氧气分析仪

413N4X氧气过程分析仪，氧化锆传感器，壁挂式，耐腐蚀，防护等级NEMA4X（IP65）
The Nova 413 Series process analyzers utilize a long-life zirconia sensor for high accuracy detection of O2 in process gases. The sensor produces a small millivoltage output which is directly proportional to the Oxygen detected. The output is then linearized and displayed on a digital readout meter and can also be sent to an optional recorder output. The 413 can be supplied with sampling pump or pressure regulator to suit most applications. High and low range versions of this analyzer are available - denoted as models 413 and 413L respectively.

413N4氧气过程分析仪，氧化锆传感器，壁挂式，防护等级NEMA4（IP65）
The Nova 413 Series process analyzers utilize a long-life zirconia sensor for high accuracy detection of O2 in process gases. The sensor produces a small millivoltage output which is directly proportional to the Oxygen detected. The output is then linearized and displayed on a digital readout meter and can also be sent to an optional recorder output. The 413 can be supplied with sampling pump or pressure regulator to suit most applications. High and low range versions of this analyzer are available - denoted as models 413 and 413L respectively.

412D2氧气过程分析仪，顺磁传感器-412系列
The Nova 412 Series O2 analyzers utilize a magneto-dynamic paramagnetic measuring cell and powerful selenium cobalt magnet assembly with on-board pre-amplification to provide the highest standard of O2 analysis. Accuracy is further augmented by built-in barometric pressure compensation and detector temperature control. For high purity applications (Model 412HP), a high resolution digital readout is added.
In operation, the magneto-dynamic cell makes use of the principle that oxygen is drawn into a magnetic field, thereby increasing the force exerted on a diamagnetic body suspended in the field. The amount of current necessary to restore the position of the body is directly proportional to the O2 level of the sample gas. Very few other gases respond this way, making this method of detection very specific to oxygen.

412PMN7氧气过程分析仪，顺磁传感器，壁挂式，NEMA7传感器外壳，面板安装式控制柜（两个独立的机柜）
The Nova 412 Series O2 analyzers utilize a magneto-dynamic paramagnetic measuring cell and powerful selenium cobalt magnet assembly with on-board pre-amplification to provide the highest standard of O2 analysis. Accuracy is further augmented by built-in barometric pressure compensation and detector temperature control. For high purity applications (Model 412HP), a high resolution digital readout is added.
In operation, the magneto-dynamic cell makes use of the principle that oxygen is drawn into a magnetic field, thereby increasing the force exerted on a diamagnetic body suspended in the field. The amount of current necessary to restore the position of the body is directly proportional to the O2 level of the sample gas. Very few other gases respond this way, making this method of detection very specific to oxygen.

412N7MC氧气过程分析仪，顺磁传感器 ，壁挂式，防护NEMA7 UL/ CSA，非侵入式磁校准，防爆Class1，Div1，Group B，C，D
The Nova 412 Series O2 analyzers utilize a magneto-dynamic paramagnetic measuring cell and powerful selenium cobalt magnet assembly with on-board pre-amplification to provide the highest standard of O2 analysis. Accuracy is further augmented by built-in barometric pressure compensation and detector temperature control. For high purity applications (Model 412HP), a high resolution digital readout is added.
In operation, the magneto-dynamic cell makes use of the principle that oxygen is drawn into a magnetic field, thereby increasing the force exerted on a diamagnetic body suspended in the field. The amount of current necessary to restore the position of the body is directly proportional to the O2 level of the sample gas. Very few other gases respond this way, making this method of detection very specific to oxygen.

412RM氧气过程分析仪,顺磁传感器，19英寸（483毫米）支架式安装在滑轨上
The Nova 412 Series O2 analyzers utilize a magneto-dynamic paramagnetic measuring cell and powerful selenium cobalt magnet assembly with on-board pre-amplification to provide the highest standard of O2 analysis. Accuracy is further augmented by built-in barometric pressure compensation and detector temperature control. For high purity applications (Model 412HP), a high resolution digital readout is added.
In operation, the magneto-dynamic cell makes use of the principle that oxygen is drawn into a magnetic field, thereby increasing the force exerted on a diamagnetic body suspended in the field. The amount of current necessary to restore the position of the body is directly proportional to the O2 level of the sample gas. Very few other gases respond this way, making this method of detection very specific to oxygen.