Gas detection sensors that operate using optical methods behave similarly to a single-wavelength spectrophotometer. They measure the absorption level of CO2 gas molecules in the mid-infrared wavelength. In Sina sensors, this measurement is performed 90 times per second, and by analyzing the slope of the absorption curve and comparing these values with the reference beam, the concentration of CO2 gas molecules located in the path of the infrared light is determined.
All advanced sensors use an IR wavelength to measure the volume concentration of carbon dioxide gas. Our sensors also operate based on this method, and by utilizing active filters and adjusting the gain for each channel, they can accurately measure gas concentrations from 0.04% to 20% with a precision of 50 ppm, without being affected by the presence of other gases. The susceptibility to non-target gases in a process is a crucial factor, and cross-sensitivity plays a crucial role in defining the measurement quality of a sensor.
Simultaneously, a temperature sensor and a digital humidity sensor are integrated into the sensor transmitter board to measure temperature and relative humidity parameters alongside the CO2 gas measurement. All the data is reported to the controller in a unified format.
Transmitter parameters: Communication format: Serial (TTL UART) 9600,8,0,1 Supply: 5 V DC Max power consumption: 120 mA Report interval: 500ms Measurement data frame: H ##### T ##### Z #####\r\n IR source life: >50000 hrs Dimension (w.d.h): 62 mm . 42 mm . 27 mm Operation range: -10 …65 °C / 0 …99 %RH non condensation Sensor warm up time: 10 sec
This device includes a one-year warranty and 10 years of after-sales service.
By providing the highest level of after-sales service for our customers, we have been able to meet their needs in the shortest possible time, and without a doubt, providing this is only technically possible with the support of an experienced and experienced staff.
Using the shaker together with Sina’s smart CO2 incubators has increased the range of use of this incubator for different cell types. The design of the Sina shaker is such that it works with a low and safe voltage in an environment with saturated humidity and prevents the creation of suspended particles inside the cabin due to very low vibration. This orbital shaker is mobile and is suitable for long-term use inside the incubator, therefore, by shaking the sample depending on the revolutions per minute and the defined time, by shaking the sample, it brings air to the lower parts of the culture environment and causes uniform growth of the sample. Cultivated throughout the environment.
In the cell culture process, the accuracy and stability of the CO2 incubator is very important. During this process, the smallest change in CO2 atmosphere, temperature and humidity can affect the cell culture. In addition, culture medium and cells have economic value and sometimes cultures cannot be repeated and therefore they need stable and reliable culture conditions, which is achieved by Sina CO2 incubators. Sina incubators have optical CO2 sensors that have high accuracy and detection speed and are very suitable for sensitive cell cultures. Also, due to easy operation and no need for continuous maintenance, the user’s time and side costs are saved.
در فرآیند کشت سلول دقت و ثبات عملکرد انکوباتور CO2 بسیار حائز اهمیت می باشد. در طی این فرآیند کمترین تغییر در اتمسفر CO2، دما و رطوبت می تواند کشت سلول ها را تحت تاثیر قرار دهد. علاوه بر این محیط کشت و سلول ها دارای ارزش اقتصادی بوده و گاهی اوقات کشت ها قابل تکرار نیستند و به همین دلیل نیازمند شرایط کشت پایدار و قابل اطمینان هستند که این امر توسط انکوباتورهای CO2 سینا محقق می گردد. انکوباتورهای سینا دارای سنسورهای CO2 از نوع اپتیکال می باشد که دقت و سرعت تشخیص بالایی داشته و جهت کشت های سلولی حساس بسیار مناسب می باشد. همچنین به دلیل عملکرد آسان و عدم نیاز به نگهداری مداوم، در زمان و هزینه های جانبی کاربر صرفه جویی می گردد.