Cubic Sensor and Instrument Co,Ltd.

AM4205 series: Cubic self-developed refrigerant gas leak sensor achieves Intertek Certification for Compliance with IEC-60335-2-40 and UL60335-2-40 requirements. Cubic AM4205 series is developed based on mature core Non-dispersive Infrared (NDIR) technology, aiming at the detection of A2L and A3 refrigerant gas leakage. AM4205 series boasts high accuracy, fast response, superior resistance to high temperature, humidity and pressure impact, making it suitable in different application scenarios. AM4205 series has successfully obtained Intertek IEC 60335-2-40 and UL60335-2-40 certifications, demonstrating its reliability as a sensing solution for HVAC and refrigeration equipment. To learn more about the product and obtain additional information, please click on the following link to contact us. 👉 http://rb.gy/g5s18z #UL60335 #IEC60335 #refrigerantleakdetection #A3propane #Flammablerefrigerant  #gasleakdetection #hydrocarbonphaseout #highflammability #lowGWP #propane #commercialrefrigeration #heatpump #HVAC

NDIR technology-based CO2 sensor is optimal choice to achieve highly accurate measurement of indoor CO2 concentration level. Based on the Non-Dispersive Infrared technology principle, NDIR CO2 sensors can achieve a remarkable level of accuracy of ±75 ppm at concentrations of 600, 1000, and 2500 ppm by precisely designing the light source, filters, and optical path, across a wide temperature range. At the same time, NDIR CO2 sensors are not affected by vibration and have demonstrated superior performance when placed near ventilation ducts. Furthermore, NDIR technology-based CO2 sensor also has the advantages of long lifespan, auto-zero-calibration mechanism, and continuous monitoring capability, making it ideal for DCV systems in compliance with ASHRAE standards. Click on the link to get more information. http://rb.gy/jx9ky3 #hvac #DCV #demandcontrolvantilation #ashrae #ventilation #co2sensor #iaq #healthybuildings #ndir

In today’s energy-conscious world, reducing energy consumption and increasing energy efficiency has become a top priority. In the domain of modern building systems, Demand Control Ventilation (DCV) is an effective method for achieving energy savings. Unlike traditional ventilation systems, which typically sustain a consistent level of ventilation, DCV systems adjust ventilation volume based on real-time indoor CO2 concentration data within the building space, providing a responsive approach that saves energy and maintains indoor air quality. The key to its functionality lies in strategically positioned CO2 sensors, delivering continuous and precise measurements of indoor CO2 levels. Cubic High Accuracy CO2 Sensors CM1106HA-NS/CM1107HA, developed from NDIR technology, are ideal for the DCV system, achieve high accuracy with ±75ppm@400-2500ppm to meet the newest AHSRAE 62.1-2022 standard. Click on the link to get more information. 👉 http://rb.gy/jx9ky3 #hvac #DCV #demandcontrolvantilation #ashrae #ashrae #ventilation #co2sensor #iaq #healthybuildings #greenbuilding #buildingefficiency

DCV is a kind of effective control system used in fresh air systems to improve indoor air quality and achieve energy savings by automatically adjusting the ventilation rate. Typically, one of the most popular and widely available applications is a CO2-based DCV system. CO2-based DCV system adopts CO2 sensors strategically placed in specific indoor spaces to continuously and accurately monitor indoor CO2 concentration levels in real-time. Cubic High Accuracy CO2 Sensors CM1106HA-NS/CM1107HA, developed from NDIR technology, achieve high accuracy with ±75ppm@400-2500ppm to meet the newest AHSRAE 62.1-2022 standard for demand control ventilation(DCV) applications. Click on the link to get more information. 👉 http://rb.gy/jx9ky3 #hvac #DCV #demandcontrolvantilation #ashrae #ashrae #ventilation #co2sensor #iaq #healthybuildings

