on analyzer

1. For this model oxygen/nitrogen analyzer, infrared method is used for oxygen analysis, thermal conductivity method is used for nitrogen analysis. 2. Thermal conductivity pool of the ON analyzer adopts constant temperature insulation technology to eliminate the interference of environmental temperature。 3. Software of oxygen nitrogen elemental analyzer adopts vertical touch screen, with single vertical screen display or dual screen display optional.

1. Fast automated analysis with approximately 3–10 minutes of analysis time. 2. The infrared furnace heats to 900°C with programmed heating control. 3. A 30 mm sample tube accommodates welding blocks of different sizes. 4. A thermal conductivity detector and 10-point gas standard calibration support hydrogen analysis across different content ranges.

1. Covers a hydrogen analysis range of 0.00001%–0.25% with 0.01 ppm sensitivity and accuracy of 0.2 ppm or RSD≤2%. 2. Offers infrared or high-precision thermal conductivity detection, with the infrared absorption cell length and channel number configurable according to user requirements. 3. Typically completes an analysis in about 3 minutes with a sample weight of 0.01–1 g.

1. The instrument PENY X2O oxygen analyzer can be configured with two independent infrared detection channels to detect high oxygen and low oxygen, respectively. 2. The pulse furnace adopts circulating water cooling, and the sample can be heated to a high temperature of 3500 ℃ in the graphite crucible of the high-power pulse furnace to ensure full combustion and improve testing accuracy.

1. The instrument PENY X2O oxygen analyzer can be configured with two independent infrared detection channels to detect high oxygen and low oxygen, respectively. 2. The pulse furnace adopts circulating water cooling, and the sample can be heated to a high temperature of 3500 ℃ in the graphite crucible of the high-power pulse furnace to ensure full combustion and improve testing accuracy.

1. Constant-temperature infrared detection cell reduces interference from external temperature changes. 2. Pulse-modulated infrared light source eliminates the chopper motor and blade, reducing mechanical wear and frequency error. 3. Electronic mass-flow control precisely regulates the analytical gas flow. 4. Integrated system design combines the host machine, balance, computer and analysis software.

1. PENY X1S sulfur determinator has self-diagnosis function. The sulfur determination analyzer can automatically detect multi-stage leak and give an alarm of instrument malfunction at real time with providing alarm content. 2. This model sulfur elemental analyzer can also monitor environment including electromagnetic valve status, temperature, pressure and rate of flow at real time.

1. Carbon sulphur deteminator can be applied to the content detection of carbon and sulfur in metallic and non-metallic solid inorganic materials including black metals, non-ferrous metals, alloys, ores, mineral powders, ceramics powders etc. 2. Carbon sulphur analyser centers around pyroelectric sensors, and consists of electronic balance, computer and host. The accuracy can be 1ppm.