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.
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.
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.
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.
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.
湖北Cubic-Ruiyi仪表有限公司。(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 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.
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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.
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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.
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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.
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CM1107N双光束(单一光源,双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.
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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.
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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.
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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.
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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.
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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).
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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oxyg gasboard - 2501氧传感器可以准确en 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.
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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.
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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.
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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.
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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.
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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.
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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.
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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)
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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.
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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.
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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.
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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.
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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.
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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.
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架atrs - 1031气溶胶红外传感器(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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
基于非色散红外传感te (NDIR)chnology, 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.
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.
基于非色散红外的原则(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.
Cubic miniature infrared carbon dioxide sensor SRH is available in a small size, which is easier to be integrated into any online monitoring system.
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.
Cubic miniature infrared carbon dioxide sensor SRH is available in a small size version for more flexible applications.
基于非色散红外(NDIR)技术, 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.
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.
基于非色散红外传感te (NDIR)chnology, 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.
Cubic miniature infrared carbon dioxide sensor SRH is available in a small size version for more flexible application.