The Environmental Protection Agency (EPA) has implemented regulations under the Clean Air Act to help reduce methane emissions from oil and gas industry. In light of these regulations, it is essential for oil and gas companies to take effective steps to monitor methane leaks. Cubic, a leading manufacturer of gas sensors and gas analyzers, has leveraged a mature technology platform of Tunable Diode Laser Absorption Spectroscopy (TDLAS) and has innovatively developed a superior and reliable methane gas sensor, Gasboard-2502, which could be applied for methane leak detection in oil and gas industry. For more product information of Cubic Gasboard 2502, please click on the link. 👉 http://rb.gy/p1zj8 #methaneleak #crudeoil #naturalgasindustry #abandonedwell #ventedmethanegas #methanereduction #methaneemissions #fugitivemonitoring #inactiveoilandgaswell #oilandgas #oilandgasindustry #sitelevelsource #epa #usa #cleanair #industrialapplications #cubicsensor

According to a recent World Fab Forecast issued by Semiconductor Equipment Manufacturers International (SEMI), more than 50% of semiconductor yield losses can be attributed to micro-contamination. For minimizing yield losses, it is essential for semiconductor fabrication plants (semiconductor fabs) to adopt rigorous contamination control strategies in the cleanrooms. Particulate matter is one of the major sources of micro-contamination in semiconductor manufacturing processes, which needs to be monitored continuously and removed promptly. Cubic online optical particle counter OPC-6510DS has been developed for cleanroom air cleanliness monitoring and can be used in semiconductor fabrication plants (semiconductor fabs). For more product specifications of Cubic OPC-6510DS, please click on the link. 👉 https://lnkd.in/gc-Rq24d #semiconductormanufacturing #semiconductorindustry #semiconductorfab #semiconductor #cleanroom #particles #counters #cubicsensor #particulatematter

Don't miss this update from Cubic about the complete thermal runaway application product brochure.  Download or slide through to learn more details. 👇 👇 👇 #sensors #gassensor #lithiumion #lithiumionbatteries #thermalrunaway #UNGTR20 #GB380312020 #cubicsensor

Recent approval of the revised EU F-gas Regulation has attracted widespread attention to the alternative refrigerants applied in heat pumps. R290, as a natural refrigerant gas, becomes more and more popular to be used in heat pumps for its low GWP and low ODP. However, it is worth noting that R290 is a flammable refrigerant. Once R290 is released into the atmosphere, it will lead to potential safety risks of fire and explosion. Therefore, it's vital to detect the R290 gas leakage from heat pumps. Cubic NDIR refrigerant gas sensor AM4205 Series has been developed for refrigerant gas leakage detection in heat pumps. For more product specifications of Cubic AM4205 Series, please click on the link. 👉 http://rb.gy/2fvqu #r290 #refrigerantgasleakage #heatpumps #a3 #flammablerefrigerantgas #fgasregulation #iec60335 #ul60335 #safetyalarm #lowgwp #refrigerantgasleakagedeection #cubicsensor

In recent years, lithium-ion batteries thermal runaway events have attracted widespread attention. To further reduce the loss of life and property caused by lithium-ion batteries thermal runaway, UN GTR 20 and GB 38031-2020 have been promulgated. Current research shows that for earlier detection of lithium-ion batteries thermal runaway, it is more effective to monitor the gas concentration released by the battery compared to monitor the battery voltage and temperature. Cubic, a leading manufacturer of smart gas sensors, has developed a revolutionary automotive gas sensor technology for early thermal runaway warning of automotive batteries. Cubic lithium-ion battery thermal runaway sensors can precisely detect the concentration of CO2, CO/HC/H2, and smoke or aerosol, which are released from very early stage to late stage of thermal runaway events. For more product information, please click on 👉 https://lnkd.in/gFpDhneG or contact 📧 [email protected]. #sensors #gassensor #lithiumion #lithiumionbatteries #thermalrunaway #UNGTR20 #GB380312020 #cubicsensor