. R32, R1234yf gas or that of a pure hydrocarbon in the blend, and calculates the air volume concentration of the refrigerant gas and relates it to the avoidance thresholds by levels of LFL (Lower Flammability Limit) or LEL (Lower Explosion Limits). It is based on NDIR (Non-Dispersive Infrared) technology with high accuracy and longer lifespan. This sensor has been developed with standard gas and is efficiently calibrated in the factory by Cubic own gas sensor calibration technology. The sensing solutions can output an alert or directly participate in mitigation or shut-down procedures.

                                                  Features

                                                  • Dual Beam NDIR Technology
                                                  • High Resolution
                                                  • Up to 0~100% LFL Range
                                                  • Digital output of gas concentration
                                                  • Factory calibrated
                                                  • Internal temperature sensor
                                                  • Built-in heater to avoid condensation and frost
                                                  • Fast response, long lifetime
                                                  • Faults Diagnostics & Error Generation
                                                  • OEM/ODM sensor detector is available

                                                  Specifications

                                                  • Principle: NDIR
                                                  • Measurement range: 0~50%LFL
                                                  • Resolution: 1%LFL
                                                  • Accuracy: ±3.75%LFL
                                                  • Response Time: <30s
                                                  • Output: UART /0.8~4V(Default) PWM(Customized)
                                                  • Working Environment: -30~60°C;0~95%RH(non-condensing)
                                                  • Power Voltage: 5±0.1V DC
                                                  • Average Current: ≤150mA
                                                  • Peak Current: <300mA
                                                  • IP Grade: IP54

                                                • Industrial Grade NDIR CH4 Sensor-SJH

                                                • The miniature NDIR CH4 sensor SJH is based on NDIR technology that is superior to thermal catalysis and heat conduction technology, and can detect 0 to 100% methane (CH4) concentration. It has the advantages of convenient operation, accurate measurement, reliable operation, simultaneous output of voltage and serial port, and dual beam design. To meet the different requirements of industrial field and laboratory measurement, it is widely used in gas detection and analysis in petrochemical, chemical, coal, medical, laboratory and other fields.

                                                  Features

                                                  • NDIR technology, with long life and full measurement range
                                                  • Meet the explosion-proof grade Ex iaIIC T4 Ga
                                                  • Internal full range temperature compensation
                                                  • Diffusion sampling, stable performance
                                                  • High precision, high resolution 0.01%
                                                  • Small size and fast response
                                                  • Antiseptic
                                                  • Easy to install and reduce maintenance
                                                  • Compatible with digital and analog voltage signal output

                                                  Specifications

                                                  • Measurement range: 0-5% vol, 0-100% vol
                                                  • Measurement method: NDIR
                                                  • Accuracy: 0~1%: ≤±0.1%vol;
                                                    1~5%: ≤±(0.05%+5% of reading);
                                                    5%~full range: ≤±10% of reading
                                                  • Response time: T90<25s at 20°C
                                                  • Working voltage: 3.3-6.0V
                                                  • Working current: 55-60mA
                                                  • Output voltage: 0.4-2V/TTL
                                                  • Digital signal format: RS 232 data bit:8 ;stop bit:1; check bit: null
                                                  • Baudrate: 9600 bps
                                                  • Working temperature: -40°C to 70°C
                                                  • Life span: ≥ 10 years
                                                  • Ex-proof Level: Ex ia IIC T4 Ga

                                                • Industrial Grade NDIR C3H8 Sensor-SBH

                                                • The miniature NDIR C3H8 sensor SBH detects 0-75% of the propane (C3H8) concentration based on NDIR technology, which is superior to thermal catalysis and heat conduction technology.
                                                  It has the advantages of convenient operation, accurate measurement, reliable operation, simultaneous output of voltage and serial port, and dual beam design. To meet the different requirements of industrial field and laboratory measurement, it is widely used in gas detection and analysis in petrochemical, chemical, coal, medical, laboratory and other fields.

