Introduction TY-3800L magnetic oxygen analyzer with high magnetic susceptibility of oxygen utilization in the non- uniform magnetic field, forming the so-called " magnetic wind" bridge arm resistance for a cooling effect , so resistance to change and work . Suitable for separating oxygen from air and other gas production process for continuous monitoring of oxygen purity . Can also be used in other fields of various oxygen concentrations . Features 1.Using Thermal-magnetic detection principle , high sensitivity, good stability 2.Timing automatic storage function, can always view the stored data 3.You can set the upper and lower limit alarm point , you can always view the stored data 4.You can set the output current of 4-20mA 5.Real-time clock display 6.printer can be connected to achieve automatic printing 7.With RS485/RS232 communication port can be connected to a computer for real-time data transmission , data storage, trend curve trying to print reports and other functions 8.Available online calibration standard gas Technical parameters Measuring range: 0 to 2 percent ; 0 to 100% Accuracy: 0.1% Minimum scale value : 0.01% Stability : ≤ ± 0.10% O2 / / 24h Repeatability: 0.05% Response time : T90 <50s Output Signal : Full isolated DC 0 ~ 10mA, 4 ~ 20mA Power supply : 220VAC ± 10% 50Hz ± 5% Ambient temperature : 0 ~ 45 °C Sample gas pressure : <0.1MPa Sample gas flow : 150ml/min Alarm relay switch output : 220VAC/1A Size : 130mm ( width ) × 480mm ( height ) × 400mm ( depth ) Application areas: deep cold , petrochemical, metallurgy , environmental protection, PSA oxygen machine , laboratory and other areas
Introduction TY-3800L magnetic oxygen analyzer with high magnetic susceptibility of oxygen utilization in the non- uniform magnetic field, forming the so-called " magnetic wind" bridge arm resistance for a cooling effect , so resistance to change and work . Suitable for separating oxygen from air and other gas production process for continuous monitoring of oxygen purity . Can also be used in other fields of various oxygen concentrations .