                                                  Features

                                                  • NDIR technology, with long life and full measurement range
                                                  • Meet the explosion-proof grade Ex iaIIC T4 Ga
                                                  • Internal full range temperature compensation
                                                  • Diffusion sampling, stable performance
                                                  • High precision, high resolution 0.01%
                                                  • Small size and fast response
                                                  • Antiseptic
                                                  • Easy to install and reduce maintenance
                                                  • Compatible with digital and analog voltage signal output

                                                  Specifications

                                                  • Measurement range: 0-2%vol, 0-75%vol
                                                  • Measurement method: NDIR
                                                  • Signal output: UART_TTL
                                                  • Analogue output: 0.4V-2VDC
                                                  • Response time: T90<15s
                                                  • Working voltage: 3.5-5.5v
                                                  • Working current: 75-80mA
                                                  • Ex-proof Level: Ex ia IIC T4 Ga GYB19.1789
                                                  • Ex-proof No.: GYB14.1127
                                                  • Digital signal format: RS 232 data bit: 8; stop bit: 1; check bit: null
                                                  • Baudrate: 9600 bps
                                                  • Working temperature: -40°C to 70°C
                                                  • Life span: 8-10years

                                                • Industrial Grade CO2 Sensor SRH Series

                                                • Miniature industrial grade NDIR CO2 sensor adopts NDIR technology to detect CO2 concentration in industrial applications. It adopts advanced non-dispersive infrared technology (NDIR), which can be integrated in safety and alarming devices, able to be used for CO2 incubator, greenhouse, environmental monitoring, HVAC, refrigerator, cold storage.The sensor contains all the necessary optics, electronics and firmware to provide a linearised, temperature_x0002_compensated output. It is with a heated infrared source inside a small chamber. In this case, the inside temperature of the gas sensor is much higher than the outside which can avoid condensing events and the high humidity influence. Besides, the PCB inside the gas sensor is specially treated for corrosion protection.

                                                  Features:
                                                  • NDIR technology with long lifespan
                                                  • Diffusion sampling, compact size, easy handling
                                                  • High precision, less maintenance, fast response, stable performance
                                                  • Internal temperature compensation
                                                  • Corrosion prevention
                                                  • Detectivity level at 100ppm
                                                  • Ex-proofLevel ExiaⅡCT4

                                                  Specifications

                                                  • Measurement range:
                                                    0-5000ppm, 0-10000ppm, 0-20000ppm, 0-5%vol, 0-10%vol, 0-20% vol
                                                  • Response time: T90
                                                  • Warm-up: 10s
                                                  • Working temperature: -40°C~+70°C
                                                  • Working humidity 0-95%RH(non condensing)
                                                  • Working voltage: 3.3-6.0VDC
                                                  • Working current: 55-60mA
                                                  • Signal output: UART_TTL
                                                  • Analogue output: 0.4V-2VDC
                                                • NDIR CO2 Sensor SRH-40

                                                • SRH-40 sensor is based on the two beam non-dispersive Infrared (NDIR) technology to detect CO2 concentration range 0-40%. SRH-40 NDIR CO2 sensor is cost-effective and high performance, ideally suited to be applied for grain storage, silobag monitoring. SRH-40 CO2 sensor can also be used for intelligent agriculture, industrial safety, environmental monitoring, gas drainage pipes monitoring and other situations.

                                                  Features

                                                  • Silobag grain CO2 monitoring application
                                                  • Shock-resistant IR source available, diffused gas sampling via mesh to remove the dust
                                                  • With full range linearized and digital signal output
                                                  • Embedded temperature compensation and matrix calibration to ensure high accuracy
                                                  • Fast response
                                                  • High accuracy, high stability
                                                  • Easy to be integrated, no moving parts
                                                  • Standard industrial size (20 mm), to fit an existing detector

                                                  Specifications

                                                  • CO2 Concentration: 0-40%vol
                                                  • Accuracy: 0-5% vol:+/-0.5% vol; 5%-40% vol:≤ ±10% of reading
                                                  • Resolution: 0.01%
                                                  • Working temperature: -20-50°C

                                              • Industry Safety Sensor Applications

                                                  • Refrigerant-leakage

                                                  • Refrigerant leakage monitoring sensorAM4202CT is specially developed to higher accurately detect low-concentration HFC and HFO gases. It adopts dual-light source reference method patent technology, and support complete calibration in the temperature range of -40°C to +85°C. Compensates temperature, humidity and pressure, and can be directly installed in a cold and humid environment. It has the characteristics of high gas selectivity, high data accuracy, stable performance, immunity to interference sources, and rapid response time of A2L refrigerant leakage for along time without maintenance (15 years).

                                                    In addition, Cubic also developed AM4202CT type refrigerant leakage monitoring sensor, which is commonly used incommercial scenarios to detect A2L refrigerants in the flammable range (R32,R1234yf, R1234ze) and gases up to 1% vol (R410a, R134a) used in VRF applications.

                                                  • Fire Alarm

                                                  • Based on non-dispersive infrared (NDIR) sensing technology, Cubic has developed a miniature infrared carbon dioxide sensor SRH with accurate gas concentration measurement and rapid response time. It has two signal output modes, digital and analog. And it is the best choice in the field of fire alarm.

                                                    • Non-dispersive infrared (NDIR) technology
                                                    • Quick response and accurate measurement
                                                    • Long-term operation with no drift
                                                    • Wide operating temperature range
                                                  • Underground Pipe Network

                                                  • Based on non-dispersive infrared (NDIR) sensing technology, Cubic has developed a miniature infrared methane sensor SJH, which can monitor the changes of methane gas concentration online in real time and provide alarm signals to the monitoring system.
                                                    • Non-dispersive infrared (NDIR) technology
                                                    • Quick response and accurate measurement
                                                    • Long-term operation with no drift
                                                    • Meet the explosion-proof grade Exia ⅡC T4 Ga

                                                    The miniature infrared methane sensor SJH has both digital signal and analog signal output modes, and can provide a small size type, which is more flexible in application.

                                                  • Mine Alarm

                                                  • Based on the principle of non-dispersive infrared (NDIR), Cubic has developed a miniature infrared methane sensor SJH, which can detect the concentration of methane gas in the air in real time, and promptly alarm when the methane concentration exceeds the safety limit.

                                                    • Using the principle of non-dispersive infrared (NDIR)
                                                    • Quick response and accurate measurement
                                                    • Long-term operation without drift
                                                    • Meet the explosion-proof grade Exia ⅡC T4 Ga

                                                    Cubic miniature infrared carbon dioxide sensor SRH is available in a small size, which is easier to be integrated into any online monitoring system.

                                                  • Oil And Gas Recovery

                                                  • The "Gas Station Air Pollution Emission Standard" in China clearly stipulates the limit of oil and gas emissions. Therefore, in the oil and gas recovery online monitoring system, sensors are essential. By detecting the concentration of residual methane and propane in the exhaust gas after the oil and gas recovery, we clearly know whether the emission could meet the requirement. Cubic miniature infrared methane sensor SJH and propane sensor SBH, based on non-dispersive infrared (NDIR) sensing technology, can monitor the concentration of methane and propane gas in the exhaust gas after oil and gas recovery in real time, and perform feedback adjustment to improve the efficiency of oil and gas recovery and ensure emissions could fulfil requirements.

                                                    • Using the principle of non-dispersive infrared (NDIR)
                                                    • Quick response and accurate measurement
                                                    • Long-term operation without drift
                                                    • Meet the explosion-proof grade Exia ⅡC T4 Ga

                                                    Cubic miniature infrared carbon dioxide sensor SRH is available in a small size version for more flexible applications.

                                                  • CO2 Incubator

                                                  • Based on non-dispersive infrared (NDIR) technology, Cubic has developed a miniature infrared carbon dioxide sensor SRH, which can monitor the CO2 gas concentration in the incubator in real time, and is linked with the CO2 regulating device to always control the CO2 gas concentration in the incubator at suitable level for cell growth.

                                                    • Using the principle of non-dispersive infrared (NDIR)
                                                    • Quick response and accurate measurement
                                                    • Long-term operation without drift
                                                    • Resistance to moisture

                                                    Cubic miniature infrared carbon dioxide sensor SRH has both digital signal and analog signal output, and can provide a small size design, which is easier to be integrated into all kinds of incubators.

                                                  • Greenhouse

                                                  • Based on non-dispersive infrared (NDIR) sensing technology, Cubic has developed a miniature infrared carbon dioxide sensor, which can monitor the CO2 concentration changes in the greenhouse in real time, and feed the data back to the control center, which is linked with the CO2 generator to always keep the CO2 concentration in the greenhouse in the suitable level for crop growth.

                                                    • Using the principle of non-dispersive infrared (NDIR)
                                                    • Quick response and accurate measurement
                                                    • Long-term operation without drift
                                                    • Resistance to moisture
                                                    • Wide operating temperature range

                                                    Cubic miniature infrared carbon dioxide sensor SRH is available in a small size version for more flexible application.

                                                • Gas Analyzer

                                                •  
                                                • Hubei Cubic-Ruiyi Instrument Co., Ltd (hereinafter referred to as “Cubic-Ruiyi)is a wholly-owned subsidiary of Cubic Sensor and Instrument Co., Ltd. (stock code 688665). Established in 2010, Cubic-Ruiyi is a high-tech enterprise specializing in providing gas composition and gas flow measurement solutions in the fields of environmental monitoring, process gas monitoring, and smart metering.s